CM4S_CORE_V02 Design Analysis

Job 5217f8c2

1 Design Summary

out of 100

Depth of review, as a baseline: 553 verified datasheet parameters applied and 472 automated circuit checks performed. Additional checks that are not as easily quantifiable are also made.

Design Type	Hierarchical (11 sheets)
Total Components	228
Total Pins	1131
Total Nets	207
Total Test Points	29
Not Fitted (DNP)	3

Improve your score:

Add the datasheet pins missing from the symbols listed in the Symbol vs Datasheet Pin Table +2
Improve solder-joint testability (opens/shorts) +2
Add test points on power rails +1
Add test points on indicator signals +1
Add test points on switch signals +1
Move component values to VALUE property +1
Reconcile part numbers with the values on the schematic +1
Add ordering part numbers to resistors, inductors and capacitors +1
Fix connector shell grounding +1
Use IPC-compliant footprint names +1
Add test points on OE/enable pins +1

Points deducted for open High/Medium AI findings:

1 High, 6 Medium -5

AI findings to review:

Power findings — 1 High, 4 Medium, 3 Low, 17 Review
HSSI findings — 5 Low, 4 Review
Memory findings — 8 Review
Functional findings — 1 Medium, 3 Low, 8 Review
EMC/ESD findings — 1 Medium, 16 Review

AI assistance is enabled for this report. Each section marked "AI-Assisted" contains AI-generated engineering observations produced during schematic-phase design review. Findings are based solely on connectivity, component values, and net annotations present in the schematic data at the time of analysis. The AI has no access to PCB layout, routing, thermal data, BOM pricing or availability, assembly constraints, or any information outside the schematic. Findings are observations to investigate, not pass/fail judgments. The absence of a finding for a given device or net does not constitute a clearance. STANDARD MODE — this analysis was produced by the standard model tier.

Based on user-selected TP insertion settings, 16 test point(s) were added and a modified design is available for download. Review the modified schematic and resubmit to update this report.

1.1 Design Overview

AI-Assisted — The CM4S_CORE_V02 carrier is built around a Raspberry Pi Compute Module 4S (U2), which seats in a 200-pin SO-DIMM socket. The module carries a Broadcom BCM2711 quad-core processor running at 1.5 GHz, with 1, 2, 4 or 8 GB of RAM. The design spans eleven hierarchical sheets: CPU module, general I/O, relays, Ethernet, the LAN1 Ethernet controller, microSD, HDMI, USB and power.

The carrier fixes three module configuration options. The CM4S USB port is strapped as a USB host through R51 to GND. Boot runs normally from the SD card or eMMC, and Q1 can force USB boot instead. The on-module bootcode EEPROM is left writable. Per the Raspberry Pi CM4S datasheet (Datasheet), the module draws about 7 W typical under load and 1.5 W at idle.

Storage and Non-Volatile Memory

A push-push microSD socket (J5) with card-detect is wired to the module's 4-bit SD/eMMC interface. A 93LC66A Microwire serial EEPROM (U10), organised 512 × 8, holds the configuration data for the USB hub and Ethernet controller.

Ethernet and USB Hub

Wired networking comes from a LAN9512I (U9), which combines a USB 2.0 hub with an integrated 10/100 Ethernet MAC and PHY. The PHY connects to an RJ45 MagJack (J4) with integrated magnetics and green and yellow status LEDs. A 25 MHz crystal (Y1) with 18 pF load clocks the device, and its two downstream USB ports extend the module's USB capacity. The SMSC LAN9512 datasheet (Datasheet) rates the industrial version from -40 °C to +85 °C ambient. It also specifies 231 mA typical supply current at full 100BASE-TX and USB High-Speed traffic.

The controller has its own 3.3 V island. Load switch U8 sources 3V3_LAN1, and VDD33A_LAN1 is derived from that rail through ferrite FB2. The controller's internal regulator generates VDD18CORE_LAN1.

USB Type-C Power and Data

USB Type-C receptacle J9 is the power-delivery input. It is managed by a HUSB238 USB PD 3.0 sink controller (U19), which is strapped to request 5 V at 3.25 A from the attached source. The CM4S reaches the controller over I2C at address 0x08 for monitoring and advanced settings. Per the Hynetek HUSB238 datasheet (source: Tomachie), the controller provides 120 % over-voltage protection and over-temperature renegotiation to 5 V. It also supports BC1.2 and Apple Divider 3 legacy charger detection.

A second Type-C receptacle (J7) serves the USB_BOOT_VBUS domain, and a stacked dual USB-A receptacle (J8) provides host ports. An FSUSB42 two-port USB 2.0 switch (U16) routes the module's single high-speed USB port between two paths. Per its datasheet (Datasheet), the switch has 720 MHz bandwidth and 3.9 Ω typical on-resistance. Ports are powered through RT9742 0.5 A current-limited load switches. U11 sources 5V_OTG_1 and U12 sources 5V_OTG_2, with U13 and U14 switching further 5 V branches. The Richtek RT9742 datasheet (source: Tomachie) gives a 0.6 A to 0.8 A current limit, a fault flag and output auto-discharge.

Display and Expansion I/O

HDMI receptacle J6 carries the module's HDMI transmitter, together with DDC, CEC and hot-plug signals. RClamp0524P TVS arrays (D12, D13, D15) protect the TMDS lanes.

General-purpose I/O leaves through a 40-pin 2.54 mm header (J2) and a 3-pin header (J1). This I/O is level-shifted by three TXS0108E-Q1 open-drain-capable translators (U3–U5) and a TXB0108 push-pull translator (U6). A single Schmitt buffer (U7) and a 3.5 mm pitch pluggable terminal connector (J3) complete the I/O. An IM03GR monostable 5 V-coil, 2 A double-pole changeover signal relay (K1) provides isolated switching. User interface consists of pushbutton S1 and eight indicator LEDs.

Power Architecture

The main converter is an LMR14050 synchronous-control buck regulator (U20), which generates Net-(C52-Pad1) through inductor L1. Per the TI LMR14050 datasheet (Datasheet), it accepts 4 V to 40 V, delivers up to 5 A and regulates from a 0.75 V reference. The power section also includes a 7 A, 60 V Schottky diode (D22) and a 1 A, 1000 V rectifier (D4).

The distributed rails are +BATT, +5V, +3V3, the switched USB and LAN rails, and GND, with a separate Earth chassis net. The +5V rail serves 24 pins and +3V3 serves 29 pins.

Operating Temperature

The CM4S module sets the board's operating range at -20 °C to +85 °C non-condensing. The CM4S datasheet notes that the BCM2711 throttles its clock to hold its internal temperature at 85 °C. The surrounding silicon meets or exceeds this range: the LAN9512I, RT9742 and FSUSB42 are rated from -40 °C to +85 °C ambient, and the TXS0108E-Q1 from -40 °C to +125 °C.

1.2 Processed Sheets

#	Sheet Name
1	CM4S_CORE_V02.kicad_sch
2	REV_HISTORY.kicad_sch
3	CM4.kicad_sch
4	IO.kicad_sch
5	RELAYS.kicad_sch
6	ETHERNET.kicad_sch
7	ETHERNET_LAN1.kicad_sch
8	USD_CARD.kicad_sch
9	HDMI.kicad_sch
10	USB.kicad_sch
11	POWER.kicad_sch

1.3 Structured DNP (Not Fitted)

Parts marked do-not-populate at the part level, outside of assembly variants. They remain present in the netlist but are not assembled.

Status	RefDes	Part Type	Value	Footprint
DNP	C14	10n_50V	10nF_50V	daymoon:C_0603_1608Metric
DNP	R3	0R	0R	daymoon:R_1206_3216Metric
DNP	R40	NP 33k	33k	daymoon:R_0603_1608Metric

1.4 Footprint Compliance

Production pick-n-place, AOI, AXI, ATE and Design Quality tools rely on proper descriptions of component footprints.

Footprint Naming	Status
29 SMT footprints do not follow IPC-7351B naming
9 footprints (connectors, specialty) — compliance unknown
2 footprints could not be classified for inspection

2 Component Value Properties

Component values should be in the VALUE property, either as a direct value (e.g. 100nF) or as a formula reference (e.g. =Capacitance). The typed property (Resistance, Capacitance, Inductance, Impedance, etc.) holds the actual electrical value; VALUE should point to it or contain the same data.

Multi-pin parts on diode designators (D12, D13, D15): the part has more than 4 pins. A diode designator (IEEE 315 D, IEC 81346 CR, GOST 2.710 VD) names a two- or three-terminal device or a bridge; an integrated protection array or an IC takes a U designator. Use a U designator so the part is treated as the integrated device it is.

Value Property Check
Type	Check	Count	Components	Status
Capacitors	VALUE holds both the capacitance and a voltage rating (e.g. "0.1uF 50V", "10uF 6.3V"). Tomachie has already separated the two and uses the capacitance as the value, so the analysis and the AI read a clean magnitude and are not misled by the embedded rating — the misinterpretation risk is low. This is a cleanliness note, not a parsing failure: to keep the schematic self-describing and safe for downstream BOM/ICT/AOI tools that read VALUE literally, move the voltage into a dedicated Voltage property. (C41 currently has VALUE="10u_16V")	55	C41, C46, C1, C3, C2, C5, C10, C12 (+47 more)
Resistors	Values in VALUE or Resistance	57	R28, R27, R59, R9, R52, R6, R4, R51 (+49 more)	✓
Inductors	VALUE holds both the magnitude and a current rating (e.g. "6.8uH 3.84A"). Tomachie has already separated the two and uses the magnitude as the value, so the analysis and the AI read a clean value — the misinterpretation risk is low. This is a cleanliness note: move the current rating into a named Current property for downstream BOM/ICT/AOI tools and a self-describing schematic. (L1 currently has VALUE="8u2_4A")	1	L1
Ferrite Beads	VALUE holds a part number, not an impedance. When the value is expressed as impedance@frequency (e.g. 600R@100MHz) and a separate MPN field carries the part number, the analysis is more deterministic. (FB1 currently has VALUE="0603_120R_2A")	2	FB1, FB2
Fuses	Values in VALUE or Rated Current	1	F1	✓
Crystals	Values in VALUE or Frequency	1	Y1	✓

2.1 Not a Part Number

The manufacturer part-number field of these parts holds text that is not a manufacturer part number - a description, a placeholder, or more than one part - so it cannot be used to order the part or to find its datasheet. Replace it with the manufacturer's part number.

RefDes	Part-Number Field
U2	CMS4S0x0yy + 1473149-4

2.2 Part Number vs Stated Values

Each passive states its electrical facts twice: in the properties the designer set, and encoded inside the MANUFACTURER part number. This check decodes the manufacturer part number and compares the two. A distributor catalogue number is a different thing and cannot be used here - an LCSC C-number or a Digi-Key -ND number identifies a stock item, it encodes no capacitance, voltage or tolerance, so there is nothing in it to check against. Where the two readings disagree both are shown and neither is assumed correct: if VALUE is wrong the analysis used the wrong number, and if the part number is wrong the BOM orders the wrong part. Only the designer knows which field is authoritative. Parts whose numbering scheme is not recognized are reported as not checked rather than passed.

1 of 113 fitted resistor/inductor/capacitor part(s) carry no ordering part number: R13. Without a part number the BOM cannot state what to buy, and none of the part-number cross-checks in this section can run for these parts. Add a manufacturer part number to each part in the library.

Part Number	Decoded from Part Number	Stated on Schematic	What Differs	Count	Components	Status
RC0201FR-073K3L MOC / Yageo RC0201	3.3k +/-1% 0201	3k3 (footprint 0603): R43, R44	Package: part number 0201, footprint 0603	2	R43, R44	Mismatch
CC0603KRX7R8BB104 MOC / Yageo	100nF 25V +/-10% 0603	100nF_25V 25V: C4, C5, C6, C7, C8, C9, C10, C11 (+18 more)	Nothing - all stated values agree	26	C4, C5, C6, C7, C8, C9, C10, C11 (+18 more)	✓ Match
CRCW06030000Z0EA MOC / Vishay Dale CRCW0603	0R 0603	0R: R8, R9, R10, R27, R29, R42, R51, R52 (+1 more)	Nothing - all stated values agree	9	R8, R9, R10, R27, R29, R42, R51, R52 (+1 more)	✓ Match
CL10B105KP8NNNC MOC / Samsung Electro-Mechanics	1uF 10V +/-10% 0603	1u0_10V 10V: C20, C21, C24, C37, C38, C45	Nothing - all stated values agree	6	C20, C21, C24, C37, C38, C45	✓ Match
GRM32EC81C476KE15K MOC / Murata	47uF 16V +/-10% 1210	47uF_16V 16V: C1, C52, C53, C54, C55	Nothing - all stated values agree	5	C1, C52, C53, C54, C55	✓ Match
RC0603FR-101KL MOC / Yageo RC0603	1k +/-1% 0603	1k: R2, R7, R14, R32, R49	Nothing - all stated values agree	5	R2, R7, R14, R32, R49	✓ Match
CC0603KRX7R9BB103 MOC / Yageo	10nF 50V +/-10% 0603	10nF_50V 50V: C15, C23, C26, C27	Nothing - all stated values agree	4	C15, C23, C26, C27	✓ Match
RC0603FR-0710KL MOC / Yageo RC0603	10k +/-1% 0603	10k: R12, R15, R18, R28	Nothing - all stated values agree	4	R12, R15, R18, R28	✓ Match
RC0603FR-0749R9L MOC / Yageo RC0603	49.9R +/-1% 0603	49R9: R36, R55, R56, R57	Nothing - all stated values agree	4	R36, R55, R56, R57	✓ Match
RC1206FR-070R MOC / Yageo RC1206	0R +/-1% 1206	0R: R6, R45, R50, R59	Nothing - all stated values agree	4	R6, R45, R50, R59	✓ Match
RC0603FR-07330RP MOC / Yageo RC0603	330R +/-1% 0603	330R: R21, R22, R23	Nothing - all stated values agree	3	R21, R22, R23	✓ Match
RC0603FR-0747KL MOC / Yageo RC0603	47k +/-1% 0603	47k: R1, R31, R35	Nothing - all stated values agree	3	R1, R31, R35	✓ Match
RC0603FR-075K1L MOC / Yageo RC0603	5.1k +/-1% 0603	5k1: R33, R34, R39	Nothing - all stated values agree	3	R33, R34, R39	✓ Match
RC0603FR-131K5L MOC / Yageo RC0603	1.5k +/-1% 0603	1k5: R24, R25, R46	Nothing - all stated values agree	3	R24, R25, R46	✓ Match
RC1206FR-071ML MOC / Yageo RC1206	1M +/-1% 1206	1M: R26, R30, R54	Nothing - all stated values agree	3	R26, R30, R54	✓ Match
VPDD202W102K1GV001E MOC / Johanson Dielectrics	1nF 2000V +/-10% 1206	1n0_2kV 2kV: C40, C44, C56	Nothing - all stated values agree	3	C40, C44, C56	✓ Match
CL10B223KB8NNNC MOC / Samsung Electro-Mechanics	22nF 50V +/-10% 0603	22nF_50V 50V: C39, C48	Nothing - all stated values agree	2	C39, C48	✓ Match
CL31B225KBHNNNE MOC / Samsung Electro-Mechanics	2.2uF 50V +/-10% 1206	2u2_50V 50V: C49, C50	Nothing - all stated values agree	2	C49, C50	✓ Match
GRM188D71A106MA73D MOC / Murata	10uF 10V +/-20% 0603	10uF_10V 10V: C2, C3	Nothing - all stated values agree	2	C2, C3	✓ Match
KGM15ACG1E330JT MOC / Kyocera	33pF 25V +/-5% 0603	33pF_25V 25V: C16, C17	Nothing - all stated values agree	2	C16, C17	✓ Match
MCWR04X4701FTL MOC / Multicomp MCWR04	4.7k +/-1%	4k7: R5, R58	Nothing - all stated values agree	2	R5, R58	✓ Match
RC0603FR-07100KL MOC / Yageo RC0603	100k +/-1% 0603	100k: R4, R11	Nothing - all stated values agree	2	R4, R11	✓ Match
RC0603FR-0751KL MOC / Yageo RC0603	51k +/-1% 0603	51k: R38, R47	Nothing - all stated values agree	2	R38, R47	✓ Match
RC0603FR-1310RL MOC / Yageo RC0603	10R +/-1% 0603	10R: R20, R37	Nothing - all stated values agree	2	R20, R37	✓ Match
CL10A475KQ8NNNC MOC / Samsung Electro-Mechanics	4.7uF 6.3V +/-10% 0603	4u7_6V3 6V3: C18	Nothing - all stated values agree	1	C18	✓ Match
CL21B106KOQNNNE MOC / Samsung Electro-Mechanics	10uF 16V +/-10% 0805	10uF_16V 16V: C41	Nothing - all stated values agree	1	C41	✓ Match
+7 more part number(s) cross-checked, all agree			Nothing - all stated values agree	7		✓ Match

2.3 Instance Properties To Review

The items below are properties of the placed component instances, not of the library parts they use.

6 instances write a quantity with a decimal comma in a text property (e.g. "0,31A"). This is valid European notation and is read correctly by this analysis; it does not affect the score. It is listed because a design delivered to tools and markets that expect a decimal point avoids misreads by using one convention throughout.

Decimal Comma in Numeric Text
Property Field	As Written	Value	Components
Description	0,18A	BSS84AK,215	Q3
Description	0,31A	2N7002W	Q4, Q2, Q1, Q6, Q5

2.4 Capacitor Derating Check

Derating profile	commercial
Maximum ambient	40 °C
Checks performed	34
Over-specified	22

A capacitor is checked here when the comparison can be made without an operating-point calculation: it has two terminals, sits between a power rail and ground so the rail's resolved voltage is the voltage across it, and states a voltage rating - a Voltage property, or a rating decoded from the part number. Every other derating check - for capacitors and for every other part class - is applied by the AI analysis within its report sections.

Derating applied: 15% (capacitor_voltage_pct = 85)

Status key: ↓ = Over-specified ✓ = Adequately rated

Derating is how much is taken off a part's catalogue rating. What remains is the most of that rating the part may be worked at - a 16 V capacitor derated 15% has a maximum permitted value of 13.6 V - and the part is correctly sized when the voltage its position applies stays within it, taken at the worst case of the rail's stated range. This judges DC working voltage only; ripple and switching transients are not included in the compared value.

Review: 22 part(s) carry a voltage rating far higher than needed. A lower-cost part can be used, down to the voltage indicated.

6 derating check(s) on 6 part(s) sit on rails whose level the schematic does not state directly. The AI analysis resolves those levels from the circuit and the device datasheets, and evaluates these parts there.

Part Voltage Rating vs Design Voltage
RefDes	Net Name	Rated Voltage	Max Permitted	Design Voltage	% of Rating	Sufficient Rating	Status
C42	Net-(U14-EN)	25.00 V	21.25 V	5.50 V (worst case of Net-(D18-A2))	22.0%	16.00 V	↓
C8	+5V	25.00 V	21.25 V	5.50 V (worst case of Net-(D18-A2))	22.0%	16.00 V	↓
C12	+5V	25.00 V	21.25 V	5.50 V (worst case of Net-(D18-A2))	22.0%	16.00 V	↓
C7	+5V	25.00 V	21.25 V	5.50 V (worst case of Net-(D18-A2))	22.0%	16.00 V	↓
C9	+5V	25.00 V	21.25 V	5.50 V (worst case of Net-(D18-A2))	22.0%	16.00 V	↓
C36	VDD33A_LAN1	25.00 V	21.25 V	3.30 V	13.2%	16.00 V	↓
C33	VDD33A_LAN1	25.00 V	21.25 V	3.30 V	13.2%	16.00 V	↓
C29	VDD33A_LAN1	25.00 V	21.25 V	3.30 V	13.2%	16.00 V	↓
C5	+3V3	25.00 V	21.25 V	3.30 V	13.2%	16.00 V	↓
C10	+3V3	25.00 V	21.25 V	3.30 V	13.2%	16.00 V	↓
C11	+3V3	25.00 V	21.25 V	3.30 V	13.2%	16.00 V	↓
C4	+3V3	25.00 V	21.25 V	3.30 V	13.2%	16.00 V	↓
C6	+3V3	25.00 V	21.25 V	3.30 V	13.2%	16.00 V	↓
C31	VDD33A_LAN1	25.00 V	21.25 V	3.30 V	13.2%	16.00 V	↓
C30	VDD33A_LAN1	25.00 V	21.25 V	3.30 V	13.2%	16.00 V	↓
C34	VDD33A_LAN1	25.00 V	21.25 V	3.30 V	13.2%	16.00 V	↓
C32	VDD33A_LAN1	25.00 V	21.25 V	3.30 V	13.2%	16.00 V	↓
C46	Net-(U13-VIN)	25.00 V	21.25 V	3.30 V	13.2%	16.00 V	↓
C49	+5V	50.00 V	42.50 V	5.50 V (worst case of Net-(D18-A2))	11.0%	16.00 V	↓
C50	+5V	50.00 V	42.50 V	5.50 V (worst case of Net-(D18-A2))	11.0%	16.00 V	↓
C23	VDD18CORE_LAN1	50.00 V	42.50 V	1.80 V	3.6%	16.00 V	↓
C26	VDD18CORE_LAN1	50.00 V	42.50 V	1.80 V	3.6%	16.00 V	↓
C37	+5V	10.00 V	8.50 V	5.50 V (worst case of Net-(D18-A2))	55.0%		✓
C38	+5V	10.00 V	8.50 V	5.50 V (worst case of Net-(D18-A2))	55.0%		✓
C3	Net-(C3-Pad1)	10.00 V	8.50 V	3.30 V	33.0%		✓
C2	Net-(C2-Pad1)	10.00 V	8.50 V	3.30 V	33.0%		✓
C20	+3V3	10.00 V	8.50 V	3.30 V	33.0%		✓
C45	+3V3	10.00 V	8.50 V	3.30 V	33.0%		✓
C18	VDD18CORE_LAN1	6.30 V	5.36 V	1.80 V	28.6%		✓
C1	Net-(C1-Pad1)	16.00 V	13.60 V	3.30 V	20.6%		✓
C54	Net-(C52-Pad1)	16.00 V	13.60 V	3.30 V	20.6%		✓
C53	Net-(C52-Pad1)	16.00 V	13.60 V	3.30 V	20.6%		✓
C55	Net-(C52-Pad1)	16.00 V	13.60 V	3.30 V	20.6%		✓
C52	Net-(C52-Pad1)	16.00 V	13.60 V	3.30 V	20.6%		✓

Derating Settings Used in This Analysis
Parameter	Value	Source	Applied
capacitor_voltage_pct	15% (85)	ECSS, EEE-INST-002, SD-18, MIL-STD-1547B, MIL-STD-975M	Checked in the table above (34 part(s))
capacitor_aluminum_voltage_pct	20% (80)	SD-18	Applied by the AI analysis where the rating is in evidence
capacitor_tantalum_mno2_voltage_pct	50% (50)	ECSS, EEE-INST-002, SD-18, MIL-STD-1547B, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
capacitor_tantalum_polymer_voltage_pct	40% (60)	ECSS	Applied by the AI analysis where the rating is in evidence
capacitor_temperature_margin_c	15 °C	ECSS, EEE-INST-002, SD-18	Applied by the AI analysis where the rating is in evidence
capacitor_aluminum_temperature_margin_c	20 °C	SD-18	Applied by the AI analysis where the rating is in evidence
resistor_power_pct	40% (60)	ECSS, EEE-INST-002, SD-18, MIL-STD-1547B, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
resistor_working_voltage_pct	20% (80)	ECSS, EEE-INST-002	Applied by the AI analysis where the rating is in evidence
resistor_temperature_margin_c	20 °C	ECSS, EEE-INST-002, SD-18	Applied by the AI analysis where the rating is in evidence
inductor_continuous_current_pct	30% (70)	SD-18	Applied by the AI analysis where the rating is in evidence
inductor_surge_current_pct	10% (90)	SD-18	Applied by the AI analysis where the rating is in evidence
inductor_continuous_voltage_pct	30% (70)	SD-18	Applied by the AI analysis where the rating is in evidence
inductor_surge_voltage_pct	10% (90)	SD-18	Applied by the AI analysis where the rating is in evidence
inductor_dielectric_withstand_voltage_pct	50% (50)	ECSS, EEE-INST-002, MIL-STD-1547B, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
inductor_temperature_margin_c	20 °C	ECSS, EEE-INST-002, SD-18, MIL-STD-1547B, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
diode_reverse_voltage_pct	20% (80)	ECSS, EEE-INST-002, SD-18, MIL-STD-1547B, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
diode_average_forward_current_pct	25% (75)	ECSS, EEE-INST-002, SD-18, MIL-STD-1547B, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
diode_power_dissipation_pct	40% (60)	ECSS, EEE-INST-002, SD-18, MIL-STD-1547B, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
diode_junction_temperature_margin_c	40 °C	ECSS, EEE-INST-002, SD-18, MIL-STD-1547B, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
diode_junction_temperature_cap_c	110 °C	ECSS, EEE-INST-002, MIL-STD-1547B, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
mosfet_vds_pct	25% (75)	ECSS, EEE-INST-002, SD-18, MIL-STD-1547B, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
mosfet_vgs_pct	25% (75)	ECSS, EEE-INST-002, SD-18, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
mosfet_continuous_current_pct	30% (70)	ECSS, EEE-INST-002, SD-18, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
mosfet_power_dissipation_pct	50% (50)	ECSS, EEE-INST-002, SD-18, MIL-STD-1547B, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
mosfet_junction_temperature_margin_c	40 °C	ECSS, EEE-INST-002, SD-18, MIL-STD-1547B, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
mosfet_junction_temperature_cap_c	110 °C	ECSS, EEE-INST-002, MIL-STD-1547B, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
bjt_vce_pct	25% (75)	ECSS, EEE-INST-002, SD-18, MIL-STD-1547B, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
bjt_continuous_current_pct	30% (70)	ECSS, EEE-INST-002, SD-18, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
bjt_power_dissipation_pct	50% (50)	ECSS, EEE-INST-002, SD-18, MIL-STD-1547B, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
bjt_junction_temperature_margin_c	40 °C	ECSS, EEE-INST-002, SD-18, MIL-STD-1547B, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
bjt_junction_temperature_cap_c	110 °C	ECSS, EEE-INST-002, MIL-STD-1547B, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
regulator_input_voltage_pct	10% (90)	ECSS, EEE-INST-002	Applied by the AI analysis where the rating is in evidence
regulator_output_current_pct	20% (80)	ECSS, EEE-INST-002, SD-18, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
regulator_power_dissipation_pct	40% (60)	EEE-INST-002, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
regulator_junction_temperature_margin_c	40 °C	ECSS, EEE-INST-002, SD-18, MIL-STD-1547B, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
regulator_junction_temperature_cap_c	100 °C	ECSS, EEE-INST-002, MIL-STD-1547B, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
ic_output_current_pct	20% (80)	ECSS, EEE-INST-002, SD-18, MIL-STD-1547B, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
ic_power_dissipation_pct	40% (60)	EEE-INST-002, MIL-STD-1547B, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
ic_junction_temperature_margin_c	40 °C	ECSS, EEE-INST-002, SD-18, MIL-STD-1547B, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
ic_junction_temperature_cap_c	100 °C	ECSS, EEE-INST-002, MIL-STD-1547B, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
connector_current_per_contact_pct	30% (70)	ECSS, EEE-INST-002, MIL-STD-1547B	Applied by the AI analysis where the rating is in evidence
connector_voltage_pct	20% (80)	ECSS, EEE-INST-002, SD-18, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
connector_temperature_margin_c	15 °C	ECSS, EEE-INST-002, MIL-STD-1547B	Applied by the AI analysis where the rating is in evidence
relay_contact_current_resistive_pct	30% (70)	ECSS, EEE-INST-002, SD-18, MIL-STD-1547B, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
relay_temperature_margin_c	20 °C	SD-18	Applied by the AI analysis where the rating is in evidence
tvs_junction_temperature_margin_c	40 °C	ECSS, EEE-INST-002, SD-18, MIL-STD-1547B, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
tvs_junction_temperature_cap_c	110 °C	ECSS, EEE-INST-002, MIL-STD-1547B, MIL-STD-975M	Applied by the AI analysis where the rating is in evidence
switch_contact_current_resistive_pct	30% (70)	ECSS, EEE-INST-002, SD-18, MIL-STD-1547B	Applied by the AI analysis where the rating is in evidence
fuse_temperature_margin_c	15 °C	ECSS, EEE-INST-002	Applied by the AI analysis where the rating is in evidence

2.5 Part Lifecycle and Silicon Errata

Status as found on the manufacturer's website by the AI enrichment run, on the date shown; the page read is linked. Silicon errata: whether the manufacturer publishes an errata sheet for the part - its presence only. No errata document is read or analysed, and no action is implied by its existence.

Item	Lifecycle	Silicon errata	Status
C1, C52, C53, C54, C55 (GRM32EC81C476KE15K), D11 (PTVS5V0S1UR,115), L1 (IHLP2525CZER8R2M01), U3, U4, U5 (TXS0108EQPWRQ1), U8, U11, U12, U13, U14 (RT9742QGJ5)	The life-cycle status for this part is indeterminate from the datasheet - please review	Not determined	Review
C2, C3 (GRM188D71A106MA73D)	There isn't a life-cycle marking on the datasheet obtained 2026-10-12	—
C4, C5, C6, C7, C8, C9, C10, C11, C12, C13, C19, C22, ... (CC0603KRX7R8BB104)	There isn't a life-cycle marking on the datasheet obtained 2026-10-12	—
C20, C21, C24, C37, C38, C45 (CL10B105KP8NNNC)	Active, as of 2026-10-12	—
C40, C44, C56 (VPDD202W102K1GV001E)	Active, as of 2026-10-12	—
C49, C50 (CL31B225KBHNNNE)	Active, as of 2026-10-12	—
D1, D3 (SML-M13UTT86)	There isn't a life-cycle marking on the datasheet obtained 2026-10-12	—
D2 (ESD9B3.3ST5G)	Active, as of 2026-10-12	—
D4 (1N4007FL)	Active, as of 2026-10-12	—
D5, D7, D8, D21, D23 (SML-M13MTT86)	There isn't a life-cycle marking on the datasheet obtained 2026-10-12	—
D6 (SML-LXFM0603SIC-TR)	There isn't a life-cycle marking on the datasheet obtained 2026-08-24	—
D9, D10, D14, D16, D17, D18, D19, D20, D24, D25, D26, D27, ... (ESD9B5.0ST5G)	Active, as of 2026-10-14	—
D12, D13, D15 (RClamp0524PATCT)	Active, as of 2026-10-14	—
D22 (PDS760Q-13)	There isn't a life-cycle marking on the datasheet obtained 2026-10-12	—
F1 (3216FF5-R)	Active, as of 2026-10-12	—
FB1, FB2 (BLM18PG121SH1D)	There isn't a life-cycle marking on the datasheet obtained 2026-10-12	—
J4 (ARJM11D7-009-AB-EW2)	Active, as of 2026-10-14	—
K1 (IM03GR)	There isn't a life-cycle marking on the datasheet obtained 2026-10-12	—
Q1, Q2, Q4, Q5, Q6 (2N7002W)	Active, as of 2026-10-12	—
Q3 (BSS84AK,215)	There isn't a life-cycle marking on the datasheet obtained 2026-10-12	—
Q7 (AONR21307)	Active, as of 2026-10-14	—
S1 (PTS810SJM250SMT)	Active, as of 2026-10-12	—
U2 (RPi-CM4S_RA)	There isn't a life-cycle marking on the datasheet obtained 2026-09-10	Not determined
U6 (TXB0108PWR)	Active, as of 2026-08-24	None found on the manufacturer's website, as of 2026-08-24
U7 (SN74LVC1G17DCKR)	Active, as of 2026-08-24	None found on the manufacturer's website, as of 2026-08-24
U9 (LAN9512I-JZX)	There isn't a life-cycle marking on the datasheet obtained 2026-09-02	Errata sheet published: LAN951X
U10 (93LC66AT-I/OT)	Active, as of 2026-08-24	None found on the manufacturer's website, as of 2026-08-24
U16 (FSUSB42MUX)	Active, as of 2026-10-14	None found on the manufacturer's website, as of 2026-10-14
U19 (HUSB238)	There isn't a life-cycle marking on the datasheet obtained 2026-09-02	Not determined
U20 (LMR14050SDDA)	Active Production, as of 2026-10-14	None found on the manufacturer's website, as of 2026-10-14
Y1 (FY2500117)	There isn't a life-cycle marking on the datasheet obtained 2026-10-12	—

3 Pin Connectivity Report

3.1 Unconnected Pins

Unconnected pins that are not marked NO_ERC.

36 unconnected pin(s) found:

Refdes_Pin	Pin Function	Pin Property	Device Type	Net Name	Notes
H7_1	1	Input	Battery+	Net-(H7-Pad1)
J2_27	Pin_27	Passive	S2G20C_02x20	ID_SD
J2_28	Pin_28	Passive	S2G20C_02x20	ID_SC
J4_7	NC	Unknown	RJ45-POE_ARJM11D7-009-AB-EW2	-	No net
U2_124	NC	Unknown	RPi-CM4S_RA	-	No net
U2_126	NC	Unknown	RPi-CM4S_RA	-	No net
U2_130	NC	Unknown	RPi-CM4S_RA	-	No net
U2_132	NC	Unknown	RPi-CM4S_RA	-	No net
U2_154	NC	Unknown	RPi-CM4S_RA	-	No net
U2_156	NC	Unknown	RPi-CM4S_RA	-	No net
U2_160	NC	Unknown	RPi-CM4S_RA	-	No net
U2_162	NC	Unknown	RPi-CM4S_RA	-	No net
U2_179	VDD_CORE_(DO_NOT_CONNECT)	Unknown	RPi-CM4S_RA	-	No net
U2_183	NC	Unknown	RPi-CM4S_RA	-	No net
U2_184	NC	Unknown	RPi-CM4S_RA	-	No net
U2_185	NC	Unknown	RPi-CM4S_RA	-	No net
U2_186	NC	Unknown	RPi-CM4S_RA	-	No net
U6_4	A3	Bidirectional	TXB0108PW	Net-(U6-A3)
U6_5	A4	Bidirectional	TXB0108PW	Net-(U6-A4)
U6_6	A5	Bidirectional	TXB0108PW	Net-(U6-A5)
U6_7	A6	Bidirectional	TXB0108PW	Net-(U6-A6)
U6_8	A7	Bidirectional	TXB0108PW	Net-(U6-A7)
U6_9	A8	Bidirectional	TXB0108PW	Net-(U6-A8)
U6_12	B8	Bidirectional	TXB0108PW	Net-(U6-B8)
U6_13	B7	Bidirectional	TXB0108PW	Net-(U6-B7)
U6_14	B6	Bidirectional	TXB0108PW	Net-(U6-B6)
U6_15	B5	Bidirectional	TXB0108PW	Net-(U6-B5)
U6_16	B4	Bidirectional	TXB0108PW	Net-(U6-B4)
U6_17	B3	Bidirectional	TXB0108PW	Net-(U6-B3)
U9_6	NC	Unknown	LAN9512i	-	No net
U9_7	NC	Unknown	LAN9512i	-	No net
U9_8	NC	Unknown	LAN9512i	-	No net
U9_9	NC	Unknown	LAN9512i	-	No net
U9_17	NC	Unknown	LAN9512i	-	No net
U9_18	NC	Unknown	LAN9512i	-	No net
U19_9	ISET	Input	HUSB238	Net-(U19-ISET)

3.2 Implied/Hidden Net Connections

Pins with implied net connections not visible on the schematic. Includes Altium HiddenNetName library parameters and KiCad hidden pins of any electrical type stacked behind visible pins in the symbol.

Implied Net Connections
Component	Type	Pin	Net	Status
Q7	AONR21307	2 (S2)	Net-(Q7-S1)	Fail — hidden pin not visible on schematic
Q7	AONR21307	3 (S3)	Net-(Q7-S1)	Fail — hidden pin not visible on schematic
D22	PDS760Q	3 (A)	GND	Fail — hidden pin not visible on schematic
D12	RClamp0524PA	8 (GND)	GND	Fail — hidden pin not visible on schematic
D13	RClamp0524PA	8 (GND)	GND	Fail — hidden pin not visible on schematic
D15	RClamp0524PA	8 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	20 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	55 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	19 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	109 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	8 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	41 (GPIO28-45_VDD)	Net-(C3-Pad1)	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	13 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	14 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	25 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	97 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	26 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	31 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	104 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	43 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	32 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	37 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	140 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	39 (GPIO0-27_VDD)	Net-(C2-Pad1)	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	103 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	44 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	49 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	50 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	56 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	122 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	61 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	187 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	121 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	62 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	182 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	67 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	86 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	68 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	115 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	74 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	79 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	80 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	128 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	85 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	98 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	110 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	116 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	181 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	127 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	133 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	134 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	139 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	145 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	189 (VDAC)	Net-(R9-Pad2)	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	146 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	151 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	152 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	157 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	158 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	163 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	164 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	169 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	170 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	188 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	191 (3V3)	Net-(C1-Pad1)	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	192 (3V3)	Net-(C1-Pad1)	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	193 (3V3)	Net-(C1-Pad1)	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	195 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	197 (VBAT)	+BATT	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	198 (VBAT)	+BATT	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	199 (VBAT)	+BATT	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	1 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	92 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	4 (SDX_VDD)	SD_VDD	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	7 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	91 (GND)	GND	Fail — hidden pin not visible on schematic
U2	RPi-CM4S_RA	73 (GND)	GND	Fail — hidden pin not visible on schematic
J3	SVORK_45DEG_01x03_3.5MM	6 (Pin_6)	RELAY1_NC	Fail — hidden pin not visible on schematic
J3	SVORK_45DEG_01x03_3.5MM	2 (Pin_2)	RELAY1_NO	Fail — hidden pin not visible on schematic
J3	SVORK_45DEG_01x03_3.5MM	4 (Pin_4)	RELAY1_COM	Fail — hidden pin not visible on schematic
J8	USB_A_2x_5787745-1	S2 (SHIELD)	Net-(J7-SHIELD)	Fail — hidden pin not visible on schematic
J8	USB_A_2x_5787745-1	S3 (SHIELD)	Net-(J7-SHIELD)	Fail — hidden pin not visible on schematic
J8	USB_A_2x_5787745-1	S4 (SHIELD)	Net-(J7-SHIELD)	Fail — hidden pin not visible on schematic
J9	USB_C_USB2.0_1.6mm	B12 (GND)	GND	Fail — hidden pin not visible on schematic
J9	USB_C_USB2.0_1.6mm	B1 (GND)	GND	Fail — hidden pin not visible on schematic
J9	USB_C_USB2.0_1.6mm	A9 (VBUS)	Net-(D18-A2)	Fail — hidden pin not visible on schematic
J9	USB_C_USB2.0_1.6mm	A12 (GND)	GND	Fail — hidden pin not visible on schematic
J9	USB_C_USB2.0_1.6mm	B4 (VBUS)	Net-(D18-A2)	Fail — hidden pin not visible on schematic
J9	USB_C_USB2.0_1.6mm	B9 (VBUS)	Net-(D18-A2)	Fail — hidden pin not visible on schematic
J7	USB_C_USB2.0_1.6mm_Flag	A9 (VBUS)	USB_BOOT_VBUS	Fail — hidden pin not visible on schematic
J7	USB_C_USB2.0_1.6mm_Flag	B1 (GND)	GND	Fail — hidden pin not visible on schematic
J7	USB_C_USB2.0_1.6mm_Flag	A12 (GND)	GND	Fail — hidden pin not visible on schematic
J7	USB_C_USB2.0_1.6mm_Flag	B9 (VBUS)	USB_BOOT_VBUS	Fail — hidden pin not visible on schematic
J7	USB_C_USB2.0_1.6mm_Flag	B12 (GND)	GND	Fail — hidden pin not visible on schematic
J7	USB_C_USB2.0_1.6mm_Flag	B4 (VBUS)	USB_BOOT_VBUS	Fail — hidden pin not visible on schematic

3.3 Open-Collector Pull-up Audit

Examined 1 candidate pin(s) on 1 net(s). 1 to verify with destination IC.

Finding	Recommended Action	Severity
Open-collector / open-drain outputs need an external pull-up resistor to a power rail to function. This audit lists pins where a pull-up appears to be missing or where the pin type may not match the schematic library.
U19_10 (GATE) on Net-(U19-GATE) U19 (HUSB238) USB-PD Sink IC Port Controller, VBUS = 3..25V, WDFN-10 on-board only · library: Open Collector	Information: this net may be missing a pull-up. The destination IC (MCU/FPGA/other) may enable a configurable internal pull-up — verify its datasheet. If none, add an external pull-up to a power rail.	Review

3.4 Diode Polarity / Orientation

Diode	Connections	Orientation	Severity
Diode polarity and orientation are read from the schematic. IPC-7351B (surface mount) / IPC-7251 (through-hole) Zero Component Orientation (ZCO) requires pin 1, the cathode, on the left with the footprint at zero rotation. Tomachie calls out symbols that do not meet ZCO because the PCB layout may have an error, assembly may insert the part backwards, initial ATE test generation from a netlist of only pins 1 and 2 will fail, or a novice may wrongly indict a correct part — consistency is the least-expensive path for everyone who handles the PCB.
D11 PTVS5V0S1UR,115 unidirectional · pin_names	Pin 1 (K): SD_PWR Pin 2 (A): GND	Consistent
D4 1N4007FL unidirectional · pin_names · Flyback Protection	Pin 1 (K): +5V Pin 2 (A): Net-(D4-A)	Consistent
D35 ESD9B5.0ST5G bidirectional · symbol_graphic	Pin 1 (A1): GND Pin 2 (A2): SD_CLK	Bidirectional (symmetric) — no single anode/cathode, so there is no orientation to check.	Information
D10 ESD9B5.0ST5G bidirectional · symbol_graphic	Pin 1 (A1): GND Pin 2 (A2): SD_DAT1	Bidirectional (symmetric) — no single anode/cathode, so there is no orientation to check.	Information
D32 ESD9B5.0ST5G bidirectional · symbol_graphic	Pin 1 (A1): GND Pin 2 (A2): SD_DAT2	Bidirectional (symmetric) — no single anode/cathode, so there is no orientation to check.	Information
D34 ESD9B5.0ST5G bidirectional · symbol_graphic	Pin 1 (A1): GND Pin 2 (A2): SD_CMD	Bidirectional (symmetric) — no single anode/cathode, so there is no orientation to check.	Information
D9 ESD9B5.0ST5G bidirectional · symbol_graphic	Pin 1 (A1): GND Pin 2 (A2): SD_DAT0	Bidirectional (symmetric) — no single anode/cathode, so there is no orientation to check.	Information
D33 ESD9B5.0ST5G bidirectional · symbol_graphic	Pin 1 (A1): GND Pin 2 (A2): SD_DAT3	Bidirectional (symmetric) — no single anode/cathode, so there is no orientation to check.	Information
D2 ESD9B3.3ST5G bidirectional · symbol_graphic	Pin 1 (A1): GND Pin 2 (A2): RUN	Bidirectional (symmetric) — no single anode/cathode, so there is no orientation to check.	Information
D17 ESD9B5.0ST5G bidirectional · symbol_graphic	Pin 1 (A1): GND Pin 2 (A2): Net-(D17-A2)	Bidirectional (symmetric) — no single anode/cathode, so there is no orientation to check.	Information
D20 ESD9B5.0ST5G bidirectional · symbol_graphic	Pin 1 (A1): GND Pin 2 (A2): USB_D-	Bidirectional (symmetric) — no single anode/cathode, so there is no orientation to check.	Information
D16 ESD9B5.0ST5G bidirectional · symbol_graphic	Pin 1 (A1): GND Pin 2 (A2): Net-(D16-A2)	Bidirectional (symmetric) — no single anode/cathode, so there is no orientation to check.	Information
D22 PDS760Q-13 array · multi-pin · Schottky Rectifier	Pin 1 (K): Net-(D22-K) Pin 2 (A): GND Pin 3 (A): GND	3-pin diode package will need to be checked against the datasheet in one of the AI enrichment sections.	Information
D18 ESD9B5.0ST5G bidirectional · symbol_graphic	Pin 1 (A1): GND Pin 2 (A2): Net-(D18-A2)	Bidirectional (symmetric) — no single anode/cathode, so there is no orientation to check.	Information
D19 ESD9B5.0ST5G bidirectional · symbol_graphic	Pin 1 (A1): GND Pin 2 (A2): USB_D+	Bidirectional (symmetric) — no single anode/cathode, so there is no orientation to check.	Information
D25 ESD9B5.0ST5G bidirectional · symbol_graphic	Pin 1 (A1): GND Pin 2 (A2): USB_BOOT_VBUS	Bidirectional (symmetric) — no single anode/cathode, so there is no orientation to check.	Information
D24 ESD9B5.0ST5G bidirectional · symbol_graphic	Pin 1 (A1): GND Pin 2 (A2): USB_BOOT_P	Bidirectional (symmetric) — no single anode/cathode, so there is no orientation to check.	Information
D26 ESD9B5.0ST5G bidirectional · symbol_graphic	Pin 1 (A1): GND Pin 2 (A2): USB_OTG_1_P	Bidirectional (symmetric) — no single anode/cathode, so there is no orientation to check.	Information
D27 ESD9B5.0ST5G bidirectional · symbol_graphic	Pin 1 (A1): GND Pin 2 (A2): USB_OTG_2_P	Bidirectional (symmetric) — no single anode/cathode, so there is no orientation to check.	Information
D28 ESD9B5.0ST5G bidirectional · symbol_graphic	Pin 1 (A1): GND Pin 2 (A2): USB_OTG_1_N	Bidirectional (symmetric) — no single anode/cathode, so there is no orientation to check.	Information
D29 ESD9B5.0ST5G bidirectional · symbol_graphic	Pin 1 (A1): GND Pin 2 (A2): USB_OTG_2_N	Bidirectional (symmetric) — no single anode/cathode, so there is no orientation to check.	Information
D30 ESD9B5.0ST5G bidirectional · symbol_graphic	Pin 1 (A1): GND Pin 2 (A2): 5V_OTG_1	Bidirectional (symmetric) — no single anode/cathode, so there is no orientation to check.	Information
D31 ESD9B5.0ST5G bidirectional · symbol_graphic	Pin 1 (A1): GND Pin 2 (A2): 5V_OTG_2	Bidirectional (symmetric) — no single anode/cathode, so there is no orientation to check.	Information
D14 ESD9B5.0ST5G bidirectional · symbol_graphic	Pin 1 (A1): GND Pin 2 (A2): USB_BOOT_N	Bidirectional (symmetric) — no single anode/cathode, so there is no orientation to check.	Information
D12 RClamp0524PATCT array · multi-pin	Pin 1 (IN1): HDMI0_D2_P Pin 2 (IN2): HDMI0_D2_N Pin 3 (GND): GND Pin 4 (IN3): HDMI0_D1_P Pin 5 (IN4): HDMI0_D1_N Pin 6 (OUT4): HDMI0_D1_N Pin 7 (OUT3): HDMI0_D1_P Pin 8 (GND): GND Pin 9 (OUT2): HDMI0_D2_N Pin 10 (OUT1): HDMI0_D2_P	10-pin diode package will need to be checked against the datasheet in one of the AI enrichment sections.	Information
D15 RClamp0524PATCT array · multi-pin	Pin 1 (IN1): HDMI0_HOTPLUG Pin 2 (IN2): HDMI0_SDA Pin 3 (GND): GND Pin 4 (IN3): HDMI0_SCL Pin 5 (IN4): HDMI0_CEC Pin 6 (OUT4): HDMI0_CEC Pin 7 (OUT3): HDMI0_SCL Pin 8 (GND): GND Pin 9 (OUT2): HDMI0_SDA Pin 10 (OUT1): HDMI0_HOTPLUG	10-pin diode package will need to be checked against the datasheet in one of the AI enrichment sections.	Information
D13 RClamp0524PATCT array · multi-pin	Pin 1 (IN1): HDMI0_D0_P Pin 2 (IN2): HDMI0_D0_N Pin 3 (GND): GND Pin 4 (IN3): HDMI0_CK_P Pin 5 (IN4): HDMI0_CK_N Pin 6 (OUT4): HDMI0_CK_N Pin 7 (OUT3): HDMI0_CK_P Pin 8 (GND): GND Pin 9 (OUT2): HDMI0_D0_N Pin 10 (OUT1): HDMI0_D0_P	10-pin diode package will need to be checked against the datasheet in one of the AI enrichment sections.	Information

3.5 Checks Not Performed

Items this report did not check, with the reason. None of these is a finding against the design - an item that was not checked says nothing about it either way.

Note 3: The figure these checks need was not taken from the part's datasheet, so they were not performed. This is a limitation of the analysis, not a finding on the design.

Checks the AI review could not perform are listed at Review severity in each AI section's Findings table, each naming the input that was missing.

Item	Not checked	Notes
Part Number vs Stated Values	1 of 113 fitted resistor/inductor/capacitor part(s) carry no ordering part number: R13. Without a part number the BOM cannot state what to buy, and none of the part-number cross-checks in this section can run for these parts. Add a manufacturer part number to each part in the library.
Capacitors and resistors (datasheets and parameter curves)	Datasheets for capacitors and resistors, and the parameter curves they carry (ripple current, derating against temperature, DC bias, a jumper's temperature rise), are obtained on the premium tier only. This standard-tier run reads a datasheet already on file and otherwise states no rating for these parts. The exception is a capacitor on a regulator's input or output rail: this tier obtains its datasheet and curves as well.
R8, R10, R27, R29 (CRCW06030000Z0EA)	Continuous current through the 0 Ω links feeding the GPIO banks, U13 and U14 against the link's continuous rating (jumper rated (continuous) current)	See note 3
K1 (IM03GR)	Relay contact rating against the RELAY1 switched path (contact current and voltage rating, AC and DC)	See note 3
C52, C53, C54, C55 (GRM32EC81C476KE15K)	Effective U20 output capacitance at 3.3 V (capacitance versus DC bias)	See note 3
U9, R36, R55, R56, R57 (LAN9512I-JZX)	Value and supply connection of the external TXP/TXN/RXP/RXN termination network (49.9 Ω to VDD33A_LAN1) (Required Ethernet line termination resistor value and its return rail)	See note 3
U9 (LAN9512I-JZX)	EEPROM size and organization the LAN9512 EEPROM controller expects, compared with the U10 512 x 8 organization (supported external EEPROM type and organization)	See note 3
U2 (RPi-CM4S_RA)	Idle level of SD_CMD and SD_DAT0-SD_DAT3 with no pull-ups on the board (internal pull-up on SDX_CMD and SDX_D0-SDX_D3)	See note 3
U2 (RPi-CM4S_RA)	SD bus capacitive load with an ESD9B5.0ST5G on each line (maximum SDX bus capacitance and SD clock frequency)	See note 3
U2 (RPi-CM4S_RA)	SDX pin tolerance of the ESD9B5.0ST5G clamp level (SDX pin ESD / transient voltage rating)	See note 3
D6 (SML-LXFM0603SIC-TR)	Forward current from the U9 nFDX_LAN1 drive against the LED's maximum rating (maximum continuous forward current)	See note 3
K1 (IM03GR)	Coil voltage at the 5.5 V top of +5V against the coil's permitted maximum (maximum coil voltage)	See note 3
K1 (IM03GR)	Predicted coil temperature against the coil temperature limit (maximum coil temperature)	See note 3
K1 (IM03GR)	Contact rating against the switched off-board load (contact switching voltage, current and power ratings)	See note 3
Q5 (2N7002W)	On-resistance and coil voltage at the 2.79 V minimum GPIO gate drive (RDS(on) at VGS 2.8 V)	See note 3
Q3 (BSS84AK,215)	D3 current at the -3.3 V gate drive (RDS(on) at VGS -3.3 V)	See note 3
K1 (IM03GR)	Contact-to-coil insulation between the J3 field wiring and the board logic, for IEC 61000-4-5 surge and IEC 61000-4-4 burst on the relay terminal (dielectric strength, contact to coil)	See note 3
J4 (ARJM11D7-009-AB-EW2)	Whether the magjack provides integrated ESD protection and the IEEE 802.3 isolation rating, which decide the need for PHY-side Ethernet protection (magnetics isolation voltage and integrated ESD rating)	See note 3
Part life-cycle	The life-cycle status for this part is indeterminate from the datasheet - please review

3.6 Summary

Total NO_ERC markers in design	79
Pins needing attention (warnings)	36
Pins for information only	0

4 Power Overview

Power rails	18
Power management sources identified	6

Analysis of passive component footprint suitability, voltage ratings, and power dissipation is not performed in this revision.

Power architecture overview. For test point coverage, see Design-for-Test section.

4.1 Values Entered for This Analysis

These values were entered by the designer for this analysis; they are not read from the schematic. Every check in this report that needs one of them uses the figure shown here.

Kind	Entered for	Value entered
Power input	Net-(D18-A2)	5 V nominal, 4.75-5.5 V operating
Power input	USB_BOOT_VBUS	5 V nominal, 4.75-5.5 V operating

4.2 Power Rail Analysis

RELAY1_COM was found and is considered switched power; its details will be asked when running AI enrichment.

Power Rails
Rail	Voltage	Source	Consumers
+5V	5.00V	Q7 AONR21307	U11/U12 (RT9742QGJ5), U20 (LMR14050SDDA), U3-U5 (TXS0108EQPWRQ1), U6 (TXB0108PWR)
5V_OTG_1	5.00V	U11 RT9742QGJ5	-
5V_OTG_2	5.00V	U12 RT9742QGJ5	-
Net-(D18-A2)	5.00V	J9 External	Q7 (AONR21307)
Net-(U14-EN)	5.00V	Q7 AONR21307	U14 (RT9742QGJ5)
USB_BOOT_VBUS	5.00V	J1 External	-
Net-(C52-Pad1)	3.30V	U20 LMR14050SDDA	-
+3V3	3.30V	U20 LMR14050SDDA	U16 (FSUSB42MUX), U3-U5 (TXS0108EQPWRQ1), U6 (TXB0108PWR), U7 (SN74LVC1G17DCKR), U8 (RT9742QGJ5)
+BATT	3.30V	U20 LMR14050SDDA	U2 (RPi-CM4S_RA)
Net-(C1-Pad1)	3.30V	U20 LMR14050SDDA	U2 (RPi-CM4S_RA)
Net-(C2-Pad1)	3.30V	U20 LMR14050SDDA	U2 (RPi-CM4S_RA)
Net-(C3-Pad1)	3.30V	U20 LMR14050SDDA	U2 (RPi-CM4S_RA)
Net-(U13-VIN)	3.30V	U20 LMR14050SDDA	U13 (RT9742QGJ5)
VDD33A_LAN1	3.30V	U8 RT9742QGJ5	U9 (LAN9512I-JZX)
VDD18CORE_LAN1	1.80V	U9 LAN9512I-JZX	-
3V3_LAN1	-	U8 RT9742QGJ5	U10 (93LC66AT-I/OT), U9 (LAN9512I-JZX)
Earth	-	-	-
GND	-	J1 External	-

4.2.1 Rail Voltage Annotation

The preferred way to state a rail's voltage is to record it in the design itself, where it travels with the schematic, survives every re-run, and can be read by anyone who opens the design: add VOLTAGE_NOM, VOLTAGE_MIN and VOLTAGE_MAX properties to the rail's net class directive, and VOLTAGE_EXCURSION_MAX for a survivable level outside normal operation.

2 power input(s) into this board were identified and characterized as follows. These are the levels the analysis uses.

Rail	Voltage supplied
Net-(D18-A2)	5.00 V nominal, 4.75-5.50 V operating
USB_BOOT_VBUS	5.00 V nominal, 4.75-5.50 V operating

4.3 USB-PD Contract Override Hazard

1 USB Type-C port(s) carry a USB-PD sink controller whose I2C port is wired to a bus mastered by a device that runs firmware. The controller's configuration strap sets the contract at power-up, but a register write can request a higher contract, and nothing in hardware on the rail stops it.

The part number supplied, HUSB238, names the family and no ordering variant. Where the family offers a variant with the I2C request path factory-disabled, or one that cannot request above the strapped level, that variant would remove this hazard; from the part number supplied it cannot be known whether such a variant was planned, and the controller's I2C wiring to U2 says it was not.

The controller's datasheet on the request path: The I2C has the highest priority. If using I2C to select a source PDO, it over writes the internal RDO which is created by VSET, ISET pins and internal factory fuse option, and the HUSB238 requests the I2C selected source PDO once the I2C commands are written. (page 10)

	Finding	Severity
PortJ9 ControllerU19 [HUSB238] I2C masterU2 [RPi-CM4S_RA] Strapped contractVSET=Net-(U19-VSET) via R42 (0R) to GND -> 5 V (datasheet p.9) Requestable ceilingNot in evidence	The Net-(D18-A2) rail is not protected from a USB-PD contract above the strap being enabled over I2C by firmware. Absent such a variant, an over-voltage element that disconnects the rail above the strapped level is the protection against an errant request, from AI-generated or any other software.	Medium

4.4 Regulator Enable Pull Resistors

6 regulator enable pin(s) examined for what drives them and which way they are pulled. 0 pulled toward the enabling level while a power output drives the net.

	Finding	Severity
RegulatorU13 [RT9742QGJ5] Enable pinU13_4 (EN) (enabled high) NetSD_VDD Driven byU2_6 (SDX_VDD), a supply input (not a driver) Pull-upR28 10k -> Net-(U13-VIN) Pull-down-	The pull resistor holds the enable at its enabling level, so U13 is on; the same node carries U2_6 (SDX_VDD), a supply input of another part, and no power source feeds it. See the supply-input rows.	Information
RegulatorU20 [LMR14050] Enable pinU20_3 (EN) (enabled high) Net+5V Driven by- Pull-up- Pull-down-	The enable is wired to +5V; the regulator is always enabled.	Information
RegulatorU11 [RT9742QGJ5] Enable pinU11_4 (EN) (enabled high) NetPRTCTL2_OTG_1 Driven byU9_14 (PRTCTL2) Pull-up- Pull-down-	Driven by the pins listed; no pull resistor is fitted.	Information
RegulatorU12 [RT9742QGJ5] Enable pinU12_4 (EN) (enabled high) NetPRTCTL3_OTG_2 Driven byU9_16 (PRTCTL3) Pull-up- Pull-down-	Driven by the pins listed; no pull resistor is fitted.	Information
RegulatorU8 [RT9742QGJ5] Enable pinU8_4 (EN) (enabled high) NetLAN1_EN Driven byU2_30 (GPIO29) Pull-up- Pull-down-	Driven by the pins listed; no pull resistor is fitted.	Information
RegulatorU14 [RT9742QGJ5] Enable pinU14_4 (EN) (enabled high) NetNet-(U14-EN) Driven by- Pull-up- Pull-down-	The enable is wired to Net-(U14-EN); the regulator is always enabled.	Information

4.5 Supply Inputs With No Power Source

4 supply input pin(s) on nets that are not power rails were examined. 1 net(s) reach a rail only through a pull resistor.

	Finding	Severity
Supply pinU2_6 (SDX_VDD) PartU2 [RPi-CM4S_RA] NetSD_VDD Fed throughR28 10k -> Net-(U13-VIN) Shares the node withU13_4 (EN)	No power source feeds U2_6 (SDX_VDD), a supply input by its datasheet: its net SD_VDD reaches a rail only through R28 10k -> Net-(U13-VIN), a pull resistor that delivers only current-limited power. Designer to confirm how this input is meant to be fed. U13_4 (EN) shares the node; the pull resistor holds that enable on, but it is not a supply for the input. The lines it feeds (SDX_CLK, SDX_CMD, SDX_D0, SDX_D1, SDX_D2, SDX_D3) reach J5 [microSD_MEM2052-00-195-00-A], whose supply SD_PWR is sourced by U13; with that side powered and this input not, the powered side back-drives the pads through those lines.	Medium

4.6 AI-Assisted Analysis

This section is created by AI and should be reviewed for accuracy. There may be some incorrect analysis, especially if any errors are called out in the Design Summary or Component Value sections. STANDARD MODE — this analysis was produced by the standard model tier.

4.6.1 Power Tree Overview

AI-Assisted — The board runs from a single USB Type-C sink input, J9. Its VBUS, Net-(D18-A2), is stated as 4.75 to 5.50 V. It passes D18 (ESD9B5.0ST5G to GND), then the 5 A fast-acting fuse F1 (Eaton 3216FF5), then the P-channel pass FET Q7 (AONR21307), and reaches +5V through R45 (0 Ω).

Q7 is controlled by the HUSB238 PD sink controller U19. U19 is powered from the fused side through R37 (10 Ω). Its straps request 5 V at 3.25 A: R42 (0 Ω) ties VSET to GND and ISET is open. This matches the designer's notes 'Vset 5V' and 'Iset 3.25A' on sheet POWER.

+5V feeds the LMR14050 buck U20, the RT9742 switches U11 and U12 (5V_OTG_1 and 5V_OTG_2 on the stacked USB-A connector J8), and U14 through R29 (HDMI_5V on J6). It also feeds the VCCB pins of U3 to U6, the K1 relay coil, and J2 pins 2 and 4.

U20 makes 3.3 V on Net-(C52-Pad1); its feedback divider sets 3.300 V. R50 (0 Ω) carries this onto +3V3, where further 0 Ω links fan out. R59 feeds +BATT (the CM4S VBAT pins). R6 feeds the CM4S 3V3 pins, with C1 47 µF. R8 and R10 feed the two GPIO bank supplies, each with 10 µF. R27 feeds U13, which switches SD_PWR to the microSD socket J5.

+3V3 also supplies U16, the VCCA pins of U3 to U7, and U8. U8 switches +3V3 onto 3V3_LAN1 at 3.3 V for the LAN9512 U9 and EEPROM U10, and through FB2 onto VDD33A_LAN1. U9 generates VDD18CORE_LAN1 (1.8 V) internally.

The boot port J7 (USB_BOOT_VBUS) reaches only J1, R35 and the Q6 gate; it powers nothing. K1 switches RELAY1_COM/NC/NO to J3 only, and that path carries no board power.

There is one conversion stage. All 3.3 V current, including the module's main VBAT supply, comes from U20, so the zero-ohm links and the single input contract set the board's current limits.

4.6.2 USB-C Input, PD Sink and Pass Switch

AI-Assisted — U19 presents its internal 5.1 kΩ Rd on the J9 CC1 and CC2 pins (Hynetek HUSB238 datasheet p.5, source: Tomachie). It requests the lower of its strapped VSET/ISET values and the source's advertised PDO (p.9-10). A source whose 5 V PDO offers 3 A, or a legacy Type-C source, therefore limits the board to that current, not to 3.25 A.

Q7 sits with its source on the fused VBUS and its drain on +5V through R45 (Alpha & Omega AONR21307 datasheet). Its body diode therefore blocks VBUS until U19 GATE sinks the gate through R39 5.1 kΩ; R38 51 kΩ holds the gate at the source otherwise. The gate-source arm is the R38 side of the divider. At 4.75 V input with the 300 Ω typical GATE pull-down it sees 4.75 × 51/(51 + 5.1 + 0.3) = 4.30 V. Figure 5 (p.3) gives 15.9 mΩ at that drive at 25 °C and 21.5 mΩ at 125 °C. The worst-case gate-source voltage is 5.01 V, far inside the ±25 V rating.

F1 carries the 3.25 A contract inside its 5 A rating and opens within 1 s at 350% of rating, 17.5 A (Eaton 3216FF datasheet p.1, Datasheet). A PD source limits current near its contract, so F1 is there for a failed source or a hard short. Two placement points remain. D18 clamps VBUS on the connector side of F1. F1's 5 A rating is above the 2.0 A rating of R45, which is in series behind it.

U19's own over-voltage protection trips at 120% of the requested voltage (p.11). It catches a source that overshoots the contract, not a contract raised over I2C.

The ESD9B5.0 parts on J9 VBUS, USB_BOOT_VBUS and both J8 VBUS rails are operated above a datasheet rating. VRWM for this part is 5.0 V, below the 5.5 V maximum on those rails. However, 5.5 V is still below the breakdown, V_BR(min) 5.8 V (at 1 mA, 25 °C), so the part is not in breakdown. There is leakage at 5.5 V, and that leakage is not characterised by the datasheet, which guarantees 100 nA maximum only up to 5.0 V; it rises with temperature (onsemi ESD9B datasheet p.2, source: Tomachie; USB Type-C specification). The leakage is a shunt from rail to ground in the microamp region at worst, so this is a specification-margin note only.

4.6.3 LMR14050 3.3 V Buck (U20)

AI-Assisted — U20 is a non-synchronous buck (Texas Instruments LMR14050 datasheet). D22 is the catch diode (Diodes Incorporated PDS760Q datasheet, source: Tomachie) and L1 the inductor (Vishay IHLP-2525CZ-01 datasheet). With EN tied to +5V, U20 starts once +5V passes its 3.5 to 3.9 V UVLO and ramps over 5.5 ms.

R41 82 kΩ sets 306 kHz. At 5 V input the duty cycle is about 0.69 and the on-time 2.2 µs, against a 75 ns minimum. With L1 at 8.0 µH under 2.7 A (8.2 µH graph, p.4), the ripple current is 0.48 A at 5 V and 0.57 A at 5.5 V, so the peak inductor current is about 3.0 A.

Output capacitance on U20's own sheet is C52 to C55: 188 µF nominal of X6S ceramic, the datasheet's own four-by-47 µF example bank (p.19). The ceramic DC-bias loss is not applied to that figure. With internal compensation the ceramic bank is suitable, ESR ripple is negligible, and capacitive ripple is about 1.2 mV. The reference band of 0.735 to 0.765 V and 1% resistors hold the output between 3.19 and 3.42 V.

The input side is the thin part of the stage. It has 4.4 µF of X7R (C49, C50) and no 0.1 µF capacitor at VIN on sheet POWER, while the input current pulses at about 2.7 A.

Losses at 2.7 A are about 0.48 W in D22 at 5.5 V input and up to 0.50 W in L1's 68 mΩ maximum DCR. U20 conduction is 0.45 to 0.90 W, between the typical and maximum on-resistance. This is consistent with the 89.7% efficiency read at 2.7 A on the 'Efficiency vs. Load Current' curve for 3.3 V output at 5 V input (p.7). That curve is drawn at 1 MHz; at 306 kHz the switching loss is lower. U20 therefore draws 1.99 A from +5V at 5 V input and 2.09 A at 4.75 V.

L1's 7.5 A saturation rating is below U20's 9.7 A maximum current limit. The composite core degrades gradually (6.69 µH at 8.99 A on the graph), so the exposure is limited to overload and short circuit, not normal operation.

4.6.4 Zero-Ohm Distribution Links and Compute Module Supplies

AI-Assisted — Both supply rails reach their loads through 1206 zero-ohm links. These are rated 2.0 A continuous and 10 A maximum, with under 50 mΩ resistance (Yageo RC1206 datasheet p.6, source: Tomachie).

The CM4S module is supplied entirely at 3.3 V (Raspberry Pi CM4S datasheet). VBAT comes through R59, the 3V3 pins through R6, and the GPIO banks through R8 and R10. VBAT at 3.3 V is inside the 2.5 to 5.25 V VBAT range (p.12).

The datasheet's typical figures are PVBAT 7 W and P3.3V 1 W (p.13); it notes these depend heavily on the application. On those figures the module draws 2.12 A on VBAT and 0.30 A on 3V3. With U9, the +3V3 total is 2.70 A, and all of it passes R50. R50 and R59 therefore carry more than their 2.0 A rated current. R45 is at its rating on the known +5V load alone, before any USB-A port current. R6 is lightly loaded.

U20 senses its output ahead of R50, so the link's drop is outside the regulation loop: up to 0.135 V at 2.7 A. At the low tolerance corner this leaves +3V3 at 3.05 V and 3V3_LAN1 at 3.03 V. That still meets the LAN9512 3.0 V minimum, but with almost no margin. A link with a higher current rating and lower resistance resolves both the rating and the drop.

+BATT has no capacitor of its own. The module's VBAT load steps are served through R59, from C1 (behind R6) and from C52 to C55 (behind R50).

The GPIO banks run at 3.19 to 3.42 V, less the R50 drop. This is inside the 1.71 to 3.45 V operating range and below the 3.6 V absolute maximum.

The board loads on the module's GPIO pins are CMOS inputs plus two I2C pull-ups that the pins sink. This leaves the 50 mA per-bank allowance (p.6) almost entirely for the off-board loads reached through the level translators.

4.6.5 RT9742 Load Switches

AI-Assisted — Five RT9742 switches gate the secondary rails (Richtek RT9742 datasheet, source: Tomachie). Each is rated 0.5 A, with a 0.6 to 0.8 A current limit and 70 mΩ typical on-resistance.

U8 is enabled by U2 GPIO29 on LAN1_EN. It passes +3V3 to 3V3_LAN1 for U9 and U10, and through FB2 to VDD33A_LAN1. Its 0.28 A load is well inside the rating; at 3.3 V input the 84 mΩ on-resistance read from the graph costs 23 mV.

U11 and U12 are enabled by U9 PRTCTL2 and PRTCTL3. They pass +5V to the two J8 USB-A VBUS pins. Those pins carry only the ESD9B5.0 clamps and the D7/D8 indicator branches, with no capacitance at all. The datasheet requires at least 120 µF per downstream-facing port. Without it, a hot-plugged device charges from the switch alone and the port voltage dips at every load step. The F̅L̅G̅ outputs of both switches are left unconnected, so U9 receives no port over-current report.

U13 passes +3V3 (via R27) to SD_PWR for J5, with C41 10 µF and D11 on the output (Nexperia PTVSXS1UR datasheet). Its EN sits on SD_VDD, which R28 pulls to 3.3 V, so SD_PWR follows +3V3.

The same SD_VDD net is the CM4S SDX_VDD bank supply (U2_4, U2_6). The CM4S datasheet specifies this pin as the SDIO voltage, 1.71 to 3.45 V (p.12), and R28 10 kΩ is its only feed. The SD pad bank is therefore unpowered while the card is powered. The card then back-drives the pads through the SDX_CLK, SDX_CMD and SDX_D0 to SDX_D3 lines.

U14 has EN tied to its own VIN behind R29 and supplies HDMI_5V with C43 100 nF.

The five switches have 0.1 to 1 µF on their inputs. The datasheet shows 10 µF on VIN in every application circuit.

4.6.6 LAN9512 Supply Domain

AI-Assisted — U9 draws 231 mA typical across VDD33IO and VDD33A at 100BASE-TX full duplex with maximum USB traffic (SMSC LAN9512 datasheet p.237, Datasheet). The magnetics draw about 42 mA more at 100BASE-TX and about 104 mA at 10BASE-T.

FB2 filters VDD33A_LAN1 from 3V3_LAN1, and each VDD33A and VDD33IO pin has its own 100 nF. U9's internal regulator produces VDD18CORE_LAN1 and VDD18USBPLL. VDD18USBPLL feeds VDD18ETHPLL through FB1, as Figure 2.2 (p.27) draws. Both beads are the specified 120 Ω at 100 MHz, 2 A type (Murata BLM18PG datasheet p.1).

The 1.8 V pins use 10 nF where Figure 2.2 shows 0.1 µF. VDD18ETHPLL carries 1 µF plus 10 nF instead of the figure's 0.1 µF. The figure is a reference circuit, so these are notes, not defects.

The magnetics centre taps J4_4 and J4_5 are fed from VDD33A_LAN1 through R20 10 Ω, with C39 22 nF to ground. The share of the centre-tap current that passes R20 is not set by anything on the schematic. Its bound, the full 104 mA 10BASE-T figure, would put 1.04 V and 0.11 W across an 0603 whose power rating is not stated.

The three LED branches (R21 to R23, 330 Ω to VDD33A_LAN1) add about 12 mA, which U9 sinks.

4.6.7 Power-Up Sequence

AI-Assisted — J9 VBUS rises. U19 powers from the fused side through R37 (UVLO 3.1 V rising) and presents Rd on CC1 and CC2.
U19 turns Q7 on through R39 and +5V rises. In the default ordering variants this happens after power-on reset; in variant 006DD it happens after the contract (p.15). The part number HUSB238 does not select a variant.
With +5V present, U14 enables HDMI_5V (EN tied to VIN, 2.1 ms turn-on), and the U3 to U6 VCCB pins and U11/U12 inputs are live. U20 passes UVLO and ramps Net-(C52-Pad1) over 5.5 ms.
+3V3 rises through R50 to the CM4S VBAT, 3V3 and GPIO bank supplies, U16, the U3 to U7 VCCA pins, U8 VIN, and U13 through R27. R28 enables U13 immediately and SD_PWR follows.
The CM4S boots and drives GPIO29 (LAN1_EN) high. U8 turns on 3V3_LAN1 and VDD33A_LAN1, and U9 brings up its 1.8 V supplies.
U9 drives PRTCTL2 and PRTCTL3, enabling U11 and U12 and the J8 port VBUS.
At power-down, U20 keeps regulating until +5V falls to about its UVLO, then +3V3 falls with it. The translators therefore keep VCCA at or below VCCB in both directions.

4.7 Observations

AI-Assisted — The U19 I2C pins (U19_6 SDA, U19_7 SCL) reach CM4S GPIO0 and GPIO1 directly through R52 and R53 (0 Ω). R43 and R44 (3.3 kΩ) pull them up to +3V3, so U2, which runs firmware, masters the bus.

The schematic establishes three things: the 5 V strap, that live bus, and a path from VBUS through F1, Q7 and R45 to +5V with nothing that limits voltage. The datasheet establishes the override: 'The I2C has the highest priority. If using I2C to select a source PDO, it over writes the internal RDO which is created by VSET, ISET pins and internal factory fuse option, and the HUSB238 requests the I2C selected source PDO once the I2C commands are written' (p.10). The part number HUSB238 names the family and no ordering variant. The highest requestable level is 20 V (the VSET open row and the 20 V default SNK_PDO2, p.9).

At a sustained 20 V, the elements on the path behave as follows:
- D18 conducts far beyond its rating and fails.
- F1 sees normal current and stays closed.
- Q7 (30 V) conducts.
- U19's over-voltage threshold moves up to 24 V with the request.
- U20 (44 V absolute maximum) survives and shields the CM4S, U9 and the 3.3 V logic.
- C49/C50 and C7 to C9/C12 withstand 20 V.
- U11, U12 and U14 (7 V absolute maximum), U3 to U6 (6.5 V on VCCB) and C37/C38 (10 V) do not.

The cheapest fix is at the Q7 gate node. R38 51 kΩ pulls the gate to the source, and U19 sinks it through R39 5.1 kΩ. An over-voltage comparator or protection controller that pulls the gate to the source therefore overrides U19. Q7 then conducts only when U19 asserts GATE and VBUS is in band. The trip threshold belongs between the 5.5 V band ceiling and the 6.5 V lowest downstream absolute maximum. The sensing input must withstand 25 V, the HUSB238 supply maximum. The single-part alternative is an OVP load switch with an enable input in place of Q7, driven by U19 GATE.

Of the other findings, the SDX_VDD feed is the one that stops a function outright. The jumper current ratings, the bare USB-A VBUS pins and the D18/F1 order should be settled before layout.

4.8 Findings

AI-Assisted —

#	Device	Rail	Observation	Severity
4.8.1	U2 (CM4S), R28	SD_VDD	No power source feeds U2_6 SDX_VDD. Its only feed is R28 10 kΩ from Net-(U13-VIN) at 3.3 V, at most 0.33 mA; R28 also holds U13 EN on but is not a supply for the SDIO bank (SDX_VDD operating 1.71-3.45 V, Raspberry Pi CM4S datasheet p.12). Second hazard: with SD_PWR powered by U13, the card on J5 back-drives the unpowered pad bank through SDX_CLK, SDX_CMD and SDX_D0-SDX_D3. Fix: feed SD_VDD from +3V3 through a 0 Ω link with local decoupling, as R8/C2 do for GPIO0-27_VDD; U13 EN stays on.	High
4.8.2	U19 (HUSB238), Q7 (AONR21307)	+5V	Protection is needed at the Q7 gate: a 20 V request over I2C from U2 reaches U11, U12 and U14 (RT9742, VIN absolute maximum 7 V) and U3 to U6 (VCCB absolute maximum 6.5 V) on +5V. Fix: add an over-voltage sense that pulls the Q7 gate to its source above about 6 V, with its input rated for at least 25 V, or replace Q7 with an OVP load switch whose enable is driven by U19 GATE.	Medium
4.8.3	R50, R59 (RC1206FR-070R)	+3V3, +BATT	R50 carries the whole 3.3 V load, 2.70 A, and R59 the CM4S VBAT current, 2.12 A (PVBAT 7 W, CM4S datasheet p.13). Both exceed the 2.0 A jumper rated current (Yageo RC1206 datasheet p.6, source: Tomachie). Fix: replace both with links rated at least 3 A continuous; this also reduces the up-to-0.135 V drop R50 adds outside U20's loop.	Medium
4.8.4	R45 (RC1206FR-070R)	+5V	R45 carries the whole +5V load. The known load is 2.02 A (U20 input 1.99 A at 2.7 A output and 89.7% efficiency, K1 coil 28 mA, LEDs), at the 2.0 A jumper rated current (Yageo RC1206 datasheet p.6, source: Tomachie), before the J8 USB-A ports (U11/U12 rated 0.5 A each), HDMI_5V and J2 pins 2 and 4 are added. Fix: replace R45 with a link rated at least 5 A continuous, which also coordinates with F1.	Medium
4.8.5	U11, U12 (RT9742), J8	5V_OTG_1, 5V_OTG_2	Neither USB-A VBUS has any capacitor. The datasheet states each downstream-facing port requires at least 120 µF between VOUT and GND, plus a 0.1 µF local bypass (Richtek RT9742 datasheet p.13, p.7, source: Tomachie). Fix: add at least 120 µF low-ESR plus 0.1 µF ceramic at J8 pins 1 and 5.	Medium
4.8.6	F1 (3216FF5), R45	+5V	Protection gap: F1 is rated 5 A (Eaton 3216FF datasheet p.1), above the 2.0 A rated current of R45, which carries the whole +5V load in series behind it, so F1 does not protect R45. Fix: fitting R45 with a link rated at least 5 A, which the load needs anyway, restores coordination.	Low
4.8.7	D18 (ESD9B5.0ST5G), F1	Net-(D18-A2)	D18 sits between the J9 VBUS pins and F1, on the unfused side, so F1 cannot interrupt a failed-short D18 or a sustained over-voltage into it. Fix: move F1 to the connector side of D18 so the clamp is downstream of the fuse.	Low
4.8.8	L1 (IHLP2525CZER8R2M01), U20	Net-(D22-K)	The 7.5 A typical saturation current is below the 9.7 A maximum high-side current limit of U20 (TI LMR14050 datasheet p.5), so an overload or short drives L1 past saturation before U20 limits. The 8.2 µH graph (Vishay IHLP-2525CZ-01 datasheet p.4) shows 6.69 µH at its last point, 8.99 A. Fix: an 8.2 µH part with saturation current above 9.7 A (the datasheet design example uses 10 A, p.18).	Low
4.8.9	D18, D25, D30, D31 (ESD9B5.0ST5G)	Net-(D18-A2), USB_BOOT_VBUS, 5V_OTG_1, 5V_OTG_2	Operated above a datasheet rating: VRWM 5.0 V is below the 5.5 V maximum on these rails. 5.5 V is below V_BR(min) 5.8 V (1 mA, 25 °C), so the parts are not in breakdown, but leakage above 5.0 V is not characterised (100 nA maximum guaranteed only to 5.0 V). The leakage is a shunt in the microamp region at worst. A 6 V standoff class part restores the guarantee at a modestly higher clamp level (onsemi ESD9B datasheet p.2, source: Tomachie; USB Type-C specification).	Review
4.8.10	U20 (LMR14050)	Net-(C52-Pad1)	U20 permits 4 A, derated 20% (regulator_output_current_pct = 80) from its 5 A rating (TI LMR14050 datasheet p.1). The known 3.3 V load is 2.70 A (CM4S VBAT 2.12 A and 3V3 0.30 A from PVBAT 7 W and P3.3V 1 W, U9 0.27 A), not including the SD card on SD_PWR and J2 pins 1 and 17. Check that the total stays below 4 A.	Review
4.8.11	L1 (IHLP2525CZER8R2M01)	Net-(C52-Pad1)	L1 permits 2.8 A, derated 30% (inductor_current_pct = 70) from its 4 A heating rating. The known load current is 2.70 A, not including the SD card and J2 3.3 V pins. Check that the total stays below 2.8 A. The 8.2 µH graph (Vishay IHLP-2525CZ-01 datasheet p.4) gives 8.0 µH and a 9.9 °C rise at 2.7 A, so the hot spot is about 50 °C at 40 °C ambient against the 125 °C maximum.	Review
4.8.12	U20 (LMR14050)	Net-(C52-Pad1)	Switch conduction at 2.7 A is 0.45 W with the 90 mΩ typical and 0.90 W with the 180 mΩ maximum on-resistance. At 43.2 °C/W from 40 °C ambient this gives a 59-79 °C junction, against an 85 °C limit (125 °C less 40 °C). The on-resistance is stated at VIN 12 V (TI LMR14050 datasheet p.5); U20 runs at 5 V input here. The 5 V on-resistance value was not available at report generation time.	Review
4.8.13	U20, C49, C50	+5V	Input bypass is C49 and C50, 2.2 µF 50 V X7R each (4.4 µF). This matches the datasheet's 5 V design example but is below the 4.7-10 µF typical recommendation, and no 0.1 µF high-frequency capacitor is drawn at U20 VIN on sheet POWER (TI LMR14050 datasheet p.20).	Review
4.8.14	U8, U11, U12, U13, U14 (RT9742)	+3V3, +5V, Net-(U13-VIN), Net-(U14-EN)	Input bypass is C20 1 µF (U8), C37 and C38 1 µF (U11, U12), C46 100 nF (U13) and C42 100 nF (U14). The datasheet shows 10 µF on VIN in every application circuit and strongly recommends it (Richtek RT9742 datasheet p.7, p.13, source: Tomachie).	Review
4.8.15	U11, U12 (RT9742), U9	5V_OTG_1, 5V_OTG_2	F̅L̅G̅ (U11_3, U12_3) is unconnected. A J8 port over-current is limited and timed out by the switch but not reported to U9 PRTCTL2/PRTCTL3, which take the switch's over-current signal on the same pin (SMSC LAN9512 datasheet p.28-30). Wiring F̅L̅G̅ to PRTCTL2/PRTCTL3 with a pull-up gives the hub its over-current report.	Review
4.8.16	U2 (CM4S)	+BATT	The four VBAT pins carry about 2.1 A with no capacitor on +BATT; the nearest bulk is C1 47 µF behind R6 and C52-C55 behind R50. A 22-47 µF ceramic at the VBAT pins keeps the module's load steps off the R50/R59 links.	Review
4.8.17	U19 (HUSB238)	+5V	The known +5V load is 2.02 A (U20 input 1.99 A, K1 28 mA, LEDs), not including the J8 USB-A ports, HDMI_5V and J2 pins 2 and 4. Check that the total stays below the 3.25 A contract strapped on ISET.	Review
4.8.18	U2 (CM4S)	Net-(C2-Pad1), Net-(C3-Pad1)	Each GPIO bank allows 50 mA total (Raspberry Pi CM4S datasheet p.6). The on-board loads on the module's GPIOs are CMOS inputs (U8 EN, U16 SEL, level-shifter A ports) plus the R43/R44 3.3 kΩ I2C pull-ups, which the pins sink (1 mA each, not sourced from the bank). The loads reached through U3-U6 to J2 are off-board and unknown, and have about 50 mA per bank available.	Review
4.8.19	U9 (LAN9512)	VDD18CORE_LAN1, Net-(U9A-VDD18ETHPLL), Net-(U9A-VDD18USBPLL)	Figure 2.2 (SMSC LAN9512 datasheet p.27) shows 4.7 µF + 0.1 µF + 0.1 µF on VDD18CORE and 0.1 µF on VDD18ETHPLL. Fitted are C18 4.7 µF with C23 and C26 10 nF, and C21 1 µF with C15 10 nF. VDD18USBPLL has C24 1 µF as shown, plus C27 10 nF. The figure is a reference circuit, not a stated minimum.	Review
4.8.20	R20 (10 Ω)	Net-(C39-Pad1)	The magnetics centre taps (J4_4, J4_5) are fed from VDD33A_LAN1 through R20 10 Ω with C39 22 nF. The datasheet gives about 42 mA (100BASE-TX) to 104 mA (10BASE-T) magnetics consumption (SMSC LAN9512 datasheet p.237); the bound of the full 104 mA through R20 is 1.04 V and 0.11 W. Check that the centre-tap current through R20 stays within its power rating.	Review
4.8.21	K1 (IM03GR)	RELAY1_COM	K1 switches RELAY1_COM/NC/NO to J3 only, and powers nothing on the board. The switched voltage at RELAY1_COM and the most the off-board load draws are not stated; state both so the K1 contact ratings can be judged.	Review
4.8.22	C49, C50 (CL31B225KBHNNNE)	+5V	A 50 V part with 5.5 V applied. Derated 15% (capacitor_voltage_pct = 85) it permits 42.5 V, far beyond the position; a 16 V X7R would serve, at the cost of more DC-bias loss (Samsung CL31B225KBHNNNE datasheet p.1).	Review
4.8.23	C23, C26 (CC0603KRX7R9BB103)	VDD18CORE_LAN1	A 50 V part with 1.8 V applied. Derated 15% (capacitor_voltage_pct = 85) it permits 42.5 V; a 16 V part would serve (Yageo CC0603 X7R datasheet p.5).	Review
4.8.24	C7, C8, C9, C12, C42 (CC0603KRX7R8BB104)	+5V, Net-(U14-EN)	A 25 V part with 5.5 V applied. Derated 15% (capacitor_voltage_pct = 85) it permits 21.25 V; a 16 V part would serve.	Review
4.8.25	C4, C5, C6, C10, C11, C29-C34, C36, C46 (CC0603KRX7R8BB104)	+3V3, VDD33A_LAN1, Net-(U13-VIN)	A 25 V part with 3.3 V applied. Derated 15% (capacitor_voltage_pct = 85) it permits 21.25 V; a 16 V part would serve.	Review
4.8.26	U19 (HUSB238)	Net-(D18-A2)	VSET is tied to GND through R42 (0 Ω), the 0 kΩ row (5 V); ISET is open, the 'Open = 3.25 A' row. Both decode to table rows and match the designer's notes 'Vset 5V' and 'Iset 3.25A' on sheet POWER (Hynetek HUSB238 datasheet p.9-10, source: Tomachie).	✓
4.8.27	U19 (HUSB238)	Net-(U19-VIN)	VIN is fed from the fused VBUS through R37 10 Ω, with C47 1 µF 50 V X7R to GND, as the datasheet requires (1 µF ceramic close to VIN, 10 Ω series in the application circuit; Hynetek HUSB238 datasheet p.1, p.9, source: Tomachie). The 3.1 mA supply current gives a 31 mV drop.	✓
4.8.28	U19 (HUSB238), Q7	Net-(U19-GATE)	The open-drain GATE output reaches the Q7 gate through R39 5.1 kΩ, with R38 51 kΩ from gate to Net-(Q7-S1) as its pull-up, matching the 49.9 kΩ / 5.1 kΩ application circuit (Hynetek HUSB238 datasheet p.12, source: Tomachie). Sink current at 5.5 V is 1.07 mA against the 10 mA GATE maximum (p.5).	✓
4.8.29	Q7 (AONR21307)	+5V	Worst-case VGS is 5.5 V × 51.51/(51.51 + 5.049) = 5.01 V (R38 +1%, R39 −1%, GATE at 0 Ω), against ±25 V derated 25% (mosfet_vgs_pct = 75) to 18.75 V. VDS is 5.5 V against 22.5 V (mosfet_vds_pct = 75). At 4.75 V input the gate sees 4.30 V, and Figure 5 gives 15.9 mΩ at 25 °C and 21.5 mΩ at 125 °C, so 3.25 A dissipates at most 0.23 W (12.5 °C rise at 55 °C/W). 3.25 A is well inside 17 A derated 30% (mosfet_id_pct = 70) (Alpha & Omega AONR21307 datasheet p.1-3).	✓
4.8.30	F1 (3216FF5)	Net-(D18-A2)	A 5 A fast-acting fuse rated 32 V DC with 50 A breaking capacity. The strapped 3.25 A contract is below the 5 A rating and below Eaton's 80% (4 A) continuous recommendation, and 32 V covers the 5.5 V band top. It opens within 1 s at 17.5 A (Eaton 3216FF datasheet p.1).	✓
4.8.31	D11 (PTVS5V0S1UR)	SD_PWR	A 5.0 V standoff is adequate for the 3.3 V SD_PWR rail. Cathode is on SD_PWR and anode on GND, so the orientation is consistent (Nexperia PTVSXS1UR datasheet p.4).	✓
4.8.32	U20 (LMR14050)	Net-(C52-Pad1)	The R47 51 kΩ / R48 15 kΩ divider with VREF 0.75 V sets 3.300 V. With VREF 0.735-0.765 V and 1% resistors the output spans 3.19-3.42 V, inside the CM4S 3.45 V GPIO bank maximum and the LAN9512 3.0-3.6 V range (TI LMR14050 datasheet p.5; Raspberry Pi CM4S datasheet p.12; SMSC LAN9512 datasheet p.235).	✓
4.8.33	U20 (LMR14050)	Net-(U20-RT/SYNC)	R41 82 kΩ gives fSW = (32537/82)^(1/1.045) = 306 kHz (formula p.12), inside the 200-2500 kHz RT range. The 2.2 µs on-time is well above the 75 ns minimum (TI LMR14050 datasheet p.6).	✓
4.8.34	U20 (LMR14050)	Net-(U20-SS)	C48 22 nF gives tSS = 22 nF × 0.75 V / 3 µA = 5.5 ms (TI LMR14050 datasheet p.10); the 188 µF output charges at about 0.11 A during soft-start.	✓
4.8.35	U20 (LMR14050)	+5V	EN (U20_3) is tied to +5V, the 'tied to VIN' enabled state (TI LMR14050 datasheet p.3). This is a valid auto-enable arrangement, and 5.5 V is far below the 44 V EN absolute maximum.	✓
4.8.36	U20 (LMR14050)	+5V	VIN of 4.75-5.5 V is inside the 4-40 V recommended range. The 44 V absolute maximum derated 10% (regulator_input_voltage_pct = 90) permits 39.6 V against 5.5 V applied (TI LMR14050 datasheet p.4).	✓
4.8.37	U20 (LMR14050), C51	GND, Net-(U20-BOOT)	GND (U20_7) and the exposed pad U20_9 are on GND as the pin table requires. C51 100 nF 25 V X7R between BOOT and SW meets the 0.1 µF, X5R/X7R, 16 V or higher requirement (TI LMR14050 datasheet p.3, p.20).	✓
4.8.38	U20, C52-C55, C1 (GRM32EC81C476KE15K)	Net-(C52-Pad1), Net-(C1-Pad1)	U20 output capacitance is 4 × 47 µF 16 V X6S = 188 µF nominal, the datasheet design example's bank (TI LMR14050 datasheet p.19); DC-bias loss is not applied. Ripple is about 1.2 mV at 0.57 A inductor ripple. 16 V derated 15% (capacitor_voltage_pct = 85) permits 13.6 V against 3.3 V on C52-C55 and C1, so the parts are correctly sized (Murata GRM32EC81C476KE15 datasheet p.2).	✓
4.8.39	D22 (PDS760Q-13)	Net-(D22-K)	The catch diode has its cathode on SW and anodes on GND, the correct orientation. 60 V VRRM derated 20% (diode_reverse_voltage_pct = 80) permits 48 V against 5.5 V. Average current is 1.0 A at 5.5 V input against 7 A derated 25% (diode_forward_current_pct = 75), 5.25 A. 0.48 W at 85 °C/W gives about 81 °C junction against the 110 °C limit (Diodes Incorporated PDS760Q datasheet p.2, source: Tomachie).	✓
4.8.40	R6 (RC1206FR-070R)	Net-(C1-Pad1)	R6 carries the CM4S 3V3 supply, 0.30 A (P3.3V 1 W, Raspberry Pi CM4S datasheet p.13), against the 2.0 A jumper rated current (Yageo RC1206 datasheet p.6, source: Tomachie).	✓
4.8.41	U2 (CM4S)	+BATT, Net-(C2-Pad1), Net-(C3-Pad1)	VBAT at 3.3 V is inside the 2.5-5.25 V operating range. The GPIO bank supplies at 3.19-3.42 V are inside 1.71-3.45 V and below the 3.6 V absolute maximum. C2 and C3 (10 µF) decouple the banks (Raspberry Pi CM4S datasheet p.12).	✓
4.8.42	U8 (RT9742)	3V3_LAN1	The 0.28 A load (U9 231 mA plus 42 mA 100BASE-TX magnetics, SMSC LAN9512 datasheet p.237; U10 0.5 mA; LEDs) is inside 0.5 A derated 20% (regulator_output_current_pct = 80), 0.4 A. The 84 mΩ on-resistance at 3.3 V from 'On Resistance vs. Input Voltage' (Richtek RT9742 datasheet p.8, source: Tomachie) gives 23 mV and 6.6 mW, a 1.3 °C rise at 203 °C/W. 3V3_LAN1 is U8's switched copy of +3V3 at 3.3 V.	✓
4.8.43	U14 (RT9742)	Net-(U14-EN)	EN (U14_4) is tied to VIN (U14_5), which is +5V through R29. 5.5 V is inside the 0-6 V EN operating range and below the 7 V absolute maximum, so HDMI_5V follows +5V (Richtek RT9742 datasheet p.5, source: Tomachie).	✓
4.8.44	U13 (RT9742), C41	SD_PWR	The output has C41 10 µF, above the 0.01-0.1 µF general bypass (Richtek RT9742 datasheet p.13, source: Tomachie). Its stated 16 V rating derated 15% (capacitor_voltage_pct = 85) permits 13.6 V against 3.3 V.	✓
4.8.45	U8, U11-U14, U19, U20	GND	Every power IC ground pin (U8_2, U11_2, U12_2, U13_2, U14_2, U19_11, U20_7, U20_9) is on GND, and every VIN pin is on a sourced rail.	✓
4.8.46	U9 (LAN9512)	3V3_LAN1, VDD33A_LAN1	The five VDD33IO pins have C13, C19, C22, C25, C28 and C35 (6 × 100 nF), and the seven VDD33A pins have C29-C34 and C36 (7 × 100 nF). This meets the 0.1 µF per pin shown in Figure 2.2 (SMSC LAN9512 datasheet p.27).	✓
4.8.47	FB1, FB2 (BLM18PG121SH1D)	VDD33A_LAN1, Net-(U9A-VDD18ETHPLL)	Both are 120 Ω at 100 MHz, 2 A beads as Figure 2.2 calls for (SMSC LAN9512 datasheet p.27). FB2 carries about 0.18 A against 2 A, with 9 mV across its 0.05 Ω maximum DC resistance (Murata BLM18PG datasheet p.1).	✓
4.8.48	U3-U7, U9, U10, U16	+3V3, +5V, 3V3_LAN1	Supply ranges are met. TXS0108E: VCCA 3.3 V within 1.4-3.6 V, VCCB 5.5 V top within 1.65-5.5 V. TXB0108: VCCA within 1.2-3.6 V, VCCB within 1.65-5.5 V. SN74LVC1G17: within 1.65-5.5 V. FSUSB42: within 3.0-4.4 V. 93LC66A: within 2.5-5.5 V. LAN9512: within 3.0-3.6 V (TI TXS0108E-Q1 datasheet p.6, TI TXB0108 datasheet p.5, TI SN74LVC1G17 datasheet p.5).	✓
4.8.49	U3-U6	+3V3, +5V	VCCA ≤ VCCB holds through power-up and power-down. +5V is present before U20's 5.5 ms soft-start brings up +3V3, and +3V3 collapses with +5V (TI TXS0108E-Q1 datasheet p.6, TI TXB0108 datasheet p.5).	✓
4.8.50	D4 (1N4007FL), K1 (IM03GR)	+5V	The coil flyback diode has its cathode on +5V and anode on Net-(D4-A). 1000 V VRRM covers 5.5 V, and 1 A covers the 28 mA coil current (140 mW at the 5 V coil rating, TE IM03 datasheet p.3). The 5 V coil on +5V matches the part number (AGERTECH 1N4007FL datasheet p.1).	✓
4.8.51	D5, D7, D8, D21, D23 (SML-M13MTT86)	3V3_LAN1, 5V_OTG_1, 5V_OTG_2, +5V, Net-(C52-Pad1)	Indicator currents, as V/R bounds, are at most 3.3 mA (D5 via R14 1 kΩ; D23 via R49 1 kΩ) and 3.7 mA (D7, D8, D21 via 1.5 kΩ at 5.5 V), against the 30 mA continuous rating (ROHM SML-M13 datasheet p.1).	✓
4.8.52	Q6 (2N7002W)	USB_BOOT_VBUS	The gate is driven from USB_BOOT_VBUS through R32 1 kΩ, so VGS is at most 5.5 V against 20 V derated 25% (mosfet_vgs_pct = 75), 15 V (onsemi 2N7002W datasheet p.1).	✓
4.8.53	C37, C38 (CL10B105KP8NNNC)	+5V	A 10 V part with 5.5 V applied, which its rating meets. Derated 15% (capacitor_voltage_pct = 85) it permits 8.5 V, so it is correctly sized (Samsung CL10B105KP8NNNC datasheet p.1).	✓
4.8.54	C20, C45 (CL10B105KP8NNNC)	+3V3	A 10 V part derated 15% (capacitor_voltage_pct = 85) permits 8.5 V with 3.3 V applied, so it is correctly sized.	✓
4.8.55	C2, C3 (GRM188D71A106MA73D)	Net-(C2-Pad1), Net-(C3-Pad1)	A 10 V part derated 15% (capacitor_voltage_pct = 85) permits 8.5 V with 3.3 V applied, so it is correctly sized (Murata GRM catalogue p.9).	✓
4.8.56	C18 (CL10A475KQ8NNNC)	VDD18CORE_LAN1	The stated 6.3 V rating derated 15% (capacitor_voltage_pct = 85) permits 5.36 V with 1.8 V applied, so it is correctly sized.	✓

4.9 Citations

AI-Assisted —

References
1N4007FL (AGERTECH MICROELECTRONICS) — datasheet, cited pages 1 datasheet.lcsc.com/datasheet/pdf/e95e9f9588b304a160769fb2...
2N7002W (onsemi) — datasheet www.onsemi.com/pdf/datasheet/2n7002w-d.pdf
3216FF5 (Eaton) — datasheet www.eaton.com/content/dam/eaton/products/electronic-compo...
93LC66A (Microchip Technology Inc.) — datasheet ww1.microchip.com/downloads/en/DeviceDoc/21795E.pdf
AONR21307 (Alpha & Omega Semiconductor) — datasheet www.aosmd.com/res/data_sheets/AONR21307.pdf
BLM18PG121SH1 (Murata Manufacturing Co., Ltd.) — datasheet, cited pages 1,2,4 www.farnell.com/datasheets/1851895.pdf?_ga=2.221312728.15...
BSS84AK (NXP Semiconductors) — datasheet www.farnell.com/datasheets/1443354.pdf
CC0603KRX7R8BB104 (Yageo) — datasheet www.yageo.com/upload/media/product/productsearch/datashee...
CC0603KRX7R9BB103 (Yageo) — datasheet www.yageo.com/upload/media/product/productsearch/datashee...
CL10B105KP8NNNC (Samsung Electro-Mechanics) — datasheet datasheet.octopart.com/CL10B105KP8NNNC-Samsung-datasheet-...
CL31B225KBHNNNE (Samsung Electro-Mechanics) — datasheet media.digikey.com/pdf/Data%20Sheets/Samsung%20PDFs/CL31B2...
CRCW0603 (Vishay) — datasheet www.vishay.com/docs/20035/dcrcwe3.pdf
FSUSB42 (Fairchild Semiconductor Corporation) — datasheet datasheet.lcsc.com/datasheet/pdf/0fbe41f97fbd44809eec0591...
GRM188D71A106MA73D (Murata) — datasheet mm.digikey.com/Volume0/opasdata/d220001/medias/docus/8942...
GRM32EC81C476KE15 (Murata Manufacturing Co., Ltd.) — datasheet static6.arrow.com/aropdfconversion/226b0f37381afec66b0bab...
IHLP2525CZ8R2M01 (Vishay Dale) — datasheet www.vishay.com/docs/34104/ihlp-2525cz-01.pdf
IM03 (TE Connectivity (Axicom)) — datasheet, cited pages 1 www.te.com/commerce/DocumentDelivery/DDEController?Action...
LAN9512i (SMSC (Standard Microsystems Corporation)) — datasheet ogane.com/homebrew/rpi/1440/9512.pdf
LMR14050 (Texas Instruments) — datasheet www.ti.com/lit/ds/symlink/lmr14050.pdf
PTVS5V0S1UR (Nexperia) — datasheet assets.nexperia.com/documents/data-sheet/PTVSXS1UR_SER.pdf
RClamp0524PA (Semtech Corporation) — datasheet 4donline.ihs.com/images/VipMasterIC/IC/SEMT/SEMT-S-A00050...
CM4S (Raspberry Pi Ltd) — datasheet datasheets.raspberrypi.com/cm4s/cm4s-datasheet.pdf
SML-LXFM0603SIC (Lumex) — datasheet, cited pages 1 www.mouser.lt/datasheet/2/244/LUMXD00049_141-2551042.pdf
SML-M13MT (ROHM) — datasheet fscdn.rohm.com/en/products/databook/datasheet/opto/led/ch...
SN74LVC1G17 (Texas Instruments) — datasheet www.ti.com/lit/ds/symlink/sn74lvc1g17.pdf
TXB0108 (Texas Instruments) — datasheet www.ti.com/lit/ds/symlink/txb0108.pdf
TXS0108E-Q1 (Texas Instruments) — datasheet www.ti.com/lit/ds/symlink/txs0108e-q1.pdf
VPDD202W102K1GV001E (Johanson Dielectrics) — datasheet www.johansondielectrics.com/docs/4901/johanson_high_volta...

5 Connector Pinouts

Total connectors

5.1 J1 S1G20

J1 - S1G20 (S1G20)
Pin	Pin Name	Net	Notes
1	Pin_1	USB_BOOT_VBUS
2	Pin_2	Net-(J1-Pin_2)
3	Pin_3	GND

5.2 J2 S2G20C

J2 - S2G20C (S2G20C)
Pin	Pin Name	Net	Notes
1	Pin_1	+3V3
2	Pin_2	+5V
3	Pin_3	GPIO2_EXT
4	Pin_4	+5V
5	Pin_5	GPIO3_EXT
6	Pin_6	GND
7	Pin_7	GPIO4_EXT
8	Pin_8	GPIO14_EXT
9	Pin_9	GND
10	Pin_10	GPIO15_EXT
11	Pin_11	GPIO17_EXT
12	Pin_12	GPIO18_EXT
13	Pin_13	GPIO27_EXT
14	Pin_14	GND
15	Pin_15	GPIO22_EXT
16	Pin_16	GPIO23_EXT
17	Pin_17	+3V3
18	Pin_18	GPIO24_EXT
19	Pin_19	GPIO10_EXT
20	Pin_20	GND
21	Pin_21	GPIO9_EXT
22	Pin_22	GPIO25_EXT
23	Pin_23	GPIO11_EXT
24	Pin_24	GPIO8_EXT
25	Pin_25	GND
26	Pin_26	GPIO7_EXT
27	Pin_27	ID_SD
28	Pin_28	ID_SC
29	Pin_29	GPIO5_EXT
30	Pin_30	GND
31	Pin_31	GPIO6_EXT
32	Pin_32	GPIO12_EXT
33	Pin_33	GPIO13_EXT
34	Pin_34	GND
35	Pin_35	GPIO19_EXT
36	Pin_36	GPIO16_EXT
37	Pin_37	GPIO26_EXT
38	Pin_38	GPIO20_EXT
39	Pin_39	GND
40	Pin_40	GPIO21_EXT

5.3 J3 1862055

J3 - 1862055 (1862055)
Pin	Pin Name	Net	Notes
1	Pin_1	RELAY1_NO
2	Pin_2	RELAY1_NO
3	Pin_3	RELAY1_COM
4	Pin_4	RELAY1_COM
5	Pin_5	RELAY1_NC
6	Pin_6	RELAY1_NC

5.4 J4 ARJM11D7-009-AB-EW2

J4 - ARJM11D7-009-AB-EW2 (ARJM11D7-009-AB-EW2)
Pin	Pin Name	Net	Notes
1	TD+	LAN1_TXP
2	TD-	LAN1_TXN
3	RD+	LAN1_RXP
4	CT	Net-(C39-Pad1)
5	CT	Net-(C39-Pad1)
6	RD-	LAN1_RXN
7	NC	NC
8	GND	GND
9	LEDG_A	Net-(J4-LEDG_A)
10	LEDG_K	nLNKA_LAN1
11	LEDY_A	Net-(J4-LEDY_A)
12	LEDY_K	nSPD_LAN1
13	CHASSIS	Earth

5.5 J5 MEM2052-00-195-00-A

J5 - MEM2052-00-195-00-A (MEM2052-00-195-00-A)
Pin	Pin Name	Net	Notes
1	DAT2	SD_DAT2
2	DAT3/CD	SD_DAT3
3	CMD	SD_CMD
4	VDD	SD_PWR
5	CLK	SD_CLK
6	VSS	GND
7	DAT0	SD_DAT0
8	DAT1	SD_DAT1
9	CD	NC
S1	S1	GND
S2	S2	GND
S3	S3	GND
S4	S4	GND

5.6 J6 685119134923

J6 - 685119134923
Pin	Pin Name	Net	Notes
1	D2+	HDMI0_D2_P
2	D2S	Net-(J6-CKS)
3	D2-	HDMI0_D2_N
4	D1+	HDMI0_D1_P
5	D1S	Net-(J6-CKS)
6	D1-	HDMI0_D1_N
7	D0+	HDMI0_D0_P
8	D0S	Net-(J6-CKS)
9	D0-	HDMI0_D0_N
10	CK+	HDMI0_CK_P
11	CKS	Net-(J6-CKS)
12	CK-	HDMI0_CK_N
13	CEC	HDMI0_CEC
14	UTILITY	NC
15	SCL	HDMI0_SCL
16	SDA	HDMI0_SDA
17	GND	GND
18	+5V	HDMI_5V
19	HPD	HDMI0_HOTPLUG
SH	SH	Net-(J6-CKS)

5.7 J7 USB4205-GF-A

J7 - USB4205-GF-A (USB4205-GF-A)
Pin	Pin Name	Net	Notes
A1	GND	GND
A4	VBUS	USB_BOOT_VBUS
A5	CC1	Net-(J7-CC1)
A6	D+	USB_BOOT_P
A7	D-	USB_BOOT_N
A8	SBU1	NC
A9	VBUS	USB_BOOT_VBUS
A12	GND	GND
B1	GND	GND
B4	VBUS	USB_BOOT_VBUS
B5	CC2	Net-(J7-CC2)
B6	D+	USB_BOOT_P
B7	D-	USB_BOOT_N
B8	SBU2	NC
B9	VBUS	USB_BOOT_VBUS
B12	GND	GND
SH	SHIELD	Net-(J7-SHIELD)

5.8 J8 5787745-1

J8 - 5787745-1 (5787745-1)
Pin	Pin Name	Net	Notes
1	VUSB1	5V_OTG_1
2	D1-	USB_OTG_1_N
3	D1+	USB_OTG_1_P
4	GND1	GND
5	VUSB2	5V_OTG_2
6	D2-	USB_OTG_2_N
7	D2+	USB_OTG_2_P
8	GND2	GND
S1	SHIELD	Net-(J7-SHIELD)
S2	SHIELD	Net-(J7-SHIELD)
S3	SHIELD	Net-(J7-SHIELD)
S4	SHIELD	Net-(J7-SHIELD)

5.9 J9 USB4085-GF-A

J9 - USB4085-GF-A (USB4085-GF-A)
Pin	Pin Name	Net	Notes
A1	GND	GND
A4	VBUS	Net-(D18-A2)
A5	CC1	Net-(D16-A2)
A6	D+	USB_D+
A7	D-	USB_D-
A8	SBU1	NC
A9	VBUS	Net-(D18-A2)
A12	GND	GND
B1	GND	GND
B4	VBUS	Net-(D18-A2)
B5	CC2	Net-(D17-A2)
B6	D+	USB_D+
B7	D-	USB_D-
B8	SBU2	NC
B9	VBUS	Net-(D18-A2)
B12	GND	GND
S1	SHIELD	GND

6 Indicator Documentation

8 indicator device(s) found.

6.1 Indicator Assignments

Indicators
RefDes	Type	Color	Signal	Sheet	Notes
D1	0805_LED_RED	Red	Net-(D1-K)	CM4.kicad_sch	LOW = On; R2 (1k); A:+3V3 K:Net-(D1-K)
D3	0805_LED_RED	Red	Net-(D3-A)	CM4.kicad_sch	Default OFF; Q3 switches this LED; pull the gate of Q3 below its source rail to light it; R7 (1k); A:Net-(D3-A) K:Net-(D3-K)
D23	0805_LED_GREEN	Green		POWER.kicad_sch	R49 (1k); Always-on (VCC to GND, no control signal); A:Net-(D23-A) K:GND
D21	0805_LED_GREEN	Green		POWER.kicad_sch	R46 (1k5); Always-on (VCC to GND, no control signal); A:+5V K:Net-(D21-K)
D6	0603_LED_RED	Red	nFDX_LAN1	ETHERNET_LAN1.kicad_sch	LOW = On; R23 (330R); A:Net-(D6-A) K:nFDX_LAN1
D7	0805_LED_GREEN	Green		ETHERNET_LAN1.kicad_sch	R24 (1k5); Always-on (VCC to GND, no control signal); A:5V_OTG_1 K:Net-(D7-K)
D8	0805_LED_GREEN	Green		ETHERNET_LAN1.kicad_sch	R25 (1k5); Always-on (VCC to GND, no control signal); A:5V_OTG_2 K:Net-(D8-K)
D5	0805_LED_GREEN	Green		ETHERNET_LAN1.kicad_sch	R14 (1k); Always-on (VCC to GND, no control signal); A:3V3_LAN1 K:Net-(D5-K)

6.2 Indicator Testability

0 of 3 indicators have test coverage. 5 indicator(s) illuminate on their own (power-on / rail-fed / module-driven) and do not need a test point. 1 are transistor-driven.

Indicator Testability
RefDes	Driver	Control Signal	DFT Status	Testable
D1	Direct	Net-(D1-K)	Design Warning: Test point needed on Net-(D1-K). Drive LOW to turn on LED D1.
D3	Q3	RUN	Design Warning: Test point needed on RUN - pull the gate of Q3 below its source rail to light LED D3, which tests the transistor at the same time.
D23	Direct		Power indicator (connector)	✓
D21	Direct		Power indicator (connector)	✓
D6	Direct	nFDX_LAN1	Design Warning: Test point needed on nFDX_LAN1. Drive LOW to turn on LED D6.
D7	Direct		Power indicator (connector)	✓
D8	Direct		Power indicator (connector)	✓
D5	Direct		Power indicator	✓

7 Switch Documentation

1 switch(es) found in design.

7.1 Switch Configurations

S1 Contact Pairs (PTS810)
Contact	Pin A	Net A	Pin B	Net B	When Open	When Closed	Notes
1	3	RUN	1	GND	SIGNAL	LOW

S1 All Pins
Pin #	Pin Name	Net	Paired With	Type
1		GND	3	CONTACT
2		GND	3	CONTACT
3		RUN	1	CONTACT
4		RUN	1	CONTACT

7.2 Switch DFT Analysis

Switches for mode selection are useful for development and manual debug, but production test environments require electrical override capability. A latching switch (DIP, slide, toggle) holds the signal at the rail it closes onto until somebody moves it, so ATE cannot drive past the contact: it needs a test point and a series isolation resistor between the switch and that rail. A momentary switch (push button) does not hold the signal — the bias resistor sets the level again as soon as the button is released — so it needs only a test point for ATE stimulus access.

Design Rationale: Switches for mode selection are valuable for engineering development and bench debug. However, production test and field returns require electrical override capability without manual intervention. Adding test points and isolation resistors creates a lifecycle-robust design that works across development, production test, and field returns without requiring procedure documentation or specialized knowledge of switch positions. The goal is a self-documenting, procedure-proof test interface. BOM impact: One 0201/0402 resistor per controlled signal.

Switch	Signal	Function	Pullup	Rail	Issue	Test Point?
S1	RUN	Switch-controlled signal	R4 (100.00K)	+3V3 (3.3V)	No test point + Switch forces signal, ATE cannot override

7.2.1 Isolation Resistor Options: RUN

Circuit: +3V3 --- R4 (100.00K) --- [signal node/testpoint] --- [switch] --- R_series --- GND. R_series sits on the far side of the switch, so the switch pin never lands on the ground plane. Closing the switch then forms a voltage divider: the IC sees V = Vcc × R_series / (R_pullup + R_series) instead of hard GND. ViL threshold (generic CMOS): 0.990000V max, target 0.841500V (15% margin for resistor tolerance). Verify against device datasheet.

Trade-offs: Lower R_series = more margin below ViL but higher ATE current draw. Higher R_series = lower current but reduced noise margin. Values near 1K-1.5K typically provide good balance for 1.8V signals.

R_series	V at IC (switch closed)	Margin to ViL	ATE Current (override HIGH)	Status
150	0.005V	0.837V	22.00 mA	HIGH
220	0.007V	0.834V	15.00 mA	OK
330	0.011V	0.831V	10.00 mA	OK
470	0.015V	0.826V	7.02 mA	OK
680	0.022V	0.819V	4.85 mA	OK
1.0K	0.033V	0.809V	3.30 mA	OK
1.5K	0.049V	0.793V	2.20 mA	BEST

8 Low-Speed Serial Interfaces (LSSI)

Detected: 2 I2C

8.1 I2C

I2C: U2 -> U19
Topology: U2 » Targets (U19, TP24, TP25)
Signal	Net Name	Connector	Test Point	Target Pin
SCL	CM4_SCL0	(none)	TP24_1	U19_7 (SCL), U2_5 (GPIO1)
SDA	CM4_SDA0	(none)	TP25_1	U19_6 (SDA), U2_3 (GPIO0)
Address	Target	Industry Type	Description
0x08 (port I2C (SCL on CM4_SCL0), fixed address)	U19	HUSB238	USB-PD Sink IC Port Controller, VBUS = 3..25V, WDFN-10

I2C: U2
Topology: U2 » Targets (J6)
Signal	Net Name	Connector	Test Point	Target Pin
SCL (needs pull-up)	HDMI0_SCL	J6_15	(none)	U2_175 (HDMI_SCL)
SDA (needs pull-up)	HDMI0_SDA	J6_16	(none)	U2_173 (HDMI_SDA)

I2C Pull-up Check
Net	Component	Status
CM4_SDA0	R44	Pull-up resistor 3.3K (R44) found on SDA	✓
CM4_SCL0	R43	Pull-up resistor 3.3K (R43) found on SCL	✓
HDMI0_SDA		Pull-up not found on HDMI0_SDA. This bus is mastered on-board by U2 and its addressable targets are off-board through J6; the interface standard for the attached device determines which side supplies the pull-up - confirm it is provided there.	-
HDMI0_SCL		Pull-up not found on HDMI0_SCL. This bus is mastered on-board by U2 and its addressable targets are off-board through J6; the interface standard for the attached device determines which side supplies the pull-up - confirm it is provided there.	-

8.2 LSSI DFT Analysis

2 signal(s) missing test point coverage. Test points allow ATE to run tests without requiring operator intervention and setup. They should be considered mandatory for high volume products.

During test, ATE can override functional operation to explicitly test through the interface in ways that functional operation cannot, or is not available at certain test stages.

Missing Test Points
Signal	Net Name	Connector	Interface
SCL	HDMI0_SCL	J6_15	I2C: U2
SDA	HDMI0_SDA	J6_16	I2C: U2

9 High-Speed Serial Interfaces (HSSI)

24 differential pair(s)

Differential pairs detected from _P/_N naming convention which KiCad uses for differential pair identification. Designer should consider explicit assignment to distinct net classes for each SERDES type to explicitly document layout intent.

2 USB differential pair(s) have no controlled-impedance net class assigned. Assign a 90 Ohm differential net class so the impedance intent carries into PCB layout and length tuning.

9.1 Differential Pairs

Differential pairs with designer-specified class annotations.

7 of 15 differential pairs do not specify a target impedance (the Impedance column is blank). Strongly suggested: put the value in the class name - e.g. 100_OHM.

Differential Pairs
Net Name	Class	Impedance	Notes
LAN1_RXN	DIFF_PAIR
LAN1_RXP	DIFF_PAIR
LAN1_TXN	DIFF_PAIR
LAN1_TXP	DIFF_PAIR
HDMI0_CK_P/N	DP_100R	100 Ohm
HDMI0_D0_P/N	DP_100R	100 Ohm
HDMI0_D1_P/N	DP_100R	100 Ohm
HDMI0_D2_P/N	DP_100R	100 Ohm
USB_LAN_P/N	DP_90R	90 Ohm
USB_OTG_1_P/N	DP_90R	90 Ohm
USB_OTG_2_P/N	DP_90R	90 Ohm
USB_P/N	DP_90R	90 Ohm
USB_BOOT_P/N	USB
USB_D+	USB
USB_D-	USB

9.2 AI-Assisted Analysis

9.2.1 CM4S USB 2.0 Port and Boot Multiplexer (U2, U16, J7)

AI-Assisted — U2_165 USB_DP and U2_167 USB_DM are a USB 2.0 high-speed (480 Mbps) port. The Raspberry Pi CM4S datasheet (Datasheet) asks for 90 Ω differential routing with P/N matched better than 0.15 mm. The pair runs on USB_P and USB_N to U16 (FSUSB42) pins D+ (U16_3) and D- (U16_4).

U16 sends the pair to one of two places. HSD1 (U16_7, U16_6) carries USB_BOOT_P and USB_BOOT_N to J7_A6/J7_B6 and J7_A7/J7_B7. HSD2 (U16_9, U16_8) carries USB_LAN_P and USB_LAN_N to U9_59 USBDP0 and U9_58 USBDM0. U16 pin O̅E̅ (U16_10) is on GND, so one channel is always connected.

U16 pin SEL is the Q6 drain, pulled up by R31 47 kΩ to +3V3. The Q6 gate takes USB_BOOT_VBUS through R32 1 kΩ, and R35 47 kΩ bleeds USB_BOOT_VBUS to GND, so with no cable the gate returns to ground through 48 kΩ. A host on J7 drives SEL low and selects HSD1. Otherwise SEL sits at 3.3 V less at most 47 mV (1 µA leakage across 47 kΩ) and selects HSD2. This matches the designer's note on sheet USB.

The Fairchild FSUSB42 datasheet (Datasheet) characterises the switch at 480 Mbps. USB 2.0 is DC-coupled with on-die termination, so no series parts are needed and none are fitted. J7 is a USB4205-GF-A Type-C 2.0 receptacle, suitable for 480 Mbps. Its CC pins carry device-side Rd. USB_OTGID is grounded through R51 0 Ω.

9.2.2 LAN9512 Hub Upstream and Downstream Ports (U9, J8)

AI-Assisted — The U9 upstream port USBDP0/USBDM0 is reached only when U16 selects HSD2. U9_63 USBRBIAS sets the high-speed transmit current and the on-chip termination impedance. It has R17, a 12 kΩ 1% resistor to GND, as the SMSC LAN9512 datasheet requires (p.24, Datasheet).

U9_11 VBUS_DET is pulled to 3V3_LAN1 by R16 825 Ω. This is the datasheet's connection for a self-powered hub permanently attached to a host (p.22): the hub asserts its USBDP0 pull-up whenever 3V3_LAN1 is up. When U16 switches to J7, the hub sees a host disconnect.

Downstream port 2 (U9_2 USBDP2 and U9_1 USBDM2 to J8_3 and J8_2) and port 3 (U9_4 USBDP3 and U9_3 USBDM3 to J8_7 and J8_6) run directly to the stacked USB-A receptacle J8 (TE 5787745-1). J8 is appropriate for USB 2.0. There are no series parts, and DC coupling with on-die termination is what USB 2.0 uses.

D26 to D29 sit on these four lines at J8. Port power, the over-current flag wiring and the supply filtering of U9 are covered in the power review and are not repeated here.

9.2.3 HDMI TMDS, DDC, HPD and CEC (U2, D12, D13, D15, J6)

AI-Assisted — U2 drives four TMDS pairs: HDMI_D0, HDMI_D1, HDMI_D2 and HDMI_CLK. They pass flow-through D12 and D13 (RClamp0524PA, Semtech datasheet) to J6, a Würth 685119134923 Type A receptacle. The CM4S datasheet requires 100 Ω pairs, P/N matched better than 0.15 mm and pair-to-pair matched better than 25 mm. TMDS is DC-coupled to the sink's termination, so no series capacitors belong on this board.

HDMI0_SDA and HDMI0_SCL reach J6 with R5 and R58, 4.7 kΩ each, to HDMI_5V. D15 protects HDMI0_SDA, HDMI0_SCL, HDMI0_CEC and HDMI0_HOTPLUG. HDMI0_CEC runs directly to U2_171, whose internal 27 kΩ pull-up to +3.3V serves the line.

HDMI0_HOTPLUG drives only the Q4 gate. Q4 inverts the hot-plug signal into U2_88 HDMI_HPD_N_1V8, which is pulled up internally to 1.8 V through 2.2 kΩ. With no sink attached, nothing defines the Q4 gate level.

The TMDS shield contacts J6_2, J6_5, J6_8 and J6_11 share Net-(J6-CKS) with the shell J6_SH. That net reaches GND only through C44 (1 nF) and R30 (1 MΩ).

9.2.4 Ethernet 100BASE-TX Port and Reference Clock (U9, J4, Y1)

AI-Assisted — U9 drives four lines into J4 (ARJM11D7-009 RJ45 magjack): TXP (U9_55) to J4_1 TD+, TXN (U9_56) to J4_2 TD-, RXP (U9_52) to J4_3 RD+ and RXN (U9_53) to J4_6 RD-. Each line has 49.9 Ω to VDD33A_LAN1 (R55, R56, R57, R36), so each pair sees 100 Ω across it. The centre taps J4_4 and J4_5 are fed through R20 10 Ω with C39 22 nF, which the power review covers. The magnetics provide the transformer coupling that 100BASE-TX requires.

U9_41 AUTOMDIX_EN is pulled up by R18 10 kΩ to 3V3_LAN1, which is the 'tied to VDD33IO' state: Auto-MDIX is enabled (SMSC LAN9512 datasheet p.22). U9_50 EXRES has R19, a 12.4 kΩ 1% resistor to GND, as page 25 requires.

Y1 is a 25 MHz crystal with 18 pF load stated in its description. It has C16 and C17, 33 pF each, and R13 1 MΩ across U9_60 XO and U9_61 XI. With the 3 pF typical XI/XO pin capacitance, the series load is (33 + 3)/2 = 18 pF before PCB stray capacitance is added.

U9_44 CLK24_EN is on GND, which disables CLK24_OUT; that output is unused. U9_34 TEST2 is on GND and U9_40 TEST3 is on 3V3_LAN1, as page 23 requires.

9.3 Observations

AI-Assisted — Three findings sit on the high-speed signal path itself.

First, the ESD9B5.0ST5G parts on the 480 Mbps lines (D14 and D24 at J7, D26 to D29 at J8) are rated 15 pF typical (onsemi datasheet p.2, source: Tomachie). On a 90 Ω pair each line node sees about 22.5 Ω, so 15 pF gives τ = 0.34 ns. That adds about 0.74 ns of 10–90% rise time against a 2.08 ns unit interval. For comparison, the FSUSB42 bandwidth already falls from 720 MHz to 550 MHz with only 5 pF of load. The RClamp0524PA already on the BOM is 0.8 pF maximum line to ground with a 5 V standoff, so it removes this loading.

Second, impedance classes are missing on two sets of nets. USB_BOOT_P and USB_BOOT_N carry the same 480 Mbps signal as USB_P and USB_N but have no 90 Ω class. LAN1_TXP, LAN1_TXN, LAN1_RXP and LAN1_RXN have no 100 Ω class. The CM4S and HDMI pairs are classed correctly.

Third, on J6 the HPD gate has no defined level when no sink is attached, and the TMDS shield contacts have no DC return to GND.

All other high-speed endpoints wire with correct polarity. None of the interfaces reviewed calls for AC-coupling capacitors on this board, and none is fitted.

9.4 Findings

AI-Assisted —

#	Interface	Protocol	Finding	Severity
9.4.1	USB boot port (U16 to J7)	USB 2.0 High-Speed	USB_BOOT_P and USB_BOOT_N carry the same 480 Mbps signal through U16 but have no impedance class. Assign the 90 Ω class to both nets (Raspberry Pi CM4S datasheet p.4).	Low
9.4.2	USB ESD at J7 and J8	USB 2.0 High-Speed	D14, D24 (USB_BOOT_N, USB_BOOT_P) and D26, D27, D28, D29 (USB_OTG pairs) are ESD9B5.0ST5G, 15 pF typical at 1 MHz (onsemi datasheet p.2, source: Tomachie). Each adds about 0.74 ns of 10–90% rise time (22.5 Ω × 15 pF × 2.2) against a 2.08 ns unit interval. Replace them with a low-capacitance array such as the RClamp0524PA already used on J6 (0.8 pF maximum line to ground, 5 V VRWM, Semtech RClamp0524PA datasheet p.3).	Low
9.4.3	HDMI HPD	HDMI Hot Plug Detect	HDMI0_HOTPLUG carries only the Q4 gate, J6_19 and D15, so with no sink attached the Q4 gate has no defined level. U2_88 HDMI_HPD_N_1V8 (internal 2.2 kΩ to 1.8 V) can then read a false hot-plug. Add a pull-down of about 100 kΩ from HDMI0_HOTPLUG to GND so Q4 is held off when unplugged; the sink-driven level is left essentially unchanged.	Low
9.4.4	HDMI shield contacts J6	HDMI TMDS	J6_2 D2S, J6_5 D1S, J6_8 D0S and J6_11 CKS share Net-(J6-CKS) with the shell J6_SH. That net reaches GND only through C44 1 nF and R30 1 MΩ, so the per-pair TMDS shield contacts have no DC return. Connect J6_2, J6_5, J6_8 and J6_11 to GND and leave only J6_SH on the chassis network.	Low
9.4.5	Ethernet (U9 to J4)	IEEE 802.3u 100BASE-TX	LAN1_TXP, LAN1_TXN, LAN1_RXP and LAN1_RXN have no impedance class. Assign a 100 Ω differential class to both pairs, as 100BASE-TX requires.	Low
9.4.6	USB U2 role strap	USB 2.0 OTG	USB_OTGID is tied to GND through R51 0 Ω, which selects USB host (Raspberry Pi CM4S datasheet, USB_OTGID). The designer's note on sheet USB says the CM4 becomes a device when a cable is plugged into J7. The datasheet permits a grounded ID for a fixed slave with the matching OS driver, so device operation on J7 rests on that driver setting, not on the strap.	Review
9.4.7	HDMI DDC	HDMI DDC (I2C)	R5 and R58, 4.7 kΩ to HDMI_5V, pull up HDMI0_SDA and HDMI0_SCL. The CM4S datasheet requires a pull-up per the HDMI specification but states no value (p.16). The HDMI specification range for the source pull-up is 1.5–2.0 kΩ, and 4.7 kΩ is above it.	Review
9.4.8	HDMI DDC/HPD ESD D15	HDMI DDC	Operated above a datasheet rating. VRWM for this part is 5 V, below the 5.5 V maximum on HDMI_5V at the DDC pull-ups. However, 5.5 V is still below the breakdown, V_BR(min) 6 V (at 1 mA, 25 C), so the part is not in breakdown. There is leakage at 5.5 V and that leakage is not characterised by the datasheet, which guarantees leakage of 1 µA maximum only up to 5 V; it rises with temperature. The leakage is a shunt that is negligible against the 1.1 mA the 4.7 kΩ pull-ups supply (Semtech RClamp0524PA datasheet p.3).	Review
9.4.9	Ethernet clock Y1	25 MHz reference	Y1 (FY2500117, 25 MHz, 18 pF load, 15 ppm per its description) has C16 and C17, 33 pF each, and R13 1 MΩ across U9_60 XO and U9_61 XI. The load is (33 + 3)/2 = 18 pF with the 3 pF pin capacitance (SMSC LAN9512 datasheet p.243), before PCB stray capacitance, which raises the load above the crystal's 18 pF. The datasheet's ±50 ppm budget and 50 Ω maximum ESR apply.	Review
9.4.10	USB (U2 to U16, U16 to U9)	USB 2.0 High-Speed	USB_P, USB_N, USB_LAN_P and USB_LAN_N carry a 90 Ω class, as the CM4S datasheet requires (90 Ω, P/N matched better than 0.15 mm, Raspberry Pi CM4S datasheet p.4).	✓
9.4.11	USB (U2, U16, J7, U9)	USB 2.0 High-Speed	Polarity holds end to end: U2 USB_DP to U16_3 D+, U16_7 HSD1+ to J7 D+, U16_9 HSD2+ to U9_59 USBDP0; the negative legs match. The pairs are DC-coupled with no series parts, as USB 2.0 requires.	✓
9.4.12	USB mux U16	USB 2.0 High-Speed	FSUSB42 bandwidth is 720 MHz typical (550 MHz at 5 pF) and total jitter 200 ps typical at 480 Mbps. VCC from +3V3 (3.19–3.42 V) is within the 3.0–4.4 V recommended range (Fairchild FSUSB42 datasheet p.3, p.5).	✓
9.4.13	USB mux U16 control	USB 2.0 High-Speed	U16_10 O̅E̅ is on GND, so the switch is enabled and the pin does not float. U16_2 SEL is 0 V with Q6 on (VIL 0.5 V maximum) and 3.25 V or more through R31 47 kΩ with Q6 off (VIH 1.3 V minimum, 1 µA leakage). A J7 host selects HSD1, as the designer's note on sheet USB states (Fairchild FSUSB42 datasheet p.3, p.4).	✓
9.4.14	USB boot port J7	USB Type-C	R33 and R34, 5.1 kΩ each from CC1 and CC2 to GND, present Rd for a device-side port, per the USB Type-C specification.	✓
9.4.15	USB hub U9 bias	USB 2.0 High-Speed	U9_63 USBRBIAS has R17, 12 kΩ 1% to GND, which sets HS transmit current and on-chip termination as required (SMSC LAN9512 datasheet p.24).	✓
9.4.16	USB hub U9 upstream	USB 2.0 High-Speed	U9_11 VBUS_DET is pulled to 3V3_LAN1 by R16 825 Ω, the datasheet's connection for a self-powered hub permanently attached to a host (SMSC LAN9512 datasheet p.22).	✓
9.4.17	USB hub downstream (U9 to J8)	USB 2.0 High-Speed	USB_OTG_1_P/N and USB_OTG_2_P/N carry a 90 Ω class. Polarity holds: U9_2 USBDP2 to J8_3 D1+ and U9_4 USBDP3 to J8_7 D2+. The pairs are DC-coupled.	✓
9.4.18	HDMI TMDS (U2 to J6)	HDMI TMDS	All eight TMDS nets carry a 100 Ω class, as the CM4S datasheet requires (100 Ω, P/N matched better than 0.15 mm, pair-to-pair better than 25 mm, Raspberry Pi CM4S datasheet p.16). Polarity to J6 holds (D2+ J6_1, D1+ J6_4, D0+ J6_7, CK+ J6_10). The lanes are DC-coupled with no capacitors, as TMDS requires.	✓
9.4.19	HDMI TMDS ESD D12, D13	HDMI TMDS	RClamp0524PA in flow-through: 0.3 pF typical between I/O, 0.8 pF maximum to ground, insertion loss −0.126 dB at 2.5 GHz. The 5 V standoff is adequate for the 3.3 V TMDS lines (Semtech RClamp0524PA datasheet p.3, p.4).	✓
9.4.20	HDMI CEC	HDMI CEC	HDMI0_CEC runs directly from J6_13 to U2_171, whose internal 27 kΩ pull-up to +3.3V serves the line (Raspberry Pi CM4S datasheet, HDMI_CEC).	✓
9.4.21	Ethernet (U9 to J4)	IEEE 802.3u 100BASE-TX	Polarity holds: U9_55 TXP to J4_1 TD+, U9_56 TXN to J4_2 TD-, U9_52 RXP to J4_3 RD+, U9_53 RXN to J4_6 RD-. The pairs are transformer-coupled in the J4 magjack, with 49.9 Ω to VDD33A_LAN1 on each line (R55, R56, R57, R36).	✓
9.4.22	Ethernet U9 strap	IEEE 802.3u 100BASE-TX	U9_41 AUTOMDIX_EN is pulled up by R18 10 kΩ to 3V3_LAN1, the 'tied to VDD33IO' state: Auto-MDIX is enabled (SMSC LAN9512 datasheet p.22).	✓
9.4.23	Ethernet U9 bias	IEEE 802.3u 100BASE-TX	U9_50 EXRES has R19, 12.4 kΩ 1% to GND, as required (SMSC LAN9512 datasheet p.25).	✓
9.4.24	Ethernet U9 required pins	IEEE 802.3u 100BASE-TX	U9_34 TEST2 is on GND and U9_40 TEST3 is on 3V3_LAN1, as required. U9_44 CLK24_EN on GND disables CLK24_OUT, which is unused (SMSC LAN9512 datasheet p.23).	✓
9.4.25	USB-C power port J9	BC1.2 / Apple detection	USB_D+ and USB_D- reach only U19 D+ and D- for charger detection, so 90 Ω routing does not apply. The HUSB238 D+/D- absolute maximum is 12 V (Hynetek HUSB238 datasheet p.7, source: Tomachie).	✓

9.5 Citations

AI-Assisted —

References
FSUSB42 (Fairchild Semiconductor Corporation) — datasheet datasheet.lcsc.com/datasheet/pdf/0fbe41f97fbd44809eec0591...
LAN9512i (SMSC (Standard Microsystems Corporation)) — datasheet ogane.com/homebrew/rpi/1440/9512.pdf
RClamp0524PA (Semtech Corporation) — datasheet 4donline.ihs.com/images/VipMasterIC/IC/SEMT/SEMT-S-A00050...
CM4S (Raspberry Pi Ltd) — datasheet datasheets.raspberrypi.com/cm4s/cm4s-datasheet.pdf

10 Memory Interface Analysis

Found 2 complete memory interface(s)

10.1 U10 MICROWIRE

U10 (93LC66AT-I) - MICROWIRE
Signal	Pin Name	Pin #	Net Name	Test Point
DATA_IN	DI	3	EEDO_LAN1	-
DATA_OUT	DO	1	EEDI_LAN1	-
SELECT	CS	5	EECS_LAN1	-
DESIGN_WARNING: Test points needed on EECS_LAN1, EEDI_LAN1 and EEDO_LAN1 for direct on-board programming

10.2 J5 SDMMC Connector

J5 (microSD_MEM2052-00-195-00-A) - SDMMC Connector Interface [4-bit]
Signal	Pin Name	Pin #	Net Name	Test Point	Source IC
CARD_DETECT	CD	9		-	-
CLOCK	CLK	5	SD_CLK	-	U2_10
CMD	CMD	3	SD_CMD	-	U2_12
DATA_0	DAT0	7	SD_DAT0	-	U2_16
DATA_1	DAT1	8	SD_DAT1	-	U2_18
DATA_2	DAT2	1	SD_DAT2	-	U2_22
DATA_3	DAT3/CD	2	SD_DAT3	-	U2_24
Direct programming via test points is not needed since SD cards can be pre-programmed and inserted

10.3 AI-Assisted Analysis

10.3.1 Microwire Configuration EEPROM U10 (93LC66A) on the LAN9512 Hub

AI-Assisted — U10 is a Microchip 93LC66A 4 Kbit Microwire EEPROM, organised as a fixed 512 x 8 because the SOT-23-6 package has no ORG pin. It is the configuration store of the U9 LAN9512 USB hub and Ethernet controller on sheet ETHERNET_LAN1. The datasheets used are the Microchip datasheet at Datasheet and the SMSC LAN9512 datasheet at Datasheet.

The bus is point-to-point on four separate wires: EECS_LAN1, EECLK_LAN1, EEDO_LAN1 into U10 DI, and EEDI_LAN1 from U10 DO. Because DI and DO are not tied together, the bus-conflict resistor the 93LC66A datasheet asks for in that case is not needed.

U10_6 VCC shares 3V3_LAN1 with the U9 VDD33IO pins, so both ends of the bus switch on and off together through U8. The rail sits at about 3.17-3.42 V, which is +3V3 at 3.19-3.42 V less the U8 switch drop. That places U10 in its VCC at or above 2.7 V input-threshold row and in the 2.5-4.5 V timing rows.

U9 clocks EECLK at 0.89-0.90 MHz, and every U9 output window exceeds the corresponding U10 minimum by at least 450 ns. On reads, U10 DO is valid 250 ns at most after a rising edge, which leaves 860 ns before U9 samples on the next rising edge against its 90 ns setup.

R15 (10 kΩ from EECS_LAN1 to GND) holds CS low while U9 is in reset, keeping U10 deselected. On this package, erase and write are enabled and disabled only by the EWEN and EWDS instructions.

10.3.2 microSD Card Socket J5 on the CM4S SDIO Interface

AI-Assisted — J5 is a microSD socket on sheet USD_CARD, wired as a 4-bit SD bus to the SDX pins of the CM4S module socket U2. The memory itself is the removable card, and the SD host controller is on the plug-in CM4S module (Raspberry Pi CM4S datasheet).

The topology is point-to-point with no series termination. Each of the six lines has an ESD9B5.0ST5G bidirectional TVS to GND. The CM4S datasheet lists the SDX signals as available only on CM4Lite, which matches the designer's note "CM4Lite SDCARD I/F" on sheet USD_CARD. U2_2 EMMC_DISABLE_N is left to its internal pull-up, which selects normal boot from the SD card or eMMC.

Card power J5_4 is SD_PWR, the U13 output from the 3.3 V Net-(U13-VIN). SD_PWR carries C41 10 µF, D11 and TP21.

U13 EN and U2 SDX_VDD share the SD_VDD net, which the power review reports is fed only through R28 10 kΩ. For this interface the consequence is direct. SDX_VDD sets the SDIO signalling voltage (CM4S datasheet p.10), while the card is powered from SD_PWR. The I/O bank that the card's CLK, CMD and DAT lines meet therefore has no defined supply.

None of the six SD signal nets carries a pull-up on this board, and the J5_9 card-detect contact is not wired to U2. The 5.0 V TVS standoff is adequate for the 3.42 V maximum signalling level. The 15 pF typical TVS capacitance per line and the 12.5 V clamp level at 1 A both depend on host-side SDX figures.

10.4 Observations

AI-Assisted — The Microwire link between U9 and U10 carries no timing, level or sequencing risk. Its tightest margin is the 860 ns read window against a 90 ns setup, both ends share 3V3_LAN1, and the one level comparison not exactly covered by a datasheet row is bracketed by two rows that both clear the U9 Schmitt thresholds by at least 0.5 V.

The open items on the SD interface all sit on the host side of the module socket. The SDX_VDD feed, already reported in the power review, leaves the SDIO bank without a defined supply while the card is powered. The idle level of CMD and DAT0-DAT3, which have no board pull-ups, rests on the module. The TVS loading and clamp level must also be accepted by the SDX pins.

For test access, none of the four Microwire nets and none of the six SD signal nets carries a test point. U10 can therefore be read or written only through U9, and the SD bus only through the card or the module.

10.5 Findings

AI-Assisted —

#	Memory	Interface	Finding	Severity
10.5.1	U10 (93LC66A)	Microwire levels U10 to U9	U10_1 DO is specified at two supplies. At VCC 4.5 V it gives VOH 2.4 V minimum at -400 µA and VOL 0.4 V at 2.1 mA; at VCC 2.5 V it gives VOH VCC - 0.2 V = 2.3 V at -100 µA and VOL 0.2 V at 100 µA. U10 runs at about 3.2-3.4 V, between the two stated conditions. Loaded by about 60 µA (the 50 µA EEDI pull-down plus 10 µA leakage), both rows clear the U9 EEDI thresholds (VIHT 1.8 V maximum, VILT 1.01 V minimum) by at least 0.5 V (Microchip 93LC66A datasheet p.3; SMSC LAN9512 datasheet p.238).	Review
10.5.2	U10 (93LC66A)	Microwire test access	None of EECS_LAN1, EECLK_LAN1, EEDO_LAN1 or EEDI_LAN1 carries a test point, and U10's only signal connections are to U9. Its contents can therefore be read or written only through U9. Add test points on the four nets if the EEPROM is to be programmed or read at board test.	Review
10.5.3	J5 (microSD)	SD host I/O supply	As the power review reports, U2_6 SDX_VDD is fed only through R28 10 kΩ. SDX_VDD sets the SDIO signalling voltage (Raspberry Pi CM4S datasheet p.10). With the card powered from SD_PWR, the SDX_CLK, SDX_CMD and SDX_D0-SDX_D3 bank therefore has no defined supply when the card drives its lines.	Review
10.5.4	J5 (microSD)	SD bus pull-ups	SD_CMD and SD_DAT0-SD_DAT3 have no pull-up resistor on this board, so their idle level during card initialisation depends entirely on the CM4S module. Check that the module defines these levels; if it does not, fit pull-ups from each line to SD_PWR.	Review
10.5.5	J5 (microSD)	SD card detect	The J5_9 card-detect contact is not wired to U2, so card insertion and removal are not signalled in hardware; this is a permitted choice. U2 GPIO32, whose ALT4 function is SD_CARD_PRES, could provide a card-present input if detection is wanted (Raspberry Pi CM4S datasheet).	Review
10.5.6	J5 (microSD)	SD clock termination	SD_CLK runs from U2_10 directly to J5_5 with no series resistor, and the CM4S datasheet states no termination requirement for SDX_CLK. Whether a source-series resistor is needed depends on the routed length at layout.	Review
10.5.7	J5 (microSD)	SD ESD loading	Each SD line carries 15 pF typical (0 V, 1 MHz) from its ESD9B5.0ST5G (onsemi ESD9B5.0S datasheet p.2, source: Tomachie). Check that the U2 SDX host's maximum bus capacitance at the SD clock rate in use accommodates it. The maximum SDX bus load value was not available at report generation time.	Review
10.5.8	J5 (microSD)	SD ESD clamp	D9, D10, D32, D33, D34 and D35 clamp at 12.5 V maximum at 1 A and 15.0 V at 2 A (8/20 µs, 25 °C) (onsemi ESD9B5.0S datasheet p.2, source: Tomachie). Check that the U2 SDX pins are rated for this waveform.	Review
10.5.9	U10 (93LC66A)	Microwire to U9	Point-to-point wiring on separate nets: U9_24 EECS to U10_5 CS, U9_23 EECLK to U10_4 SCLK, U9_25 EEDO to U10_3 DI, and U10_1 DO to U9_26 EEDI. DI and DO are not tied, so the DI-DO bus-conflict resistor is not required (Microchip 93LC66A datasheet p.6; SMSC LAN9512 datasheet p.21).	✓
10.5.10	U10 (93LC66A)	Microwire supply	U10_6 VCC is on 3V3_LAN1 at 3.17-3.42 V, inside the 2.5-5.5 V VCC range. It shares the rail with U9 VDD33IO (3.0-3.6 V), so both bus ends power up and down together through U8 (Microchip 93LC66A datasheet p.1; SMSC LAN9512 datasheet p.235).	✓
10.5.11	U10 (93LC66A)	Microwire supply	3V3_LAN1 carries six 100 nF capacitors (C13, C19, C22, C25, C28, C35), one more than the five U9 VDD33IO pins, so U10 shares that local decoupling.	✓
10.5.12	U10 (93LC66A)	Microwire clock	EECLK period is 1110-1130 ns (0.89-0.90 MHz) against the 2 MHz maximum. High and low times are 550 ns minimum against the 250 ns and 200 ns minimums (SMSC LAN9512 datasheet p.241; Microchip 93LC66A datasheet p.4, 2.5 V ≤ VCC < 5.5 V).	✓
10.5.13	U10 (93LC66A)	Microwire chip select	EECS is high 1070 ns minimum before EECLK rises, against TCSS 100 ns (2.5 V ≤ VCC < 4.5 V). EECS low time is 1070 ns minimum against TCSL 250 ns (SMSC LAN9512 datasheet p.241; Microchip 93LC66A datasheet p.4).	✓
10.5.14	U10 (93LC66A)	Microwire write data	EEDO is valid 550 ns before and held 550 ns after the EECLK rising edge, against the U10 DI setup TDIS 100 ns and hold TDIH 100 ns minimums (SMSC LAN9512 datasheet p.241; Microchip 93LC66A datasheet p.4).	✓
10.5.15	U10 (93LC66A)	Microwire read data	U10 DO is valid 250 ns maximum after a rising edge (TPD, 2.5 V ≤ VCC < 4.5 V, CL = 100 pF). This leaves 860 ns before U9 samples EEDI on the next rising edge, against its 90 ns setup and 0 ns hold (Microchip 93LC66A datasheet p.4; SMSC LAN9512 datasheet p.241).	✓
10.5.16	U10 (93LC66A)	Microwire levels U9 to U10	U9 O8 outputs give VOH ≥ VDD33IO - 0.4 V = 2.77 V and VOL ≤ 0.4 V at 8 mA. These meet the U10 VIH of 2.0 V minimum and VIL of 0.8 V maximum (VCC ≥ 2.7 V), and both parts share 3V3_LAN1, so the VCC + 1 V input maximum is not approached (SMSC LAN9512 datasheet p.238; Microchip 93LC66A datasheet p.3).	✓
10.5.17	U10 (93LC66A)	Microwire chip select idle	R15 10 kΩ, from EECS_LAN1 to GND, holds U10_5 CS low while U9 is in reset. The datasheet states this deselects the device and holds its control logic in reset. The 0.33 mA it draws when EECS is high is well inside the 8 mA O8 drive (Microchip 93LC66A datasheet; SMSC LAN9512 datasheet p.242).	✓
10.5.18	U10 (93LC66A)	Microwire data out idle	U10_1 DO is high-Z outside reads, and the internal 50 µA pull-down on U9_26 EEDI defines the level on EEDI_LAN1 (Microchip 93LC66A datasheet; SMSC LAN9512 datasheet pp.21, 31).	✓
10.5.19	U10 (93LC66A)	Microwire environment	The 93LC66AT-I industrial grade (-40 °C to +85 °C) matches the U9 LAN9512i industrial range (-40 °C to +85 °C) (Microchip 93LC66A datasheet p.1; SMSC LAN9512 datasheet p.235).	✓
10.5.20	J5 (microSD)	SD 4-bit to U2	The 4-bit SD bus is wired one to one: U2_10 SDX_CLK to J5_5 CLK, U2_12 SDX_CMD to J5_3 CMD, and U2_16, U2_18, U2_22, U2_24 (SDX_D0-SDX_D3) to J5_7 DAT0, J5_8 DAT1, J5_1 DAT2 and J5_2 DAT3/CD (Raspberry Pi CM4S datasheet).	✓
10.5.21	J5 (microSD)	SD card power	J5_4 VDD is on SD_PWR, the U13 output from the 3.3 V Net-(U13-VIN). J5_6 VSS and the shell contacts J5_S1-J5_S4 are on GND.	✓
10.5.22	J5 (microSD)	SD ESD standoff	D9, D10, D32, D33, D34 and D35 (ESD9B5.0ST5G) have a 5.0 V standoff, which is adequate for the 3.42 V maximum of the 3.3 V SD signalling. They are rated for ±18 kV IEC 61000-4-2 contact discharge (onsemi ESD9B5.0S datasheet pp.1-2, source: Tomachie).	✓
10.5.23	J5 (microSD)	SD host variant	The SDX signals are available only on CM4Lite (Raspberry Pi CM4S datasheet). The interface matches the designer's note "CM4Lite SDCARD I/F" on sheet USD_CARD.	✓
10.5.24	J5 (microSD)	SD boot source	U2_2 EMMC_DISABLE_N has no strap and is shared only with the Q1 drain, so its internal 10 kΩ pull-up selects 'boot from SD card or eMMC (normal boot)' (Raspberry Pi CM4S datasheet p.13).	✓

10.6 Citations

AI-Assisted —

References
93LC66A (Microchip Technology Inc.) — datasheet ww1.microchip.com/downloads/en/DeviceDoc/21795E.pdf
CL10B105KP8NNNC (Samsung Electro-Mechanics) — datasheet datasheet.octopart.com/CL10B105KP8NNNC-Samsung-datasheet-...
LAN9512i (SMSC (Standard Microsystems Corporation)) — datasheet ogane.com/homebrew/rpi/1440/9512.pdf
PTVS5V0S1UR (Nexperia) — datasheet assets.nexperia.com/documents/data-sheet/PTVSXS1UR_SER.pdf
CM4S (Raspberry Pi Ltd) — datasheet datasheets.raspberrypi.com/cm4s/cm4s-datasheet.pdf
VPDD202W102K1GV001E (Johanson Dielectrics) — datasheet www.johansondielectrics.com/docs/4901/johanson_high_volta...

11 Functional Analysis

9 device(s) to review across 5 category(ies)

Device Inventory
RefDes	Category	Part Number	Description	Interfaces	HSSI
Y1	CRYSTAL	FY2500117	25 MHz, 18pF, shunt 5pF, 15ppm, Three pin crystal, GND on pin 2	-	-
U16	DEVICE	FSUSB42MUX	Low-Power, Two-Port, High-Speed, USB2.0 (480Mbps) or UART Switch, MSOP-10	-	-
U2	DEVICE	RPi-CM4S_RA	BCM2711B Broadcom 1.5 GHZ quad core, 1/2/4/8 GB RAM 0/8/16/32 GB eMMC, industrial SoM computer	I2C, SDMMC [SD]	-
U9	DEVICE	LAN9512I-JZX	Two USB 2.0 hub with an integrated 10/100 Ethernet controller (-40°C to +85°C), QFN-64	-	-
D3	DIODE	SML-M13UTT86	LED red 0805	-	-
D6	DIODE	SML-LXFM0603SIC-TR	LED red 0603	-	-
K1	RELAY	IM03GR	IM Relay, monostable, switching current 2A, 5V, Rcoil 178R, gull wing	-	-
Q1	Trans.	2N7002W	N-MOSFET 60V, 0,31A, Vgsth = 2.1Vtyp, SC-70	-	-
Q7	Trans.	AONR21307	P-Channel 30V, Id 24A, Vgstyp = 1.8V, DFN-8 3x3 mm	-	-

11.1 Reset-Time Strap Configuration

Each device below takes part of its start-up configuration from resistors the board fits on pins it samples at reset. Every setting is resolved against that device's own datasheet tables - the combination this board selects, and whether the datasheet marks that combination reserved or invalid.

RefDes	Configuration	This Board Selects	Read From	Status
U9	LAN9512I-JZX	No reset-time straps: The provided pages describe dedicated configuration inputs like AUTOMDIX_EN and factory TEST1-4 pins with fixed static connections, but do not describe any pin sampled once at reset for boot-mode/address/strap selection that then reverts to a different functional role, nor any multi-level resistor-divider strap table.		✓

RefDes	Pin	Read From	Sets
U2	EMMC_DISABLE_N (U2_2)	open (no strap resistor fitted)	boot source = boot from SD card or eMMC (normal boot)
U2	USB_OTGID (U2_168)	down (R51 to GND)	USB host/device role = CM4S becomes a USB host
U2	EEPROM_nWP (U2_38)	open (on no net - unconnected)	on-board EEPROM write protection = EEPROM writable

11.2 Functional Analysis

11.2.1 Ethernet Crystal Y1

AI-Assisted — Y1 (FY2500117, 25 MHz AT-cut fundamental) sits across U9_61 XI and U9_60 XO. C16 and C17, 33 pF each, go from those pins to GND, R13 1 MΩ is across the crystal, and the Y1 case pins 2 and 4 are on GND. Load-capacitance matching is covered in the signal-integrity review and is not repeated here.

The remaining figures are compared with the LAN9512 crystal requirements (SMSC LAN9512 datasheet p.243, Datasheet). Y1's 50 Ω maximum ESR equals the 50 Ω limit. Its 300 µW maximum drive level meets the 300 µW minimum the LAN9512 asks of the crystal. Its 5 pF maximum shunt capacitance is below the 7 pF typical figure.

The frequency budget is 20 ppm calibration, plus 20 ppm stability, plus 5 ppm first-year aging, giving 45 ppm (FY2500117 datasheet p.3, source: Tomachie). This is inside the ±50 ppm IEEE 802.3u transmit budget and matches the approximately ±45 ppm combination the LAN9512 note asks for. The schematic description states 15 ppm, which does not match the 20 ppm calibration and stability figures of the fitted part number. The -40 to +85 °C operating range equals the LAN9512i industrial crystal range.

11.2.2 USB Switch U16

AI-Assisted — U16 (FSUSB42) is supplied from +3V3 at 3.19 to 3.42 V, inside its 3.0 to 4.4 V recommended range, with C45 1 µF at U16_1. U16_3 and U16_4 carry the CM4S USB pair. HSD1 goes to the J7 boot port and HSD2 goes to the U9 hub upstream port.

The SEL and O̅E̅ levels are settled in the signal-integrity review. The behaviour they give matches the designer's note on sheet USB: with USB_BOOT_VBUS present, Q6 pulls U16_2 SEL low and the CM4S reaches J7; otherwise R31 holds SEL high and the CM4S reaches the LAN9512.

J7 can be powered by an external host while +3V3 is off. The FSUSB42 power-off leakage is ±2 µA maximum on all I/O ports at VCC 0 V with VSW 0 to 4.3 V (Fairchild FSUSB42 datasheet p.4, Datasheet). An attached host therefore does not back-power the switch. The -0.5 to 4.5 V switch I/O range covers USB 2.0 signalling.

Q6 only pulls SEL toward GND, and R31 returns SEL to +3V3 itself. SEL therefore never exceeds the VCC-referenced control-input absolute maximum, including while +3V3 is off.

11.2.3 Compute Module U2: Straps, Unused Pins and Firmware Dependencies

AI-Assisted — U2_38 E̅E̅P̅R̅O̅M̅_W̅P̅ is unconnected. The module's internal 100 kΩ pull-up to GPIO28-45_VDD therefore leaves the bootcode EEPROM writable permanently. The CM4S datasheet recommends grounding this pin in final products (Raspberry Pi CM4S datasheet).

The recommended remedy is to route U2_38 to a spare U2 GPIO in the 28-45 bank, such as the GPIO44 (TP17) or GPIO45 (TP18) net, with a 10 kΩ pull-down. That pull-down gives 3.42 V × 10/110 = 0.31 V, below the 0.8 V VIL. The EEPROM is then protected by default, and firmware raises the GPIO only for an update.

U2_189 and U2_190 VDAC sit on the 3.3 V supply through R9, which the datasheet permits when TVDAC is unused; U2_166 TVDAC is open. U2_179 VDD_CORE, the VideoCore JTAG pins, the DSI and CAM pins, and the NC pins are all left unconnected, which is permitted. Pins 183 to 186 may be unconnected or tied to 1.8 V.

In the U2 symbol, U2_5 GPIO1 and U2_6 SDX_VDD are typed as power outputs. The datasheet defines GPIO1 as a GPIO and SDX_VDD as a power input, and this typing hides the unsourced SDX_VDD from electrical rule checking.

GPIO0 and GPIO1 carry the U19 I2C bus through R52 and R53, with R43 and R44 3.3 kΩ pull-ups to +3V3. The datasheet reserves these pins for HAT ID. It asks for force_eeprom_read=0 in config.txt when they are not used for that purpose. The USB interface the hub and boot port depend on is disabled by default and needs otg_mode=1 in config.txt.

On the I2C bus, the CM4S VOL of 0.4 V maximum equals the HUSB238 VIL of 0.4 V maximum. The CM4S figure carries no stated test current, and the pull-ups ask the pin to sink up to 1.04 mA.

11.2.4 Reset Network on RUN and Indicator D3

AI-Assisted — RUN (U2_177) has three connections. R4 100 kΩ pulls it up to +3V3. S1 shorts it to GND as the reset button, a use the datasheet allows. D2 (ESD9B3.3ST5G) clamps it to GND.

D2 is operated above a datasheet rating. VRWM for this part is 3.3 V, below the 3.42 V maximum on the rail. However, 3.42 V is still below the breakdown, V_BR(min) 5.0 V (at 1.0 mA, 25 °C), so the part is not in breakdown. There is leakage at 3.42 V and that leakage is not characterised by the datasheet, which guarantees leakage of 100 nA maximum only up to 3.3 V; it rises with temperature (onsemi ESD9B datasheet p.2, source: Tomachie). The leakage is a shunt in parallel with the module's internal 10 kΩ pull-up and R4. Even at microamps it moves the RUN high level by millivolts, so this is a spec-margin note. The ESD9B5.0ST5G already on the board restores the leakage guarantee, at a 12.5 V rather than 10.5 V clamp at 1 A.

Q3 (BSS84AK) has its source on +3V3 and its gate on RUN. It lights D3 (red) through R7 1 kΩ while RUN is low. This gives a gate drive of -3.3 V against a VGS(th) of -1.1 to -2.1 V (NXP BSS84AK datasheet p.6, Datasheet). With RUN high, VGS is 0 V and D3 is off.

The D3 current is at most (3.42 - 1.6)/1 kΩ = 1.8 mA, using the 1.6 V minimum forward voltage. This is against a 30 mA continuous rating, and D3 sees no reverse voltage (ROHM SML-M13UTT86 datasheet p.3, source: Tomachie).

11.2.5 Boot-Mode Stage Q1 and Q2 with ACT LED D1

AI-Assisted — Q1 and Q2 (2N7002W) are in series from EMMC_DISABLE_N to GND, forming an AND. EMMC_DISABLE_N is pulled low, forcing USB boot, only when both of these hold: J1 bridges pins 1-2 (the designer's "Boot position") with USB_BOOT_VBUS present, and the module holds EMMC_EN_N_1V8 high, meaning it is not accessing the SD card or eMMC. D1 with R2 1 kΩ from +3V3 lights whenever Q2 conducts.

Q1 is correctly applied. Its gate sees at most 5.5 V from USB_BOOT_VBUS, against the 20 V VGS rating derated 25% (mosfet_vgs_pct = 75) to 15 V. J1 pins 2-3 ground the gate, and R1 47 kΩ holds it low with no jumper fitted. Its open drain meets the CM4S requirement that EMMC_DISABLE_N be driven open-collector.

Q2 is the problem. Its gate is held only by the module's internal 2.2 kΩ pull-up to 1.8 V. The 2N7002W VGS(th) is 1.0 V minimum to 2.0 V maximum at 250 µA (onsemi 2N7002W datasheet p.2, Datasheet). At the 2.0 V end of that band, a 1.8 V gate does not reach even 250 µA. Q2 is therefore not assured to sink the D1 current of up to 1.8 mA, nor the 0.34 mA from the EMMC_DISABLE_N internal 10 kΩ pull-up. Both the ACT LED and the forced USB boot depend on it.

The fix is a part change with the topology kept: an N-MOSFET whose maximum VGS(th) is well below 1.8 V and whose RDS(on) is specified at VGS 1.8 V. D1 itself carries at most 1.8 mA against its 30 mA rating.

11.2.6 USB Hub and Ethernet Controller U9 with FDX LED D6

AI-Assisted — The U9 pins without an active function are handled as the LAN9512 datasheet requires (SMSC LAN9512 datasheet pp.21-25). U9_12 R̅E̅S̅E̅T̅ is tied high through R12 10 kΩ to 3V3_LAN1, as permitted when unused, and the internal 22 ms power-on reset applies. U9_28 T̅R̅S̅T̅, U9_29 TMS, U9_30 TDI and U9_32 TCK are tied to 3V3_LAN1, and U9_31 TDO is open. U9_13 TEST1 and U9_47 TEST4 are open, as are the six NC pins. GPIO3 to GPIO7 are open, held by their internal pull-ups.

nFDX_LAN1 sinks D6 (red) from VDD33A_LAN1 through R23 330 Ω. The current is (3.42 - 2.0)/330 = 4.3 mA at the 2.0 V typical forward voltage, inside the 8 mA IOL at which VOL is 0.4 V. The J4 link and speed LEDs use R21 and R22 330 Ω, with a V/R ceiling of 10.4 mA before their forward drop.

PRTCTL2_OTG_1 and PRTCTL3_OTG_2 drive U11_4 and U12_4 EN with no external pull-up. Port power is enabled only by the U9 internal 50 µA pull-up, and the LAN9512 datasheet p.242 states an external resistor must be added for a load that must be pulled high.

LAN1_EN connects U2_30 GPIO29 to U8_4 EN with no resistor. The CM4S datasheet states no default pull for GPIO29, so U8 EN floats until firmware configures the pin. The RT9742 EN pin must not float (Richtek RT9742 datasheet, source: Tomachie).

11.2.7 Relay K1 and Driver Q5

AI-Assisted — K1 (IM03GR, 5 VDC coil, 178 Ω) has its coil between +5V and Net-(D4-A), which Q5 (2N7002W) switches to GND. D4 provides the flyback path; it is passed in the power review.

The coil current is at most 5.5 V / 160 Ω = 34.4 mA, using the -10% coil resistance. At the 4.75 V minimum of +5V, the coil sees about 4.5 V after the drop across Q5, above the 3.75 V operate voltage (TE IM03 datasheet p.3, Datasheet). At 5.5 V the coil dissipates 170 mW against the 140 mW rated coil power. That gives a 26 K rise at 150 K/W, putting the coil at about 66 °C from a 40 °C ambient.

RELAY1 is driven by U2_28 GPIO28, whose default pull the CM4S datasheet does not state. R11 100 kΩ to GND therefore keeps the relay released through reset. The minimum GPIO high level, 3.19 - 0.4 = 2.79 V, exceeds the 2.0 V maximum VGS(th) of Q5.

Q5 carries 34.4 mA against 106 mA continuous at 40 °C, derated 30% (mosfet_id_pct = 70) to 74 mA. Its off-state VDS is under 7 V against 60 V derated 25% (mosfet_vds_pct = 75) to 45 V (onsemi 2N7002W datasheet p.1).

The second pole, K1 pins 2 to 4, is unused and left open. Pins 5 to 7 reach J3 with each contact doubled across two J3 pins. Release time with the parallel diode is 5 ms maximum.

11.2.8 USB-PD Load Switch Q7

AI-Assisted — Q7 (AONR21307, P-channel) has its source on the fused VBUS, Net-(Q7-S1), and its drain on +5V through R45. Its body diode therefore blocks input-to-load current when the gate is off.

The HUSB238 variant fitted turns GATE on at power-on reset (Hynetek HUSB238 datasheet p.15, source: Tomachie). With VSET strapped to 5 V, that delivers only the 5 V default.

At the 4.75 V minimum VBUS, the gate divider gives VGS = 4.75 × 51/(51 + 5.1 + 0.3) = 4.30 V, using the 300 Ω typical GATE pull-low impedance. Figure 5 (p.3) gives about 15.9 mV/A, i.e. 15.9 mΩ, typical at 4.3 V and 25 °C. Scaled by the 18.5/14.7 maximum-to-typical ratio and by 1.13 for 60 °C from Figure 4 (p.3), that is about 22.6 mΩ maximum. At the 3.25 A contract current this gives 3.25² × 0.0226 = 0.24 W. With the 55 °C/W steady-state θJA, the junction reaches 40 + 0.24 × 55 = 53 °C, well below the 110 °C junction limit (AOS AONR21307 datasheet pp.1-3, Datasheet).

The drain current of 3.25 A compares with 17 A at 25 °C and 14 A at 70 °C. Derated 30% (mosfet_id_pct = 70), those ratings permit 11.9 A and 9.8 A. The DC curve of Figure 9 (p.4) allows about 20.5 A at 5.5 V VDS.

11.2.9 USB-C Power Port Data Lines (J9, U19)

AI-Assisted — On J9, USB_D+ (J9_A6, J9_B6) and USB_D- (J9_A7, J9_B7) reach only U19 pins D+ and D-. U19 uses these pins for Apple Divider 3 and BC1.2 charger detection (Hynetek HUSB238 datasheet p.1, source: Tomachie). No 480 Mbps traffic crosses J9, so 90 Ω routing does not apply to these nets. The HUSB238 D+/D- absolute maximum is 12 V, above any level the port can present. D19 and D20 add 15 pF each, which is harmless at detection rates. U19 supplies the CC pull-downs internally; its configuration is covered in the power review.

11.3 Findings

AI-Assisted —

#	Device	Finding	Severity
11.3.1	Q2 (2N7002W)	The Q2 gate sees only 1.8 V, from the module's internal 2.2 kΩ pull-up on EMMC_EN_N_1V8, against VGS(th) of 1.0-2.0 V at 250 µA. At the 2.0 V maximum, Q2 does not reach the threshold current. Neither the D1 ACT LED current (up to 1.8 mA) nor the 0.34 mA EMMC_DISABLE_N pull-down for forced USB boot is assured. Fit an N-MOSFET with VGS(th) maximum well below 1.8 V and RDS(on) specified at VGS 1.8 V, keeping the topology (onsemi 2N7002W datasheet p.2).	Medium
11.3.2	U2 (CM4S)	U2_38 E̅E̅P̅R̅O̅M̅_W̅P̅ is unconnected, so the internal 100 kΩ pull-up leaves the bootcode EEPROM permanently writable; the datasheet recommends grounding it in final products. Route U2_38 to a spare U2 GPIO (e.g. GPIO44/TP17 or GPIO45/TP18) with a 10 kΩ pull-down: 3.42 V × 10/110 = 0.31 V, below the 0.8 V VIL. The EEPROM is then protected by default, and firmware raises the GPIO only for an update (Raspberry Pi CM4S datasheet p.14).	Low
11.3.3	U9 (LAN9512), U11, U12	PRTCTL2_OTG_1 and PRTCTL3_OTG_2 drive U11_4 and U12_4 EN using only the U9 internal 50 µA pull-up. The LAN9512 datasheet p.242 states an external resistor must be added for a load that must be pulled high. Add a 10 kΩ pull-up from each net to 3V3_LAN1; PRTCTL sinks 0.34 mA when disabling port power.	Low
11.3.4	U8 (RT9742), U2 (CM4S)	LAN1_EN connects U2_30 GPIO29, which has no default pull stated (CM4S datasheet p.5), to U8_4 EN, which must not float (Richtek RT9742 datasheet, source: Tomachie). U8 EN is therefore undefined until firmware configures GPIO29. Add a 100 kΩ pull-down from LAN1_EN to GND so U9 stays unpowered until firmware enables it.	Low
11.3.5	Y1 (FY2500117)	The schematic description states 15 ppm, but the FY2500117 datasheet gives 20 ppm calibration and 20 ppm stability. Correct the description to match the fitted part.	Review
11.3.6	U2 (CM4S)	The U2 symbol types U2_5 GPIO1 and U2_6 SDX_VDD as power outputs. The datasheet defines GPIO1 as a GPIO and SDX_VDD as a power input. Correct the pin types so electrical rule checking reports an unsourced SDX_VDD.	Review
11.3.7	U2 (CM4S)	GPIO0 and GPIO1 carry the U19 I2C bus, not a HAT ID EEPROM. The datasheet asks for force_eeprom_read=0 in config.txt in that case (CM4S datasheet, GPIO0/GPIO1).	Review
11.3.8	U2 (CM4S)	The USB interface feeding U16, the J7 boot port and the U9 hub is disabled by firmware by default. It needs otg_mode=1 in config.txt (CM4S datasheet, USB_DP).	Review
11.3.9	U2 (CM4S), U19	The CM4S VOL of 0.4 V maximum equals the HUSB238 VIL of 0.4 V maximum, leaving no margin. The CM4S VOL carries no stated test current, while R43/R44 3.3 kΩ require up to 1.04 mA. Check that the CM4S VOL at 1.04 mA stays at or below 0.4 V.	Review
11.3.10	D2 (ESD9B3.3ST5G)	Operated above a datasheet rating. VRWM for this part is 3.3 V, below the 3.42 V maximum on RUN. However, 3.42 V is still below the breakdown, V_BR(min) 5.0 V (at 1.0 mA, 25 °C), so the part is not in breakdown. There is leakage at 3.42 V and that leakage is not characterised by the datasheet, which guarantees leakage of 100 nA maximum only up to 3.3 V; it rises with temperature. The leakage is a small shunt beside the RUN pull-ups. The ESD9B5.0ST5G restores the guarantee, at a 12.5 V rather than 10.5 V clamp at 1 A (onsemi ESD9B datasheet p.2, source: Tomachie).	Review
11.3.11	U9 (LAN9512), J4	nLNKA_LAN1 and nSPD_LAN1 sink the J4 LEDs through R21 and R22 330 Ω, with a V/R ceiling of 10.4 mA. Check that the J4 LED forward voltage keeps each current within the U9 pin's 8 mA IOL. The J4 LED forward voltage was not available at report generation time.	Review
11.3.12	K1 (IM03GR)	Coil dissipation is 5.5²/178 = 170 mW, giving a 26 K rise at 150 K/W and about 66 °C coil temperature from a 40 °C ambient (TE IM03 datasheet pp.3-4).	Review
11.3.13	Y1 (FY2500117)	ESR is 50 Ω maximum, equal to the LAN9512 50 Ω limit (FY2500117 datasheet p.3, source: Tomachie; SMSC LAN9512 datasheet p.243).	✓
11.3.14	Y1 (FY2500117)	The 300 µW maximum drive level meets the 300 µW minimum the LAN9512 asks of the crystal. The 5 pF maximum shunt capacitance is below the 7 pF typical figure (LAN9512 datasheet p.243).	✓
11.3.15	Y1 (FY2500117)	Frequency budget is 20 ppm calibration + 20 ppm stability + 5 ppm aging = 45 ppm. This is inside the ±50 ppm IEEE 802.3u budget and matches the approximately ±45 ppm combination in LAN9512 Note 5.13 (p.243).	✓
11.3.16	Y1 (FY2500117)	The -40 to +85 °C operating range matches the LAN9512i industrial crystal range (LAN9512 datasheet p.243).	✓
11.3.17	U16 (FSUSB42)	VCC from +3V3 at 3.19-3.42 V is inside the 3.0-4.4 V recommended range, with C45 1 µF local bypass at U16_1 (Fairchild FSUSB42 datasheet p.3).	✓
11.3.18	U16 (FSUSB42)	Power-off leakage is ±2 µA maximum at VCC 0 V with VSW 0-4.3 V, so a host on J7 does not back-power U16 while +3V3 is off. The switch I/O range of -0.5 to 4.5 V covers USB 2.0 signalling (FSUSB42 datasheet pp.3-4).	✓
11.3.19	U16 (FSUSB42)	Q6 only pulls U16_2 SEL toward GND, and R31 returns it to +3V3. SEL never exceeds the VCC-referenced control-input absolute maximum, including with +3V3 off (FSUSB42 datasheet p.3).	✓
11.3.20	U2 (CM4S)	U2_189 and U2_190 VDAC are on the 3.3 V supply through R9, with U2_166 TVDAC unused; the datasheet permits 3.3 V on VDAC when TV-out is unused (CM4S datasheet, VDAC pin description).	✓
11.3.21	U2 (CM4S)	U2_179 VDD_CORE, the VideoCore JTAG pins, the DSI and CAM pins, and NC pins 124-162 and 183-186 are left unconnected. All are permitted states; pins 183-186 may be unconnected or tied to 1.8 V (CM4S datasheet pin table).	✓
11.3.22	U2 (CM4S), U19	HUSB238 SDA VOL of 0.4 V at 2 mA is below the CM4S 0.8 V VIL. CM4S VOH of at least 2.79 V exceeds the HUSB238 1.4 V VIH. 3.42 V is below the 6 V SDA/SCL absolute maximum (CM4S datasheet p.12; Hynetek HUSB238 datasheet pp.5, 7, source: Tomachie).	✓
11.3.23	U2 (CM4S), S1, R4	RUN is held high by R4 100 kΩ to +3V3 and the internal 10 kΩ pull-up. S1 drives it low to reset the module, which the datasheet permits (CM4S datasheet, RUN).	✓
11.3.24	Q3 (BSS84AK)	With RUN low the gate drive is -3.3 V, beyond the -1.1 to -2.1 V VGS(th) band. With RUN high VGS is 0 V and D3 is off (NXP BSS84AK datasheet p.6).	✓
11.3.25	D1, D3 (SML-M13UTT86)	Forward current is at most (3.42 - 1.6)/1 kΩ = 1.8 mA against the 30 mA continuous rating, with no reverse stress in either state (ROHM SML-M13UTT86 datasheet p.3, source: Tomachie).	✓
11.3.26	Q1 (2N7002W)	Gate is driven from USB_BOOT_VBUS through J1 pins 1-2, at most 5.5 V against 20 V derated 25% (mosfet_vgs_pct = 75) to 15 V. J1 pins 2-3 or R1 47 kΩ hold it off. The open drain meets the open-collector requirement on EMMC_DISABLE_N (onsemi 2N7002W datasheet pp.1-2; CM4S datasheet).	✓
11.3.27	Q1, Q2 (2N7002W)	Q1 and Q2 in series form an AND: EMMC_DISABLE_N is forced low only with J1 in the boot position, VBUS present and EMMC_EN_N_1V8 high. This matches the CM4S typical FET connection; the topology is correct as drawn.	✓
11.3.28	U9 (LAN9512)	U9_12 R̅E̅S̅E̅T̅ is tied high through R12 10 kΩ to 3V3_LAN1, as the datasheet requires when unused (SMSC LAN9512 datasheet pp.21, 240).	✓
11.3.29	U9 (LAN9512)	U9_28 T̅R̅S̅T̅ is tied to 3V3_LAN1, as required when unused. U9_29 TMS, U9_30 TDI and U9_32 TCK, which have no internal pull, are tied to 3V3_LAN1. U9_31 TDO is open (LAN9512 datasheet p.21).	✓
11.3.30	U9 (LAN9512)	U9_13 TEST1, U9_47 TEST4 and NC pins U9_6-U9_9, U9_17 and U9_18 are left unconnected, as required (LAN9512 datasheet pp.23, 25).	✓
11.3.31	U9 (LAN9512)	U9_35-U9_37, U9_42 and U9_43 (GPIO3-GPIO7) are open and held by their internal 50 µA pull-ups (LAN9512 datasheet pp.22, 31).	✓
11.3.32	U9 (LAN9512), D6	nFDX_LAN1 sinks D6 through R23 330 Ω from VDD33A_LAN1: (3.42 - 2.0)/330 = 4.3 mA, inside the 8 mA IOL at which VOL is 0.4 V. D6 lights for full duplex (LAN9512 datasheet pp.21, 238; Lumex SML-LXFM0603SIC datasheet p.1, Datasheet).	✓
11.3.33	K1 (IM03GR)	At the 4.75 V minimum of +5V, the coil sees about 4.5 V after Q5, above the 3.75 V operate voltage. The 5 VDC coil (178 Ω) suits the +5V rail (TE IM03 datasheet p.3).	✓
11.3.34	Q5 (2N7002W), R11	GPIO28 has no default pull stated, so R11 100 kΩ to GND holds the Q5 gate low and K1 released through reset. The minimum GPIO high level of 2.79 V exceeds the 2.0 V maximum VGS(th) (CM4S datasheet p.5; onsemi 2N7002W datasheet p.2).	✓
11.3.35	Q5 (2N7002W)	The coil current of at most 34.4 mA is inside 106 mA continuous at 40 °C, derated 30% (mosfet_id_pct = 70) to 74 mA. Off-state VDS of under 7 V is inside 60 V derated 25% (mosfet_vds_pct = 75) to 45 V (onsemi 2N7002W datasheet p.1).	✓
11.3.36	K1 (IM03GR)	The second pole (K1 pins 2-4) is unused and left open. The switched pole reaches J3 on doubled contacts for RELAY1_COM, RELAY1_NO and RELAY1_NC.	✓
11.3.37	Q7 (AONR21307)	Source is on the fused VBUS and drain on +5V, so the body diode blocks input-to-load current with the gate off. The 001DD GATE turn-on at power-on reset delivers only the strapped 5 V default (AOS AONR21307 datasheet p.2; Hynetek HUSB238 datasheet p.15, source: Tomachie).	✓
11.3.38	Q7 (AONR21307)	At 4.75 V VBUS, VGS is 4.30 V. Figure 5 (p.3) gives about 15.9 mΩ typical, which scales to about 22.6 mΩ maximum at 60 °C using Figure 4 (p.3). Loss at 3.25 A is 0.24 W, and the junction reaches 53 °C at 55 °C/W from 40 °C, against the 110 °C junction limit.	✓
11.3.39	Q7 (AONR21307)	3.25 A against 17 A (25 °C) and 14 A (70 °C) ambient ratings, derated 30% (mosfet_id_pct = 70) to 11.9 A and 9.8 A. The Figure 9 (p.4) DC SOA allows about 20.5 A at 5.5 V VDS.	✓

11.4 Citations

AI-Assisted —

References
1N4007FL (AGERTECH MICROELECTRONICS) — datasheet, cited pages 1 datasheet.lcsc.com/datasheet/pdf/e95e9f9588b304a160769fb2...
2N7002W (onsemi) — datasheet www.onsemi.com/pdf/datasheet/2n7002w-d.pdf
3216FF5 (Eaton) — datasheet www.eaton.com/content/dam/eaton/products/electronic-compo...
AONR21307 (Alpha & Omega Semiconductor) — datasheet www.aosmd.com/res/data_sheets/AONR21307.pdf
BLM18PG121SH1 (Murata Manufacturing Co., Ltd.) — datasheet, cited pages 1,2,4 www.farnell.com/datasheets/1851895.pdf?_ga=2.221312728.15...
BSS84AK (NXP Semiconductors) — datasheet www.farnell.com/datasheets/1443354.pdf
CC0603KRX7R8BB104 (Yageo) — datasheet www.yageo.com/upload/media/product/productsearch/datashee...
CC0603KRX7R9BB103 (Yageo) — datasheet www.yageo.com/upload/media/product/productsearch/datashee...
CL10B105KP8NNNC (Samsung Electro-Mechanics) — datasheet datasheet.octopart.com/CL10B105KP8NNNC-Samsung-datasheet-...
CL31B225KBHNNNE (Samsung Electro-Mechanics) — datasheet media.digikey.com/pdf/Data%20Sheets/Samsung%20PDFs/CL31B2...
CRCW0603 (Vishay) — datasheet www.vishay.com/docs/20035/dcrcwe3.pdf
FSUSB42 (Fairchild Semiconductor Corporation) — datasheet datasheet.lcsc.com/datasheet/pdf/0fbe41f97fbd44809eec0591...
GRM188D71A106MA73D (Murata) — datasheet mm.digikey.com/Volume0/opasdata/d220001/medias/docus/8942...
GRM32EC81C476KE15 (Murata Manufacturing Co., Ltd.) — datasheet static6.arrow.com/aropdfconversion/226b0f37381afec66b0bab...
IHLP2525CZ8R2M01 (Vishay Dale) — datasheet www.vishay.com/docs/34104/ihlp-2525cz-01.pdf
IM03 (TE Connectivity (Axicom)) — datasheet, cited pages 1 www.te.com/commerce/DocumentDelivery/DDEController?Action...
LAN9512i (SMSC (Standard Microsystems Corporation)) — datasheet ogane.com/homebrew/rpi/1440/9512.pdf
LMR14050 (Texas Instruments) — datasheet www.ti.com/lit/ds/symlink/lmr14050.pdf
PTVS5V0S1UR (Nexperia) — datasheet assets.nexperia.com/documents/data-sheet/PTVSXS1UR_SER.pdf
RClamp0524PA (Semtech Corporation) — datasheet 4donline.ihs.com/images/VipMasterIC/IC/SEMT/SEMT-S-A00050...
CM4S (Raspberry Pi Ltd) — datasheet datasheets.raspberrypi.com/cm4s/cm4s-datasheet.pdf
SML-LXFM0603SIC (Lumex) — datasheet, cited pages 1 www.mouser.lt/datasheet/2/244/LUMXD00049_141-2551042.pdf
SML-M13MT (ROHM) — datasheet fscdn.rohm.com/en/products/databook/datasheet/opto/led/ch...
VPDD202W102K1GV001E (Johanson Dielectrics) — datasheet www.johansondielectrics.com/docs/4901/johanson_high_volta...

12 Designer Annotated Nets

No additional annotations are present beyond those already reported in previous sections.

13 EMC & ESD Protection Checks

Checks run	1
Passed	0
Issues found	2

EMC Check Summary
Check	Issues	Status
Connector Shell Grounding	5

13.1 Connector Shell Grounding

RefDes	Type	Issue	Recommendation	Severity
J4	RJ45-POE_ARJM11D7-009-AB-EW2	J4 (ARJM11D7-009-AB-EW2): the shell pins are properly connected to logic ground through an R\|\|C network.		✓
J5	microSD_MEM2052-00-195-00-A	J5 (MEM2052-00-195-00-A): Mounting pins S1, S2, S3, S4 share the logic GND net, so the shield-bond strategy is not captured as design intent.	Assign a dedicated schematic net per connector (e.g. SHIELD_GND_TYPE_C, SHIELD_GND_SD) so the pour and bond parts are explicit. A copper pour under the connector and stitched directly to logic GND is an acceptable simplification for a board that has no access to an earth ground and will not be ESD-tested. For professional designs, with or without earth ground access, use a 1 MΩ \|\| 4.7 nF (≥2 kV) from the shield net to logic GND. IEC 61000-4-2.
J7	USB_C_USB2.0_1.6mm_Flag	J7 (USB4205-GF-A): the shell pins are properly connected to logic ground through an R\|\|C network.		✓
J8	USB_A_2x_5787745-1	J8 (5787745-1): the shell pins are properly connected to logic ground through an R\|\|C network.		✓
J9	USB_C_USB2.0_1.6mm	J9 (USB4085-GF-A): Shell pins share the logic GND net, so the shield-bond strategy is not captured as design intent.	USB Type-C R2.5 §3.2.1 requires the receptacle shell to be connected to the PCB ground plane; a shield net bonded to logic GND through R\|\|C satisfies it and does not leave the shell floating. Assign a dedicated schematic net per connector (e.g. SHIELD_GND_TYPE_C, SHIELD_GND_SD) so the pour and bond parts are explicit. A copper pour under the connector and stitched directly to logic GND is an acceptable simplification for a board that has no access to an earth ground and will not be ESD-tested. For professional designs, with or without earth ground access, use a 1 MΩ \|\| 4.7 nF (≥2 kV) from the shield net to logic GND. IEC 61000-4-2.

13.2 ESD/TVS Protection Audit

Audit of connector-facing signal nets for ESD/TVS protection presence and orientation correctness.

Connector-facing signal nets analyzed: 41 connector-facing signal(s). 30 protected, 7 unprotected, 4 to review, 0 orientation issue(s).

13.2.1 Unprotected Signal Nets

Signal Net	Connector	Status
Net-(J7-CC1)	J7	No ESD Protection
Net-(J7-CC2)	J7	No ESD Protection
Net-(J4-LEDY_A)	J4	No ESD Protection
nSPD_LAN1	J4	No ESD Protection
nLNKA_LAN1	J4	No ESD Protection
Net-(C39-Pad1)	J4	No ESD Protection
Net-(J4-LEDG_A)	J4	No ESD Protection

13.2.2 Protected Signal Nets

Signal Net	Connector	Protection Device	Device Type	Rail Connection	Orientation	Status
SD_PWR	J5	D11	PTVS5V0	GND	Correct	Protected
SD_CMD	J5	D34	ESD9B5.0ST5G	GND	Correct	Protected
SD_CLK	J5	D35	ESD9B5.0ST5G	GND	Correct	Protected
SD_DAT3	J5	D33	ESD9B5.0ST5G	GND	Correct	Protected
SD_DAT2	J5	D32	ESD9B5.0ST5G	GND	Correct	Protected
SD_DAT1	J5	D10	ESD9B5.0ST5G	GND	Correct	Protected
SD_DAT0	J5	D9	ESD9B5.0ST5G	GND	Correct	Protected
HDMI0_SCL	J6	D15	RClamp0524PA	GND	Not applicable (array); rail pins correct	Protected
HDMI0_D1_P	J6	D12	RClamp0524PA	GND	Not applicable (array); rail pins correct	Protected
HDMI0_D0_P	J6	D13	RClamp0524PA	GND	Not applicable (array); rail pins correct	Protected
HDMI0_HOTPLUG	J6	D15	RClamp0524PA	GND	Not applicable (array); rail pins correct	Protected
HDMI0_SDA	J6	D15	RClamp0524PA	GND	Not applicable (array); rail pins correct	Protected
HDMI0_CK_N	J6	D13	RClamp0524PA	GND	Not applicable (array); rail pins correct	Protected
HDMI0_D2_N	J6	D12	RClamp0524PA	GND	Not applicable (array); rail pins correct	Protected
HDMI0_CEC	J6	D15	RClamp0524PA	GND	Not applicable (array); rail pins correct	Protected
HDMI0_D2_P	J6	D12	RClamp0524PA	GND	Not applicable (array); rail pins correct	Protected
HDMI0_CK_P	J6	D13	RClamp0524PA	GND	Not applicable (array); rail pins correct	Protected
HDMI0_D0_N	J6	D13	RClamp0524PA	GND	Not applicable (array); rail pins correct	Protected
HDMI0_D1_N	J6	D12	RClamp0524PA	GND	Not applicable (array); rail pins correct	Protected
Net-(D17-A2)	J9	D17	ESD9B5.0ST5G	GND	Correct	Protected
Net-(D16-A2)	J9	D16	ESD9B5.0ST5G	GND	Correct	Protected
USB_D+	J9	D19	ESD9B5.0ST5G	GND	Correct	Protected
USB_D-	J9	D20	ESD9B5.0ST5G	GND	Correct	Protected
USB_OTG_1_N	J8	D28	ESD9B5.0ST5G	GND	Correct	Protected
USB_OTG_1_P	J8	D26	ESD9B5.0ST5G	GND	Correct	Protected
USB_BOOT_P	J7	D24	ESD9B5.0ST5G	GND	Correct	Protected
USB_OTG_2_N	J8	D29	ESD9B5.0ST5G	GND	Correct	Protected
USB_BOOT_N	J7	D14	ESD9B5.0ST5G	GND	Correct	Protected
USB_OTG_2_P	J8	D27	ESD9B5.0ST5G	GND	Correct	Protected
LAN1_TXP	J4			—	—	Review: no transformer on the board between J4 and U9, so the isolation is expected inside J4 (integrated magnetics); J4's datasheet confirms it on the AI run
LAN1_RXP	J4			—	—	Review: no transformer on the board between J4 and U9, so the isolation is expected inside J4 (integrated magnetics); J4's datasheet confirms it on the AI run
LAN1_RXN	J4			—	—	Review: no transformer on the board between J4 and U9, so the isolation is expected inside J4 (integrated magnetics); J4's datasheet confirms it on the AI run
LAN1_TXN	J4			—	—	Review: no transformer on the board between J4 and U9, so the isolation is expected inside J4 (integrated magnetics); J4's datasheet confirms it on the AI run
HDMI_5V	J6	D15	RClamp0524PA	GND	Not applicable (array); rail pins correct	Protected

13.3 EMC & ESD Analysis

13.3.1 EMC Architecture and Grounding

AI-Assisted — The board has two ground domains, logic GND and chassis Earth. Earth enters only at J4_13, the magjack chassis contact. It returns to GND through C40, 1 nF rated 2 kV, in parallel with R26, 1 MΩ. This is a deliberate high-impedance bond. The capacitor gives the strike edge one chosen entry point, and the resistor bleeds static and breaks the DC and mains-frequency loop between a panel-mounted shell, protective earth and logic GND.

The cable connectors repeat this pattern. J6 uses its own shell net, Net-(J6-CKS), bonded by C44 and R30. J7 and J8 share Net-(J7-SHIELD), bonded by C56 and R54. All three bonds use the same 1 nF 2 kV and 1 MΩ pair. The J9 and J5 shells sit on GND directly.

Mounting holes H1 to H4 are on GND. On an earthed metal enclosure with conductive standoffs, they would make the GND-to-chassis connection that the RC bonds are meant to control.

The review is judged at the professional level, for an industrial product. Immunity follows IEC 61000-6-2: ESD per IEC 61000-4-2 at 4 kV contact and 8 kV air, EFT per IEC 61000-4-4, and surge per IEC 61000-4-5 on long signal cables. Emissions follow IEC 61000-6-4 and CISPR 32. None of the connector signal paths reviewed carries a common-mode choke or ferrite, so emission control rests on the controlled-impedance pairs and the shield bonds. Every ESD figure quoted is at 25 °C, and the design states no maximum ambient.

13.3.2 USB-C Power Input J9

AI-Assisted — J9 is the externally accessible USB-PD power receptacle. Each signal contact has an ESD9B5.0ST5G clamp to logic GND: D16 and D17 on CC1 and CC2, and D19 and D20 on D+ and D-. All four lines end at U19 (HUSB238).

Of the three Type-C checks, two are met. The GND contacts are hard on GND, and every clamp references logic GND rather than a shield net. The symbol carries no mid-plate pin. The third check is not met, because J9_S1 SHIELD sits on GND.

U19 rates CC1 and CC2 at 25 V so that a cable fault shorting CC to VBUS is survivable. With D16 and D17 fitted, the CC lines instead tolerate only up to the D16/D17 breakdown of 5.8 to 7.8 V. At the strapped 5 V contract, with a 5.5 V maximum, a CC-to-VBUS short stays below V_BR(min) of 5.8 V.

The D18 VBUS clamp, its placement and its standoff are covered by the power review.

The power review names F1, Q7 and R45 as the series elements between J9 VBUS and U20. None of them is a filter element, so harmonics of U20's 306 kHz switching are attenuated only by C49 and C50 before they reach the USB-C cable.

13.3.3 USB Boot Port J7 and USB-A Stack J8

AI-Assisted — J7 is the device-mode boot receptacle. All three Type-C checks are met. The shell is on its own bonded net, the GND contacts are on GND, and D14, D24 and D25 return to logic GND. CC1 and CC2 end only in the R33 and R34 Rd resistors, so nothing behind them needs a clamp.

U16 matters for D14 and D24. The FSUSB42 states its IEC 61000-4-2 figures only for the common D+ and D- pins, U16_3 and U16_4. J7 faces the HSD1 pins, U16_6 and U16_7, which carry only a component-level HBM rating.

USB_BOOT_VBUS is clamped by D25. It also drives two MOSFET gates, Q6 through R32 and Q1 through the J1 jumper.

J8 data lines have D26 to D29 in front of U9. U9 carries its own third-party IEC 61000-4-2 rating, so this path has two protection stages.

The J8 VBUS clamps D30 and D31 sit directly at the U11 and U12 switch outputs. The RT9742 has only a 2 kV HBM rating, which is a component-level figure and is a different quantity from a system-level IEC strike.

The J8 shell shares Net-(J7-SHIELD) with J7. Separately, the power review's note on the missing 120 µF port capacitance bears on hot-plug transients at these contacts.

13.3.4 HDMI J6

AI-Assisted — J6 is a right-angle SMD HDMI receptacle facing the outside of the product. Its shell is on Net-(J6-CKS), bonded to GND through C44 and R30, and J6_17 GND is on GND.

The TMDS pairs pass flow-through D12 and D13. HPD, SDA, SCL and CEC pass flow-through D15. All three arrays have both ground pins on logic GND, and their IEC 61000-4-2 and EFT ratings exceed the IEC 61000-6-2 levels. Each protected pin sees the array as the last clamp before it. The arrays clamp at 15 V maximum at 1 A (8/20 µs), and the CM4S datasheet gives no transient rating for its HDMI pins.

The J6_18 +5V contact carries HDMI_5V back to U14_1 VOUT, C43 and the DDC pull-ups with no clamp on that net. This is the only power contact on the external connectors with no clamp. U14's 2 kV HBM rating is a component-level figure, not comparable to an IEC 61000-4-2 strike.

The pair-shield contacts sharing the shell net, the DDC standoff and the HPD level are covered by the signal-integrity review.

HDMI TMDS clock and data run at up to 1.485 Gbit/s, which makes them the largest radiated-emission source on the board (CISPR 32). The 100 Ω pairs and the shell bond are the controls drawn.

13.3.5 Ethernet J4

AI-Assisted — J4 is an RJ45 magjack, rated 10/100 with Auto-MDIX, intended for external cabling. It has no datasheet in this review, so the following comes from connectivity alone. Its chassis contact J4_13 is the board's only Earth connection, and J4_8 is on GND.

LAN1_TXP, LAN1_TXN, LAN1_RXP and LAN1_RXN run straight from the magjack to U9_52 through U9_56. The only other parts on these nets are the 49.9 Ω terminations to VDD33A_LAN1, and there is no ESD array on them.

U9 states ±8 kV contact and ±15 kV air per IEC 61000-4-2. However, the magnetics' isolation and the PHY's own ESD structures do not cover differential-mode transients that pass the transformer, cable discharge events, or the IEC 61000-4-5 surge that IEC 61000-6-2 applies to signal cables longer than 30 m. A low-capacitance array on the PHY side of the magnetics, terminated to logic GND, is the conventional answer unless the magjack datasheet states integrated protection.

The link and speed LED cathodes J4_10 and J4_12 connect directly to U9_21 and U9_22. These LEDs sit at the panel face, so a discharge to the jack can couple onto those pins.

13.3.6 microSD J5 and Headers J1, J2

AI-Assisted — J5 is a card socket. It takes no cable from equipment at a different potential, so a direct bond of its shell contacts to logic GND is acceptable. Its six data clamps and the SD_PWR clamp are covered by the memory-bus and power reviews.

J1 is a vertical three-pin boot jumper used internally. USB_BOOT_VBUS on J1_1 is already clamped by D25.

J2 is a vertical 2×20 header and is internal unless the product cables it off the board. Its 26 GPIO lines land on the 5 V-side B ports of U3 to U5 and U6, and its +3V3 and +5V contacts have no clamp.

The TXS0108E B port has an IEC 61000-4-2 rating of 8 kV contact and 6 kV air. 6 kV air falls short of the 8 kV air level in IEC 61000-6-2. The TXB0108 carries only an HBM figure, which is a component-handling rating and not a system rating.

Whether J2 needs an array therefore depends on whether it leaves the enclosure.

13.3.7 Relay Terminal J3

AI-Assisted — J3 is a 45-degree 3.5 mm pluggable terminal carrying only the RELAY1_COM, RELAY1_NO and RELAY1_NC contacts of K1. These are outputs that K1 switches toward off-board equipment, so no input filtering applies.

No RC snubber or varistor is drawn across the contacts. With an inductive load, contact arcing at make and break produces broadband conducted and radiated emissions (CISPR 32).

The field cable also brings IEC 61000-4-4 burst and IEC 61000-4-5 surge to the contact set. That energy is kept from the logic only by K1's contact-to-coil insulation, which is not stated in the data supplied.

The switched voltage and load current are still open from the power review, and both decide the suppression part.

13.4 Observations

AI-Assisted — The board's transient protection is broad. Every external signal contact on J5 to J9 has a clamp referenced to logic GND, and the ESD9B5.0ST5G and RClamp0524PA ratings exceed both IEC 61000-6-2 and IEC 61000-4-2 level 4. The open items fall into four groups.

The first is coordination with the protected pins. Every clamp's 8/20 µs level is stated, but none of the protected ICs gives a transient rating for the same waveform. The rows therefore ask for that check rather than declaring a margin.

The second is shield-bond intent. J9's shell sits on logic GND, and J7 and J8 share one shield net. All bonds use 1 nF rather than 4.7 nF, and mounting holes H1 to H4 on GND can bypass the bonds in a metal enclosure.

The third is the three entry points with no clamp: the J4 Ethernet pairs on the PHY side of the magnetics, the J4 LED pins, and the J6_18 +5V contact.

The fourth is emission sources with no filtering at the cable: HDMI TMDS, U20 switching harmonics reaching J9, and relay contact arcing at J3.

None of these is a missing-protection defect. Each is a design choice that an industrial EMC test campaign will exercise.

13.5 Findings

AI-Assisted —

#	Connector	Finding	Severity
13.5.1	J9	Shell contact J9_S1 shares the logic GND net, so the shield-bond strategy is not captured as design intent. Assign a dedicated SHIELD_GND_J9 net so the pour and bond parts are explicit. A copper pour under the connector, stitched directly to logic GND, is an acceptable simplification for a board that has no access to an earth ground and will not be ESD-tested. For professional designs, with or without earth ground access, use 1 MΩ \|\| 4.7 nF (≥2 kV) from SHIELD_GND_J9 to logic GND. USB Type-C R2.5 section 3.2.1; IEC 61000-4-2.	Medium
13.5.2	H1, H2, H3, H4	The board mounting holes are on GND. If they are fixed to an earthed metal chassis on conductive standoffs, they bond logic GND hard to chassis and bypass C40/R26, C44/R30 and C56/R54 as the defined ESD entry points. For a metal enclosure, consider isolating these holes or bonding them through a 1 MΩ \|\| ≥2 kV capacitor network. IEC 61000-4-2.	Review
13.5.3	J4, J6, J7, J8 (C40, C44, C56)	Each shield or chassis bond is 1 nF 2 kV with 1 MΩ. The 2 kV rating covers the strike. 1 nF, about 1.6 Ω at 100 MHz, is a weaker high-frequency bond than the 4.7 nF, about 0.3 Ω, of professional shield-bond practice. Consider 4.7 nF rated ≥2 kV where cable radiated-emission margin is tight. IEC 61000-4-2; CISPR 32.	Review
13.5.4	J9 (D16, D17)	U19 CC1 and CC2 are rated 25 V so that a cable fault shorting CC to VBUS is survivable (Hynetek HUSB238 datasheet pp.7, 9, source: Tomachie). With D16 and D17 fitted, the CC lines instead tolerate only up to the 5.8-7.8 V breakdown (onsemi ESD9B5.0S datasheet p.2, source: Tomachie). At the strapped 5 V contract, a 5.5 V maximum short is below V_BR(min) 5.8 V. If the port can ever carry a higher VBUS, a CC clamp whose breakdown exceeds that VBUS keeps U19's short tolerance.	Review
13.5.5	J9 (D16, D17, D19, D20)	The clamps limit to 12.5 V maximum at 1 A and 15.0 V at 2 A (8/20 µs, 25 °C) (onsemi ESD9B5.0S datasheet p.2, source: Tomachie). Check that U19_4 CC1, U19_5 CC2, U19_2 D+ and U19_3 D- are rated for this waveform. U19 states DC absolute maxima only (CC 25 V, D+/D- 12 V) and ±6 kV HBM (Hynetek HUSB238 datasheet p.7, source: Tomachie).	Review
13.5.6	J9	The series elements between the J9 VBUS contacts and U20 are F1, Q7 and R45. None is a filter element, so harmonics of U20's 306 kHz switching are attenuated only by C49 and C50 before reaching the USB-C cable. Consider a ferrite or LC stage at the U20 input if DC-port conducted emissions are assessed. CISPR 32; IEC 61000-6-4.	Review
13.5.7	J7 (D14, D24)	D14 and D24 clamp at 12.5 V maximum at 1 A (8/20 µs, 25 °C) (onsemi ESD9B5.0S datasheet p.2, source: Tomachie). The FSUSB42 IEC 61000-4-2 figures (8 kV contact, 15 kV air, typical) are stated for U16_3 D+ and U16_4 D-. J7 faces U16_6 HSD1- and U16_7 HSD1+, which carry only the 8 kV HBM I/O-to-GND rating (Fairchild FSUSB42 datasheet p.3, Datasheet). Check that U16_6 and U16_7 are rated for this waveform.	Review
13.5.8	J7, J1 (D25)	USB_BOOT_VBUS is clamped by D25 at 12.5 V maximum at 1 A (8/20 µs, 25 °C) (onsemi ESD9B5.0S datasheet p.2, source: Tomachie). The net reaches the Q6 gate through R32 and the Q1 gate through J1 pins 1-2. The 2N7002W states VGS 20 V continuous and 40 V pulsed, with no waveform given (onsemi 2N7002W datasheet p.1, Datasheet). Check that the Q1 and Q6 gates are rated for this waveform.	Review
13.5.9	J8	J8_S1 to J8_S4 share Net-(J7-SHIELD) with J7_SH, so both receptacles' pours and the C56/R54 bond form one net. A dedicated SHIELD_GND_J8 net with its own 1 MΩ \|\| ≥2 kV capacitor keeps each strike entry at its own connector, which matters where J7 and J8 are not adjacent. IEC 61000-4-2.	Review
13.5.10	J8 (D30, D31)	D30 and D31 clamp 5V_OTG_1 and 5V_OTG_2 at 12.5 V maximum at 1 A (8/20 µs, 25 °C), directly at U11_1 and U12_1 VOUT (onsemi ESD9B5.0S datasheet p.2, source: Tomachie). The RT9742 states 2 kV HBM, component level, and a 7 V VIN absolute maximum (Richtek RT9742 datasheet p.5, source: Tomachie). Check that U11 and U12 VOUT are rated for this waveform.	Review
13.5.11	J6 (D12, D13)	D12 and D13 clamp at 15 V maximum at 1 A (8/20 µs, 25 °C) (Semtech RClamp0524PA datasheet p.3). Check that U2_111, U2_113, U2_117, U2_119, U2_123, U2_125, U2_129 and U2_131 (HDMI TMDS) are rated for this waveform.	Review
13.5.12	J6 (D15)	D15 clamps HDMI0_CEC, HDMI0_SDA, HDMI0_SCL and HDMI0_HOTPLUG at 15 V maximum at 1 A (8/20 µs, 25 °C) (Semtech RClamp0524PA datasheet p.3). Check that U2_171, U2_173, U2_175 and the Q4 gate are rated for this waveform. The Q4 gate is rated VGS 20 V continuous and 40 V pulsed, with no waveform given (onsemi 2N7002W datasheet p.1).	Review
13.5.13	J6	The J6_18 +5V contact has no transient clamp. HDMI_5V reaches U14_1 VOUT, C43 and the R5/R58 DDC pull-ups. Consider a 5 V-class TVS on HDMI_5V at J6, as fitted on the other VBUS-type contacts. IEC 61000-4-2.	Review
13.5.14	J4	LAN1_TXP, LAN1_TXN, LAN1_RXP and LAN1_RXN run from J4 to U9_52 through U9_56 with only R36 and R55-R57 (49.9 Ω to VDD33A_LAN1), and no ESD array. U9 is rated ±8 kV contact and ±15 kV air per IEC 61000-4-2 (SMSC LAN9512 datasheet p.235, Datasheet). Magnetics and PHY ESD do not cover differential-mode transients, cable discharge, or the IEC 61000-4-5 surge that IEC 61000-6-2 applies to cables over 30 m. Investigate a low-capacitance array on the PHY side of the magnetics, terminated to logic GND, unless the magjack states integrated protection.	Review
13.5.15	J4	J4_10 LEDG_K and J4_12 LEDY_K connect directly to U9_21 nLNKA and U9_22 nSPD with no clamp. The LEDs sit at the jack face, where a panel discharge couples onto them. U9 signal pins are rated +6 V / -0.5 V DC (SMSC LAN9512 datasheet p.235). Consider a clamp at U9_21 and U9_22 if panel ESD testing applies to the jack.	Review
13.5.16	J2	J2 is a vertical 2×20 header, internal unless cabled off the board. Its 26 GPIO lines land on U3-U5 TXS0108E B ports, rated 8 kV contact / 6 kV air per IEC 61000-4-2 (TI TXS0108E-Q1 datasheet p.5, Datasheet). Two land on U6 TXB0108 B ports, which have only a ±15 kV HBM rating (TI TXB0108 datasheet p.5, Datasheet). The +3V3 and +5V contacts have no clamp. If J2 leaves the enclosure, 6 kV air is below the 8 kV air of IEC 61000-6-2, and an array at the header is warranted.	Review
13.5.17	J3	J3 carries only K1 contacts RELAY1_COM, RELAY1_NO and RELAY1_NC, which are outputs toward off-board equipment, so no input filtering applies. No RC snubber or varistor is drawn across the contacts. With an inductive load, contact arcing produces broadband emissions (CISPR 32). The field cable brings IEC 61000-4-4 burst and IEC 61000-4-5 surge to the contacts, and K1's contact-to-coil insulation is the only barrier to the logic. Size suppression to the switched load once its voltage is stated.	Review
13.5.18	Earth / GND (C40, R26)	Earth and GND are joined by C40, 1 nF rated 2 kV, in parallel with R26, 1 MΩ. This is a deliberate high-impedance chassis bond. J4_13 CHASSIS is directly on Earth. IEC 61000-4-2.	✓
13.5.19	J9	J9 GND contacts A1, A12, B1 and B12 are hard on logic GND. D16, D17, D19 and D20 return to logic GND, not a shield net. The symbol has no mid-plate pin. USB Type-C R2.5 section 3.2.1.	✓
13.5.20	J5, J7, J8, J9 (ESD9B5.0ST5G)	Rated ±18 kV contact and air per IEC 61000-4-2, and 40 A EFT per IEC 61000-4-4 (onsemi ESD9B5.0S datasheet p.1, source: Tomachie). This exceeds the 4 kV contact / 8 kV air of IEC 61000-6-2 and level 4 (8 kV / 15 kV). Ratings are at 25 °C; the design states no maximum ambient.	✓
13.5.21	J7	J7_SH SHIELD is on Net-(J7-SHIELD), bonded to GND through C56, 1 nF 2 kV, in parallel with R54, 1 MΩ. The J7 GND contacts are on GND, and D14, D24 and D25 return to logic GND, so all three Type-C shield checks are met. USB Type-C R2.5 section 3.2.1; IEC 61000-4-2.	✓
13.5.22	J7	J7_A5 CC1 and J7_B5 CC2 reach only R33 and R34 (5.1 kΩ to GND). No active pin sits behind them, so these contacts need no clamp.	✓
13.5.23	J8 (D26, D27, D28, D29)	The USB_OTG_1 and USB_OTG_2 lines have ±18 kV clamps (onsemi ESD9B5.0S datasheet p.1, source: Tomachie) ahead of U9_1 to U9_4. U9 is itself rated ±8 kV contact and ±15 kV air per IEC 61000-4-2, third-party tested (SMSC LAN9512 datasheet p.235, Datasheet). Both stages meet level 4.	✓
13.5.24	J6	J6_SH is on Net-(J6-CKS), bonded to GND through C44, 1 nF 2 kV, in parallel with R30, 1 MΩ. J6_17 GND is on GND. IEC 61000-4-2.	✓
13.5.25	J6 (D12, D13, D15)	D12 and D13 (TMDS) and D15 (HPD, SDA, SCL, CEC) are wired flow-through, with both ground pins on logic GND. They are rated ±12 kV contact and ±17 kV air per IEC 61000-4-2, and 40 A EFT per IEC 61000-4-4. This exceeds IEC 61000-6-2 (Semtech RClamp0524PA datasheet pp.1, 3, Datasheet).	✓
13.5.26	J5	J5_S1 to J5_S4 are directly on GND. A card socket takes no cable from equipment at a different potential, so a direct bond to logic GND is acceptable. All six SD lines and SD_PWR have clamps (D9, D10, D32-D35, D11).	✓
13.5.27	J1	J1 is a vertical three-pin boot jumper used internally. J1_1 USB_BOOT_VBUS is already clamped by D25, and J1_2 reaches only the Q1 gate and R1 (47 kΩ to GND). No further protection is needed.	✓

13.6 Citations

AI-Assisted —

References
1N4007FL (AGERTECH MICROELECTRONICS) — datasheet, cited pages 1 datasheet.lcsc.com/datasheet/pdf/e95e9f9588b304a160769fb2...
2N7002W (onsemi) — datasheet www.onsemi.com/pdf/datasheet/2n7002w-d.pdf
FSUSB42 (Fairchild Semiconductor Corporation) — datasheet datasheet.lcsc.com/datasheet/pdf/0fbe41f97fbd44809eec0591...
IM03 (TE Connectivity (Axicom)) — datasheet, cited pages 1 www.te.com/commerce/DocumentDelivery/DDEController?Action...
LAN9512i (SMSC (Standard Microsystems Corporation)) — datasheet ogane.com/homebrew/rpi/1440/9512.pdf
PTVS5V0S1UR (Nexperia) — datasheet assets.nexperia.com/documents/data-sheet/PTVSXS1UR_SER.pdf
RClamp0524PA (Semtech Corporation) — datasheet 4donline.ihs.com/images/VipMasterIC/IC/SEMT/SEMT-S-A00050...
CM4S (Raspberry Pi Ltd) — datasheet datasheets.raspberrypi.com/cm4s/cm4s-datasheet.pdf
SML-M13MT (ROHM) — datasheet fscdn.rohm.com/en/products/databook/datasheet/opto/led/ch...
TXB0108 (Texas Instruments) — datasheet www.ti.com/lit/ds/symlink/txb0108.pdf
TXS0108E-Q1 (Texas Instruments) — datasheet www.ti.com/lit/ds/symlink/txs0108e-q1.pdf

14 Design-for-Test

Design for Testability (DFT) analysis for ICT/bed-of-nails test coverage.

14.1 DFx Options Selected

Option	Setting	Description
Test Point Insertion
Insert on power rails	Yes	Place test points on power rail nets in schematic
Insert on LSSI buses	Yes	Place test points on every LSSI bus signal (JTAG, SWD, I2C, I3C, MDIO, SPI, QSPI, UART) that has none
Insert on all nets	No	Extend TP insertion to signal nets beyond power rails
Insert on feedback pins	Yes	Place a test point on each regulator feedback / set net that has none, so its divider can be checked
Insert on power-good nets	No	Place a test point on each used power-good net that has none and no boundary scan
Insert on NVM programming nets	No	Place test points on the nets used to program on-board memory (QSPI, etc.)
Exclude HSSI nets	Yes	Exclude HSSI/differential pair nets from TP insertion
Exclude DRAM nets	Yes	Exclude SDRAM/DDR nets from TP insertion
Exclude BSCAN opens (full)	Yes	Exclude nets with 100% boundary scan opens coverage
Exclude BSCAN opens (partial)	No	Exclude nets with partial boundary scan opens coverage
Exclude BSCAN shorts	No	Exclude nets with boundary scan shorts coverage
GND test points	6	Number of GND test points to insert for BON fixture ground connections
Target PCOLA-SOQ	0%	Insert TPs in priority order until this PCOLA-SOQ % is reached
Target solder-joint testability	0%	Insert TPs in priority order until this shorts/opens solder-joint testability % is reached
Kelvin min resistance	0.000 ohm	Lower bound (ohms) for Kelvin 4-wire TP insertion range
Kelvin max resistance	1.000 ohm	Upper bound (ohms) for Kelvin 4-wire TP insertion range
Tester Styles
Optical	AOI	Automated Optical Inspection of visible solder joints
AXI	Yes	Automated X-ray Inspection of hidden solder joints (BGA, QFN)
ATE	Flying_probe	Digital IO, DMM, shorts/opens via flying probe
Test Access
JTAG/LSSI Connector	Yes	Connector access to JTAG, SPI, I2C buses
IO Connectors	No	IO connectors available for external stimulus/observation
TP Access	Flying_probe	Flying probe access without fixture
Test Point Identification
BON TP refdes	TP#,TP-,TP_,TP#*	Refdes patterns identifying BON test points
BON TP footprints	*	All footprints accepted
FP TP refdes	TP#,TP-,TP_,TP#*,MP#	Refdes patterns identifying flying probe test points
FP TP footprints	*	All footprints accepted
Loopback	None	No loopback cables
Test Types
Powered-Off Shorts/Opens	Yes	Unpowered shorts and opens detection via probe access
Passives	Yes	R, C, L value measurement via probe or fixture access
Active Analog	No	Voltage regulator, reference, and op-amp output verification
Non-BSCAN Digital	No	Digital ICs without boundary scan: pin observability analysis
Boundary Scan	1149.1_1149.6	IEEE 1149.1-2001 + 1149.6-2003 AC boundary scan
LSSI	No	JTAG chain, SPI, I2C, UART bus test coverage analysis
JTAG Functional	No	Functional verification beyond structural scan
Require Rail TPs for Diode Test	No	Require TPs on all IO power rails for ESD diode opens test (default: basic test with GND TP only)
Capacitance Probe Plate Target Devices	—	Refdes or footprint patterns for capacitance probe plate targets (ICs and vertical connectors)
Use Boundary Scan for Capacitance Probe Plate Stimulus	No	Count boundary scan drive cells on other devices as valid stimulus for the capacitance probe plate (applicable to VTEP / IEEE 1149.8.1-capable hardware)
NVM Programming
Default Method	Direct	Program via direct pin access; TPs on flash data/control lines
Environment
Test environment	lab	Prototype/NPI: manual probing, bench JTAG, longer test times acceptable

14.2 Power Rail Test Point Check

Power rails found	18
Rails with TPs	14
Rails without TPs	4

Parts adjudicated as TH: J8 (5787745-1). Their description and footprint do not say how they mount, so the mounting was looked up. If any is wrong, state SMT or TH/THT/THRU in the part's description.

4 power rail(s) need test points in the submitted design.

16 test point(s) inserted in modified output. Download modified schematics to see placements.

Power Rail Coverage
Net Name	Annotation	Test Point	Status
+3V3		TP30	✓
+5V		TP27	✓
+BATT		TP30 on +3V3, across R59	✓
3V3_LAN1		-	NEEDS TP
5V_OTG_1		J8_1 (through-hole)	✓
5V_OTG_2		J8_5 (through-hole)	✓
Earth		J4_13 (through-hole)	✓
GND		TP1	✓
Net-(C1-Pad1)		TP30 on +3V3, across R6	✓
Net-(C2-Pad1)		TP30 on +3V3, across R8	✓
Net-(C3-Pad1)		TP30 on +3V3, across R10	✓
Net-(C52-Pad1)		TP29	✓
Net-(D18-A2)		-	NEEDS TP
Net-(U13-VIN)		TP20	✓
Net-(U14-EN)		TP22	✓
USB_BOOT_VBUS		J1_1 (through-hole)	✓
VDD18CORE_LAN1		-	NEEDS TP
VDD33A_LAN1		-	NEEDS TP

Inserted Test Points (Modified Output)
Test Point	Net	Sheet
TP33	3V3_LAN1	ETHERNET_LAN1.kicad_sch
TP34	Earth	ETHERNET_LAN1.kicad_sch
TP35	VDD18CORE_LAN1	ETHERNET_LAN1.kicad_sch
TP36	VDD33A_LAN1	ETHERNET_LAN1.kicad_sch
TP40	Net-(D18-A2)	POWER.kicad_sch
TP42	GND	ETHERNET_LAN1.kicad_sch
TP43	GND	POWER.kicad_sch
TP44	GND	IO.kicad_sch
TP45	GND	USB.kicad_sch
TP46	GND	USD_CARD.kicad_sch

Signal Net Test Points (Modified Output)
Test Point	Net	Sheet
TP31	RUN	CM4.kicad_sch
TP32	Net-(D1-K)	CM4.kicad_sch
TP37	nFDX_LAN1	ETHERNET_LAN1.kicad_sch
TP38	HDMI0_SDA	HDMI.kicad_sch
TP39	HDMI0_SCL	HDMI.kicad_sch
TP41	Net-(U19-VSET)	POWER.kicad_sch

14.3 IC Enable Test Point Check

ICs with enable pins (power switches, regulators, etc.) require test points for fixture-based test to disable the device during test.

IC	Type	Pin Name	Pin #	Issue
U13	RT9742QGJ5	EN	4	tied to VCC - recommend pull-up resistor and test point
U20	LMR14050	EN	3	tied to VCC - recommend pull-up resistor and test point
U16	FSUSB42MUX	OE	10	tied to GND - recommend pull-down resistor and test point
U14	RT9742QGJ5	EN	4	tied to VCC - recommend pull-up resistor and test point

14.4 Kelvin Test Points Check

Threshold	0.000 < R ≤ 1.000 Ω
Current sense resistors found	0

No current sense resistors found in range (0 < R < 1.000 ohm).

14.5 Current Test Points

Total test points

Test Points by Footprint
Footprint	Description	Count
TestPoint_D1.27	SD_PWR	29

14.5.1 By Sheet

Test Point	Net Name	Footprint
CM4 (16 test points)
TP3	Net-(U2-GPIO30)	TestPoint_D1.27
TP4	Net-(U2-GPIO31)	TestPoint_D1.27
TP5	Net-(U2-GPIO32)	TestPoint_D1.27
TP6	Net-(U2-GPIO33)	TestPoint_D1.27
TP7	Net-(U2-GPIO34)	TestPoint_D1.27
TP8	Net-(U2-GPIO35)	TestPoint_D1.27
TP9	Net-(U2-GPIO36)	TestPoint_D1.27
TP10	Net-(U2-GPIO37)	TestPoint_D1.27
TP11	Net-(U2-GPIO38)	TestPoint_D1.27
TP12	Net-(U2-GPIO39)	TestPoint_D1.27
TP13	Net-(U2-GPIO40)	TestPoint_D1.27
TP14	Net-(U2-GPIO41)	TestPoint_D1.27
TP15	Net-(U2-GPIO42)	TestPoint_D1.27
TP16	Net-(U2-GPIO43)	TestPoint_D1.27
TP17	Net-(U2-GPIO44)	TestPoint_D1.27
TP18	Net-(U2-GPIO45)	TestPoint_D1.27
HDMI (2 test points)
TP22	Net-(U14-EN)	TestPoint_D1.27
TP23	HDMI_5V	TestPoint_D1.27
POWER (8 test points)
TP1	GND	TestPoint_D1.27
TP24	CM4_SCL0	TestPoint_D1.27
TP25	CM4_SDA0	TestPoint_D1.27
TP26	Net-(Q7-D)	TestPoint_D1.27
TP27	+5V	TestPoint_D1.27
TP28	3V3FB	TestPoint_D1.27
TP29	Net-(C52-Pad1)	TestPoint_D1.27
TP30	+3V3	TestPoint_D1.27
RELAYS (1 test points)
TP19	RELAY1	TestPoint_D1.27
USD_CARD (2 test points)
TP20	Net-(U13-VIN)	TestPoint_D1.27
TP21	SD_PWR	TestPoint_D1.27

14.5.2 All Test Points

Test Point	Net Name	Sheet	Footprint
TP1	GND	POWER	TestPoint_D1.27
TP3	Net-(U2-GPIO30)	CM4	TestPoint_D1.27
TP4	Net-(U2-GPIO31)	CM4	TestPoint_D1.27
TP5	Net-(U2-GPIO32)	CM4	TestPoint_D1.27
TP6	Net-(U2-GPIO33)	CM4	TestPoint_D1.27
TP7	Net-(U2-GPIO34)	CM4	TestPoint_D1.27
TP8	Net-(U2-GPIO35)	CM4	TestPoint_D1.27
TP9	Net-(U2-GPIO36)	CM4	TestPoint_D1.27
TP10	Net-(U2-GPIO37)	CM4	TestPoint_D1.27
TP11	Net-(U2-GPIO38)	CM4	TestPoint_D1.27
TP12	Net-(U2-GPIO39)	CM4	TestPoint_D1.27
TP13	Net-(U2-GPIO40)	CM4	TestPoint_D1.27
TP14	Net-(U2-GPIO41)	CM4	TestPoint_D1.27
TP15	Net-(U2-GPIO42)	CM4	TestPoint_D1.27
TP16	Net-(U2-GPIO43)	CM4	TestPoint_D1.27
TP17	Net-(U2-GPIO44)	CM4	TestPoint_D1.27
TP18	Net-(U2-GPIO45)	CM4	TestPoint_D1.27
TP19	RELAY1	RELAYS	TestPoint_D1.27
TP20	Net-(U13-VIN)	USD_CARD	TestPoint_D1.27
TP21	SD_PWR	USD_CARD	TestPoint_D1.27
TP22	Net-(U14-EN)	HDMI	TestPoint_D1.27
TP23	HDMI_5V	HDMI	TestPoint_D1.27
TP24	CM4_SCL0	POWER	TestPoint_D1.27
TP25	CM4_SDA0	POWER	TestPoint_D1.27
TP26	Net-(Q7-D)	POWER	TestPoint_D1.27
TP27	+5V	POWER	TestPoint_D1.27
TP28	3V3FB	POWER	TestPoint_D1.27
TP29	Net-(C52-Pad1)	POWER	TestPoint_D1.27
TP30	+3V3	POWER	TestPoint_D1.27

14.6 Powered-off Testing

29 nets with test points: 49 pins with opens coverage, 0 pins with partial opens, 334 pins with shorts coverage.

Powered-off Test Coverage by Net
Pin ⇅	Net ⇅	Type ⇅	Opens ⇅	Shorts ⇅
C4_1	+3V3	Capacitor	-	●
C5_1	+3V3	Capacitor	-	●
C6_1	+3V3	Capacitor	-	●
C10_1	+3V3	Capacitor	-	●
C11_1	+3V3	Capacitor	-	●
C20_1	+3V3	Capacitor	-	●
C45_1	+3V3	Capacitor	-	●
D1_2	+3V3	Passive	-	●
J2_1	+3V3	Connector	-	●
J2_17	+3V3	Connector	-	●
Q3_2	+3V3	Transistor	-	●
R4_1	+3V3	Passive	-	●
R6_1	+3V3	Passive	-	●
R8_1	+3V3	Passive	-	●
R10_2	+3V3	Passive	-	●
R27_2	+3V3	Passive	●	●
R31_1	+3V3	Passive	-	●
R43_1	+3V3	Passive	●	●
R44_1	+3V3	Passive	●	●
R50_2	+3V3	Passive	●	●
R59_2	+3V3	Passive	-	●
U3_2	+3V3	IC	-	●
U4_2	+3V3	IC	-	●
U5_2	+3V3	IC	-	●
U6_2	+3V3	IC	-	●
U7_5	+3V3	IC	-	●
U8_5	+3V3	IC	-	●
U16_1	+3V3	IC	-	●
C7_1	+5V	Capacitor	-	●
C8_1	+5V	Capacitor	-	●
C9_1	+5V	Capacitor	-	●
C12_1	+5V	Capacitor	-	●
C37_1	+5V	Capacitor	-	●
C38_1	+5V	Capacitor	-	●
C49_1	+5V	Capacitor	-	●
C50_1	+5V	Capacitor	-	●
D4_1	+5V	Passive	-	●
D21_2	+5V	Passive	-	●
J2_2	+5V	Connector	-	●
J2_4	+5V	Connector	-	●
K1_1	+5V	Passive	-	●
R29_1	+5V	Passive	●	●
R45_2	+5V	Passive	●	●
U3_19	+5V	IC	-	●
U4_19	+5V	IC	-	●
U5_19	+5V	IC	-	●
U6_19	+5V	IC	-	●
U11_5	+5V	IC	-	●
U12_5	+5V	IC	-	●
U20_2	+5V	IC	-	●
U20_3	+5V	IC	-	●
R47_2	3V3FB	Passive	●	●
R48_1	3V3FB	Passive	●	●
U20_5	3V3FB	IC	●	●
R43_2	CM4_SCL0	Passive	●	●
R53_1	CM4_SCL0	Passive	-	●
U19_7	CM4_SCL0	IC	●	●
R44_2	CM4_SDA0	Passive	●	●
R52_1	CM4_SDA0	Passive	-	●
U19_6	CM4_SDA0	IC	●	●
C1_2	GND	Capacitor	-	●
C2_2	GND	Capacitor	-	●
C3_2	GND	Capacitor	-	●
C4_2	GND	Capacitor	-	●
C5_2	GND	Capacitor	-	●
C6_2	GND	Capacitor	-	●
C7_2	GND	Capacitor	-	●
C8_2	GND	Capacitor	-	●
C9_2	GND	Capacitor	-	●
C10_2	GND	Capacitor	-	●
C11_2	GND	Capacitor	-	●
C12_2	GND	Capacitor	-	●
C13_2	GND	Capacitor	-	●
C15_2	GND	Capacitor	-	●
C16_2	GND	Capacitor	-	●
C17_2	GND	Capacitor	-	●
C18_2	GND	Capacitor	-	●
C19_2	GND	Capacitor	-	●
C20_2	GND	Capacitor	-	●
C21_2	GND	Capacitor	-	●
C22_2	GND	Capacitor	-	●
C23_2	GND	Capacitor	-	●
C24_2	GND	Capacitor	-	●
C25_2	GND	Capacitor	-	●
C26_2	GND	Capacitor	-	●
C27_2	GND	Capacitor	-	●
C28_2	GND	Capacitor	-	●
C29_2	GND	Capacitor	-	●
C30_2	GND	Capacitor	-	●
C31_2	GND	Capacitor	-	●
C32_2	GND	Capacitor	-	●
C33_2	GND	Capacitor	-	●
C34_2	GND	Capacitor	-	●
C35_2	GND	Capacitor	-	●
C36_2	GND	Capacitor	-	●
C37_2	GND	Capacitor	-	●
C38_2	GND	Capacitor	-	●
C39_2	GND	Capacitor	-	●
C40_2	GND	Capacitor	-	●
C41_2	GND	Capacitor	-	●
C42_2	GND	Capacitor	-	●
C43_2	GND	Capacitor	-	●
C44_2	GND	Capacitor	-	●
C45_2	GND	Capacitor	-	●
C46_2	GND	Capacitor	-	●
C47_2	GND	Capacitor	-	●
C48_2	GND	Capacitor	-	●
C49_2	GND	Capacitor	-	●
C50_2	GND	Capacitor	-	●
C52_2	GND	Capacitor	-	●
C53_2	GND	Capacitor	-	●
C54_2	GND	Capacitor	-	●
C55_2	GND	Capacitor	-	●
C56_2	GND	Capacitor	-	●
D2_1	GND	Passive	-	●
D9_1	GND	Passive	-	●
D10_1	GND	Passive	-	●
D11_2	GND	Passive	●	●
D12_3	GND	Passive	-	●
D12_8	GND	Passive	-	●
D13_3	GND	Passive	-	●
D13_8	GND	Passive	-	●
D14_1	GND	Passive	-	●
D15_3	GND	Passive	-	●
D15_8	GND	Passive	-	●
D16_1	GND	Passive	-	●
D17_1	GND	Passive	-	●
D18_1	GND	Passive	-	●
D19_1	GND	Passive	-	●
D20_1	GND	Passive	-	●
D22_2	GND	Passive	-	●
D22_3	GND	Passive	-	●
D23_1	GND	Passive	-	●
D24_1	GND	Passive	-	●
D25_1	GND	Passive	-	●
D26_1	GND	Passive	-	●
D27_1	GND	Passive	-	●
D28_1	GND	Passive	-	●
D29_1	GND	Passive	-	●
D30_1	GND	Passive	-	●
D31_1	GND	Passive	-	●
D32_1	GND	Passive	-	●
D33_1	GND	Passive	-	●
D34_1	GND	Passive	-	●
D35_1	GND	Passive	-	●
H1_1	GND	Passive	●	●
H2_1	GND	Passive	●	●
H3_1	GND	Passive	●	●
H4_1	GND	Passive	●	●
H5_1	GND	Passive	●	●
H6_1	GND	Passive	●	●
H8_1	GND	Passive	●	●
J1_3	GND	Connector	-	●
J2_6	GND	Connector	-	●
J2_9	GND	Connector	-	●
J2_14	GND	Connector	-	●
J2_20	GND	Connector	-	●
J2_25	GND	Connector	-	●
J2_30	GND	Connector	-	●
J2_34	GND	Connector	-	●
J2_39	GND	Connector	-	●
J4_8	GND	Connector	-	●
J5_S1	GND	Connector	-	●
J5_S2	GND	Connector	-	●
J5_S3	GND	Connector	-	●
J5_S4	GND	Connector	-	●
J5_6	GND	Connector	-	●
J6_17	GND	Connector	-	●
J7_A1	GND	Connector	-	●
J7_A12	GND	Connector	-	●
J7_B1	GND	Connector	-	●
J7_B12	GND	Connector	-	●
J8_4	GND	Connector	-	●
J8_8	GND	Connector	-	●
J9_A1	GND	Connector	-	●
J9_A12	GND	Connector	-	●
J9_B1	GND	Connector	-	●
J9_B12	GND	Connector	-	●
J9_S1	GND	Connector	-	●
Q2_2	GND	Transistor	-	●
Q4_2	GND	Transistor	-	●
Q5_2	GND	Transistor	-	●
Q6_2	GND	Transistor	-	●
R1_2	GND	Passive	-	●
R7_2	GND	Passive	-	●
R11_2	GND	Passive	●	●
R14_2	GND	Passive	-	●
R15_2	GND	Passive	-	●
R17_1	GND	Passive	-	●
R19_1	GND	Passive	-	●
R24_2	GND	Passive	-	●
R25_2	GND	Passive	-	●
R26_2	GND	Passive	-	●
R30_2	GND	Passive	-	●
R33_2	GND	Passive	-	●
R34_2	GND	Passive	-	●
R35_2	GND	Passive	-	●
R41_2	GND	Passive	-	●
R42_2	GND	Passive	-	●
R46_2	GND	Passive	-	●
R48_2	GND	Passive	●	●
R51_2	GND	Passive	-	●
R54_2	GND	Passive	-	●
S1_1	GND	Passive	-	●
S1_2	GND	Passive	-	●
U2_1	GND	IC	-	●
U2_7	GND	IC	-	●
U2_8	GND	IC	-	●
U2_13	GND	IC	-	●
U2_14	GND	IC	-	●
U2_19	GND	IC	-	●
U2_20	GND	IC	-	●
U2_25	GND	IC	-	●
U2_26	GND	IC	-	●
U2_31	GND	IC	-	●
U2_32	GND	IC	-	●
U2_37	GND	IC	-	●
U2_43	GND	IC	-	●
U2_44	GND	IC	-	●
U2_49	GND	IC	-	●
U2_50	GND	IC	-	●
U2_55	GND	IC	-	●
U2_56	GND	IC	-	●
U2_61	GND	IC	-	●
U2_62	GND	IC	-	●
U2_67	GND	IC	-	●
U2_68	GND	IC	-	●
U2_73	GND	IC	-	●
U2_74	GND	IC	-	●
U2_79	GND	IC	-	●
U2_80	GND	IC	-	●
U2_85	GND	IC	-	●
U2_86	GND	IC	-	●
U2_91	GND	IC	-	●
U2_92	GND	IC	-	●
U2_97	GND	IC	-	●
U2_98	GND	IC	-	●
U2_103	GND	IC	-	●
U2_104	GND	IC	-	●
U2_109	GND	IC	-	●
U2_110	GND	IC	-	●
U2_115	GND	IC	-	●
U2_116	GND	IC	-	●
U2_121	GND	IC	-	●
U2_122	GND	IC	-	●
U2_127	GND	IC	-	●
U2_128	GND	IC	-	●
U2_133	GND	IC	-	●
U2_134	GND	IC	-	●
U2_139	GND	IC	-	●
U2_140	GND	IC	-	●
U2_145	GND	IC	-	●
U2_146	GND	IC	-	●
U2_151	GND	IC	-	●
U2_152	GND	IC	-	●
U2_157	GND	IC	-	●
U2_158	GND	IC	-	●
U2_163	GND	IC	-	●
U2_164	GND	IC	-	●
U2_169	GND	IC	-	●
U2_170	GND	IC	-	●
U2_181	GND	IC	-	●
U2_182	GND	IC	-	●
U2_187	GND	IC	-	●
U2_188	GND	IC	-	●
U2_195	GND	IC	-	●
U2_196	GND	IC	-	●
U3_11	GND	IC	-	●
U4_11	GND	IC	-	●
U5_11	GND	IC	-	●
U6_11	GND	IC	-	●
U7_3	GND	IC	-	●
U8_2	GND	IC	-	●
U9_34	GND	IC	-	●
U9_44	GND	IC	-	●
U9_65	GND	IC	-	●
U10_2	GND	IC	-	●
U11_2	GND	IC	-	●
U12_2	GND	IC	-	●
U13_2	GND	IC	-	●
U14_2	GND	IC	-	●
U16_5	GND	IC	-	●
U16_10	GND	IC	-	●
U19_11	GND	IC	-	●
U20_7	GND	IC	-	●
U20_9	GND	IC	-	●
Y1_2	GND	Passive	-	●
Y1_4	GND	Passive	-	●
C43_1	HDMI_5V	Capacitor	-	●
J6_18	HDMI_5V	Connector	-	●
R5_1	HDMI_5V	Passive	-	●
R58_1	HDMI_5V	Passive	-	●
U14_1	HDMI_5V	IC	●	●
C52_1	Net-(C52-Pad1)	Capacitor	-	●
C53_1	Net-(C52-Pad1)	Capacitor	-	●
C54_1	Net-(C52-Pad1)	Capacitor	-	●
C55_1	Net-(C52-Pad1)	Capacitor	-	●
L1_2	Net-(C52-Pad1)	Passive	-	●
R47_1	Net-(C52-Pad1)	Passive	●	●
R49_1	Net-(C52-Pad1)	Passive	-	●
R50_1	Net-(C52-Pad1)	Passive	●	●
Q7_5	Net-(Q7-D)	Transistor	-	●
R45_1	Net-(Q7-D)	Passive	●	●
C46_1	Net-(U13-VIN)	Capacitor	-	●
R27_1	Net-(U13-VIN)	Passive	●	●
R28_1	Net-(U13-VIN)	Passive	-	●
U13_5	Net-(U13-VIN)	IC	-	●
C42_1	Net-(U14-EN)	Capacitor	-	●
R29_2	Net-(U14-EN)	Passive	●	●
U14_4	Net-(U14-EN)	IC	-	●
U14_5	Net-(U14-EN)	IC	-	●
U2_34	Net-(U2-GPIO30)	IC	●	●
U2_36	Net-(U2-GPIO31)	IC	●	●
U2_46	Net-(U2-GPIO32)	IC	●	●
U2_48	Net-(U2-GPIO33)	IC	●	●
U2_52	Net-(U2-GPIO34)	IC	●	●
U2_54	Net-(U2-GPIO35)	IC	●	●
U2_58	Net-(U2-GPIO36)	IC	●	●
U2_60	Net-(U2-GPIO37)	IC	●	●
U2_64	Net-(U2-GPIO38)	IC	●	●
U2_66	Net-(U2-GPIO39)	IC	●	●
U2_70	Net-(U2-GPIO40)	IC	●	●
U2_72	Net-(U2-GPIO41)	IC	●	●
U2_76	Net-(U2-GPIO42)	IC	●	●
U2_78	Net-(U2-GPIO43)	IC	●	●
U2_82	Net-(U2-GPIO44)	IC	●	●
U2_84	Net-(U2-GPIO45)	IC	●	●
Q5_1	RELAY1	Transistor	-	●
R11_1	RELAY1	Passive	●	●
U2_28	RELAY1	IC	●	●
C41_1	SD_PWR	Capacitor	-	●
D11_1	SD_PWR	Passive	●	●
J5_4	SD_PWR	Connector	-	●
U13_1	SD_PWR	IC	●	●

14.7 Powered-on Testing

Power rail voltage verification via test points. Measuring the output voltage under load verifies the path from regulator output through series passives to the rail.

6 power rail nets with test points: 97 source-path pins (opens + shorts), 204 sink pins (shorts only).

Powered-on Test Coverage by Power Rail
Pin ⇅	Net ⇅	Role ⇅	Opens ⇅	Shorts ⇅
C4_1	+3V3	Sink	-	●
C5_1	+3V3	Sink	-	●
C6_1	+3V3	Sink	-	●
C10_1	+3V3	Sink	-	●
C11_1	+3V3	Sink	-	●
C20_1	+3V3	Sink	-	●
C45_1	+3V3	Sink	-	●
D1_2	+3V3	Sink	-	●
J2_1	+3V3	Sink	-	●
J2_17	+3V3	Sink	-	●
Q3_2	+3V3	Sink	-	●
R4_1	+3V3	Series (U7 → R4)	●	●
R6_1	+3V3	Sink	-	●
R8_1	+3V3	Sink	-	●
R10_2	+3V3	Sink	-	●
R27_2	+3V3	Sink	-	●
R31_1	+3V3	Series (U16 → R31)	●	●
R43_1	+3V3	Series (U19 → R43)	●	●
R44_1	+3V3	Series (U19 → R44)	●	●
R50_2	+3V3	Sink	-	●
R59_2	+3V3	Sink	-	●
TP30_1	+3V3	Sink	-	●
U3_2	+3V3	Sink	-	●
U4_2	+3V3	Sink	-	●
U5_2	+3V3	Sink	-	●
U6_2	+3V3	Sink	-	●
U7_5	+3V3	Series path	●	●
U8_5	+3V3	Sink	-	●
U16_1	+3V3	Series path	●	●
C7_1	+5V	Sink	-	●
C8_1	+5V	Sink	-	●
C9_1	+5V	Sink	-	●
C12_1	+5V	Sink	-	●
C37_1	+5V	Sink	-	●
C38_1	+5V	Sink	-	●
C49_1	+5V	Sink	-	●
C50_1	+5V	Sink	-	●
D4_1	+5V	Sink	-	●
D21_2	+5V	Sink	-	●
J2_2	+5V	Sink	-	●
J2_4	+5V	Sink	-	●
K1_1	+5V	Sink	-	●
R29_1	+5V	Sink	-	●
R45_2	+5V	Sink	-	●
TP27_1	+5V	Sink	-	●
U3_19	+5V	Sink	-	●
U4_19	+5V	Sink	-	●
U5_19	+5V	Sink	-	●
U6_19	+5V	Sink	-	●
U11_5	+5V	Sink	-	●
U12_5	+5V	Sink	-	●
U20_2	+5V	Sink	-	●
U20_3	+5V	Sink	-	●
C1_2	GND	Sink	-	●
C2_2	GND	Sink	-	●
C3_2	GND	Sink	-	●
C4_2	GND	Sink	-	●
C5_2	GND	Sink	-	●
C6_2	GND	Sink	-	●
C7_2	GND	Sink	-	●
C8_2	GND	Sink	-	●
C9_2	GND	Sink	-	●
C10_2	GND	Sink	-	●
C11_2	GND	Sink	-	●
C12_2	GND	Sink	-	●
C13_2	GND	Sink	-	●
C15_2	GND	Series (U9 → C15)	●	●
C16_2	GND	Series (U9 → C16)	●	●
C17_2	GND	Series (U9 → C17)	●	●
C18_2	GND	Sink	-	●
C19_2	GND	Sink	-	●
C20_2	GND	Sink	-	●
C21_2	GND	Series (U9 → C21)	●	●
C22_2	GND	Sink	-	●
C23_2	GND	Sink	-	●
C24_2	GND	Series (U9 → C24)	●	●
C25_2	GND	Sink	-	●
C26_2	GND	Sink	-	●
C27_2	GND	Series (U9 → C27)	●	●
C28_2	GND	Sink	-	●
C29_2	GND	Sink	-	●
C30_2	GND	Sink	-	●
C31_2	GND	Sink	-	●
C32_2	GND	Sink	-	●
C33_2	GND	Sink	-	●
C34_2	GND	Sink	-	●
C35_2	GND	Sink	-	●
C36_2	GND	Sink	-	●
C37_2	GND	Sink	-	●
C38_2	GND	Sink	-	●
C39_2	GND	Sink	-	●
C40_2	GND	Sink	-	●
C41_2	GND	Series (U13 → C41)	●	●
C42_2	GND	Sink	-	●
C43_2	GND	Series (U14 → C43)	●	●
C44_2	GND	Sink	-	●
C45_2	GND	Sink	-	●
C46_2	GND	Sink	-	●
C47_2	GND	Series (U19 → C47)	●	●
C48_2	GND	Series (U20 → C48)	●	●
C49_2	GND	Sink	-	●
C50_2	GND	Sink	-	●
C52_2	GND	Sink	-	●
C53_2	GND	Sink	-	●
C54_2	GND	Sink	-	●
C55_2	GND	Sink	-	●
C56_2	GND	Sink	-	●
D2_1	GND	Sink	-	●
D9_1	GND	Sink	-	●
D10_1	GND	Sink	-	●
D11_2	GND	Sink	-	●
D12_3	GND	Sink	-	●
D12_8	GND	Sink	-	●
D13_3	GND	Sink	-	●
D13_8	GND	Sink	-	●
D14_1	GND	Sink	-	●
D15_3	GND	Sink	-	●
D15_8	GND	Sink	-	●
D16_1	GND	Sink	-	●
D17_1	GND	Sink	-	●
D18_1	GND	Sink	-	●
D19_1	GND	Sink	-	●
D20_1	GND	Sink	-	●
D22_2	GND	Sink	-	●
D22_3	GND	Sink	-	●
D23_1	GND	Sink	-	●
D24_1	GND	Sink	-	●
D25_1	GND	Sink	-	●
D26_1	GND	Sink	-	●
D27_1	GND	Sink	-	●
D28_1	GND	Sink	-	●
D29_1	GND	Sink	-	●
D30_1	GND	Sink	-	●
D31_1	GND	Sink	-	●
D32_1	GND	Sink	-	●
D33_1	GND	Sink	-	●
D34_1	GND	Sink	-	●
D35_1	GND	Sink	-	●
H1_1	GND	Sink	-	●
H2_1	GND	Sink	-	●
H3_1	GND	Sink	-	●
H4_1	GND	Sink	-	●
H5_1	GND	Sink	-	●
H6_1	GND	Sink	-	●
H8_1	GND	Sink	-	●
J1_3	GND	Sink	-	●
J2_6	GND	Sink	-	●
J2_9	GND	Sink	-	●
J2_14	GND	Sink	-	●
J2_20	GND	Sink	-	●
J2_25	GND	Sink	-	●
J2_30	GND	Sink	-	●
J2_34	GND	Sink	-	●
J2_39	GND	Sink	-	●
J4_8	GND	Sink	-	●
J5_S1	GND	Sink	-	●
J5_S2	GND	Sink	-	●
J5_S3	GND	Sink	-	●
J5_S4	GND	Sink	-	●
J5_6	GND	Sink	-	●
J6_17	GND	Sink	-	●
J7_A1	GND	Sink	-	●
J7_A12	GND	Sink	-	●
J7_B1	GND	Sink	-	●
J7_B12	GND	Sink	-	●
J8_4	GND	Sink	-	●
J8_8	GND	Sink	-	●
J9_A1	GND	Sink	-	●
J9_A12	GND	Sink	-	●
J9_B1	GND	Sink	-	●
J9_B12	GND	Sink	-	●
J9_S1	GND	Sink	-	●
Q2_2	GND	Sink	-	●
Q4_2	GND	Sink	-	●
Q5_2	GND	Sink	-	●
Q6_2	GND	Sink	-	●
R1_2	GND	Sink	-	●
R7_2	GND	Sink	-	●
R11_2	GND	Series (U2 → R11)	●	●
R14_2	GND	Sink	-	●
R15_2	GND	Series (U9 → R15)	●	●
R17_1	GND	Series (U9 → R17)	●	●
R19_1	GND	Series (U9 → R19)	●	●
R24_2	GND	Sink	-	●
R25_2	GND	Sink	-	●
R26_2	GND	Sink	-	●
R30_2	GND	Sink	-	●
R33_2	GND	Sink	-	●
R34_2	GND	Sink	-	●
R35_2	GND	Sink	-	●
R41_2	GND	Series (U20 → R41)	●	●
R42_2	GND	Series (U19 → R42)	●	●
R46_2	GND	Sink	-	●
R48_2	GND	Series (U20 → R48)	●	●
R51_2	GND	Series (U2 → R51)	●	●
R54_2	GND	Sink	-	●
S1_1	GND	Sink	-	●
S1_2	GND	Sink	-	●
TP1_1	GND	Sink	-	●
U2_1	GND	Series path	●	●
U2_7	GND	Series path	●	●
U2_8	GND	Series path	●	●
U2_13	GND	Series path	●	●
U2_14	GND	Series path	●	●
U2_19	GND	Series path	●	●
U2_20	GND	Series path	●	●
U2_25	GND	Series path	●	●
U2_26	GND	Series path	●	●
U2_31	GND	Series path	●	●
U2_32	GND	Series path	●	●
U2_37	GND	Series path	●	●
U2_43	GND	Series path	●	●
U2_44	GND	Series path	●	●
U2_49	GND	Series path	●	●
U2_50	GND	Series path	●	●
U2_55	GND	Series path	●	●
U2_56	GND	Series path	●	●
U2_61	GND	Series path	●	●
U2_62	GND	Series path	●	●
U2_67	GND	Series path	●	●
U2_68	GND	Series path	●	●
U2_73	GND	Series path	●	●
U2_74	GND	Series path	●	●
U2_79	GND	Series path	●	●
U2_80	GND	Series path	●	●
U2_85	GND	Series path	●	●
U2_86	GND	Series path	●	●
U2_91	GND	Series path	●	●
U2_92	GND	Series path	●	●
U2_97	GND	Series path	●	●
U2_98	GND	Series path	●	●
U2_103	GND	Series path	●	●
U2_104	GND	Series path	●	●
U2_109	GND	Series path	●	●
U2_110	GND	Series path	●	●
U2_115	GND	Series path	●	●
U2_116	GND	Series path	●	●
U2_121	GND	Series path	●	●
U2_122	GND	Series path	●	●
U2_127	GND	Series path	●	●
U2_128	GND	Series path	●	●
U2_133	GND	Series path	●	●
U2_134	GND	Series path	●	●
U2_139	GND	Series path	●	●
U2_140	GND	Series path	●	●
U2_145	GND	Series path	●	●
U2_146	GND	Series path	●	●
U2_151	GND	Series path	●	●
U2_152	GND	Series path	●	●
U2_157	GND	Series path	●	●
U2_158	GND	Series path	●	●
U2_163	GND	Series path	●	●
U2_164	GND	Series path	●	●
U2_169	GND	Series path	●	●
U2_170	GND	Series path	●	●
U2_181	GND	Series path	●	●
U2_182	GND	Series path	●	●
U2_187	GND	Series path	●	●
U2_188	GND	Series path	●	●
U2_195	GND	Series path	●	●
U2_196	GND	Series path	●	●
U3_11	GND	Sink	-	●
U4_11	GND	Sink	-	●
U5_11	GND	Sink	-	●
U6_11	GND	Sink	-	●
U7_3	GND	Sink	-	●
U8_2	GND	Sink	-	●
U9_34	GND	Series path	●	●
U9_44	GND	Series path	●	●
U9_65	GND	Series path	●	●
U10_2	GND	Series path	●	●
U11_2	GND	Sink	-	●
U12_2	GND	Sink	-	●
U13_2	GND	Series path	●	●
U14_2	GND	Series path	●	●
U16_5	GND	Sink	-	●
U16_10	GND	Sink	-	●
U19_11	GND	Series path	●	●
U20_7	GND	Series path	●	●
U20_9	GND	Series path	●	●
Y1_2	GND	Sink	-	●
Y1_4	GND	Sink	-	●
C52_1	Net-(C52-Pad1)	Sink	-	●
C53_1	Net-(C52-Pad1)	Sink	-	●
C54_1	Net-(C52-Pad1)	Sink	-	●
C55_1	Net-(C52-Pad1)	Sink	-	●
L1_2	Net-(C52-Pad1)	Series (U20 → L1)	●	●
R47_1	Net-(C52-Pad1)	Series (U20 → R47)	●	●
R49_1	Net-(C52-Pad1)	Sink	-	●
R50_1	Net-(C52-Pad1)	Sink	-	●
TP29_1	Net-(C52-Pad1)	Sink	-	●
C46_1	Net-(U13-VIN)	Sink	-	●
R27_1	Net-(U13-VIN)	Sink	-	●
R28_1	Net-(U13-VIN)	Sink	-	●
TP20_1	Net-(U13-VIN)	Sink	-	●
U13_5	Net-(U13-VIN)	Sink	-	●
C42_1	Net-(U14-EN)	Sink	-	●
R29_2	Net-(U14-EN)	Sink	-	●
TP22_1	Net-(U14-EN)	Sink	-	●
U14_4	Net-(U14-EN)	Sink	-	●
U14_5	Net-(U14-EN)	Sink	-	●

14.8 Boundary Scan Testability

Boundary scan capable device(s) were identified, but no JTAG test access exists - the TAP pins are not reachable from any connector, test point, or probe point.

14.8.1 Boundary Scan Capable, TAP Not Accessible

U9 (LAN9512I-JZX) is boundary scan capable - BSDL LAN9512_JZX identifies the device - but its JTAG TAP pins have no test access. This is less than optimal for manufacturing test: route the TAP to a debug connector, or at minimum place test points on the TAP nets so test equipment can drive the boundary scan chain.

Pin	Pin Name	Role	Net	Status
U9_32	TCK	TCK	3V3_LAN1	No test access
U9_29	TMS	TMS	3V3_LAN1	No test access
U9_30	TDI	TDI	3V3_LAN1	No test access
U9_31	TDO	TDO		Not connected
U9_28	TRST	TRST	3V3_LAN1	No test access

14.9 Inspection

Total: 187 components, 904 of 920 pins with inspection coverage.

14.9.1 AOI

Package Identified from the Footprint Name (Non-IPC Footprints)
Footprint names are not IPC-7351B or IPC-7251, but each one names its package: a chip size code (0201 or larger) or a package name such as SOT, SOIC or QFP. These solder joints count toward inspection coverage.
Footprint	Size (mil)	Pkg Type	Classification	Method	Count	Pins	Refdes
Opens + Shorts (all joints visible)
daymoon
SOT-23			SOT (Small Outline Transistor)	Footprint	1	3	Q3
SOT-23-6			SOT (Small Outline Transistor)	Footprint	1	6	U10
SOT-323_SC-70			SOT (Small Outline Transistor)	Footprint	5	15	Q1, Q2, Q4, Q5, Q6
SOT-353_SC-70-5			SOT (Small Outline Transistor)	Footprint	1	5	U7
TSOT-23-5			SOT (Small Outline Transistor)	Footprint	5	25	U11, U12, U13, U14, U8
C_0603_1608Metric			Chip Passive	Footprint size	44	88	C10, C11, C12, C13, C15, C16, C17, C18 ...+36 more
C_0805_2012Metric			Chip Passive	Footprint size	1	2	C41
C_1206_3216Metric			Chip Passive	Footprint size	5	10	C40, C44, C49, C50, C56
C_1210_3225Metric			Chip Passive	Footprint size	5	10	C1, C52, C53, C54, C55
R_0402_1005Metric			Chip Passive	Footprint size	2	4	R5, R58
R_0603_1608Metric			Chip Passive	Footprint size	50	100	FB1, FB2, R1, R10, R11, R12, R13, R14 ...+42 more
R_1206_3216Metric			Chip Passive	Footprint size	7	14	R26, R30, R45, R50, R54, R59, R6
R_shunt_1206_3216Metric			Chip Passive	Footprint size	1	2	F1
D_POWERDI5			SOD (Diode Package)	Footprint	1	3	D22
D_SOD-123F			SOD (Diode Package)	Footprint	1	2	D4
D_SOD-123W			SOD (Diode Package)	Footprint	1	2	D11
Subtotal: 131 components, 291 pins
Opens only (leads visible, shorts unreliable)
daymoon
HSOP-8-1EP_3.9x4.9mm_P1.27mm_EP2.41x3.1mm_ThermalVias			SOIC/SOP	Footprint	1	9	U20
MSOP-10_3x3mm_P0.5mm			SOIC/SOP	Footprint	1	10	U16
TSSOP-20_4.4x6.5mm_P0.65mm			SOIC/SOP	Footprint	4	80	U3, U4, U5, U6
Subtotal: 6 components, 99 pins

Assumed Classification (Non-IPC Footprints)
Footprint names are not IPC-7351B or IPC-7251. Package type inferred from Pkg Type property or designator prefix. Classification may be incorrect.
Footprint	Size (mil)	Pkg Type	Classification	Method	Count	Pins	Refdes
Opens + Shorts (all joints visible)
daymoon
L_IHLP2525CZ			Chip Passive	Designator	1	2	L1
D_0402_1005Metric			SOD (Diode Package)	Designator	21	42	D10, D14, D16, D17, D18, D19, D2, D20 ...+13 more
LED_0603_1608Metric			SOD (Diode Package)	Designator	1	2	D6
LED_0805_2012Metric			SOD (Diode Package)	Designator	7	14	D1, D21, D23, D3, D5, D7, D8
SLP2510P8			SOD (Diode Package)	Designator	3	30	D12, D13, D15
Subtotal: 33 components, 90 pins
Opens only (leads visible, shorts unreliable)
daymoon
SO_DIMM_200p_TE_1473149-4			SOIC/SOP	Designator	1	202	U2
Subtotal: 1 components, 202 pins
Presence check (manual verification)
daymoon
685119134923			Connector	Designator	1	20	J6
GCT_MEM2052-00-195-00-A			Connector	Designator	1	13	J5
GCT_USB4085-GF-A_REVA4			Connector	Designator	1	17	J9
GCT_USB4205-GF-A_REVA			Connector	Designator	1	17	J7
PC_1862055			Connector	Designator	1	6	J3
PinHeader_1x03_P2.54mm_Vertical			Connector	Designator	1	3	J1
PinHeader_2x20_P2.54mm_Vertical			Connector	Designator	1	40	J2
RJ45-POE_ARJM11D7-009			Connector	Designator	1	13	J4
TE_5787745-1			Connector	Designator	1	12	J8
Subtotal: 9 components, 141 pins

14.9.2 AXI

Package Identified from the Footprint Name (Non-IPC Footprints)
Footprint names are not IPC-7351B or IPC-7251, but each one names its package (QFN, DFN, BGA or LGA). These hidden joints count toward X-ray inspection coverage.
Footprint	Size (mil)	Pkg Type	Classification	Method	Count	Pins	Refdes
daymoon
DFN-8_FET_3x3mm			QFN/DFN (No-Lead)	Footprint	1	5	Q7
QFN-64-1EP_9x9mm_P0.5mm_EP7.3x7.3mm			QFN/DFN (No-Lead)	Footprint	2	65	U9, U9
WDFN-10-1EP_3x3mm_P0.5mm_EP1.8x2.5mm			QFN/DFN (No-Lead)	Footprint	1	11	U19
Subtotal: 4 components, 81 pins

14.9.3 Unclassified Components

Footprint	Classification	Method	Count	Pins	Refdes
These components could not be classified for inspection. The library symbol lacks a Pkg Type property and the footprint name is not IPC-7351B or IPC-7251.
daymoon
Crystal_SMD_5032-4Pin_5.0x3.2mm	Oscillator / Crystal	Designator	1	4	Y1
MIKROSPINAC_PTS810	Unclassified	Unknown	1	4	S1
Relay_2P2T_10x6mm_TE_IMxxG	Unclassified	Unknown	1	8	K1
Subtotal: 3 components, 16 pins

14.10 Solder-Joint Testability

Predicted status of each pin for shorts and opens based on DFx options selected in section 13.1.

14.10.1 Solder-Joint Testability Summary

Solder-Joint Testability Summary (934 solder joints)
Test Method	Opens	Shorts
X-ray (AXI)	81 (8.7%)	81 (8.7%)
Optical (AOI)	390 (41.8%)	291 (31.2%)
Electrical
Powered-off Testing	143 (15.3%)	334 (35.8%)
Boundary Scan	0 (0.0%)	0 (0.0%)
LSSI	34 (3.6%)	34 (3.6%)
Total	203 (21.7%)	456 (48.8%)
Total Solder-Joint Testability	588 (63.0%)	601 (64.3%)
No coverage	346 (37.0%)	333 (35.7%)

14.10.2 Untestable Solder Joints (254)

Pin ⇅	Net ⇅
These pins have no electrical, optical, or X-ray test coverage even with all available test techniques applied.
J5_9
D1_1	Net-(D1-K)
J1_2	Net-(J1-Pin_2)
S1_3	RUN
S1_4	RUN
H7_1	Net-(H7-Pad1)
D2_2	RUN
D3_1	Net-(D3-K)
D3_2	Net-(D3-A)
U2_2	EMMC_DISABLE_N
U2_3	Net-(U2-GPIO0)
U2_5	Net-(U2-GPIO1)
U2_9	GPIO2
U2_11	GPIO3
U2_15	GPIO4
U2_17	GPIO5
U2_21	GPIO6
U2_23	GPIO7
U2_27	GPIO8
U2_29	GPIO9
U2_30	LAN1_EN
U2_33	GPIO10
U2_35	GPIO11
U2_38
U2_45	GPIO12
U2_47	GPIO13
U2_51	GPIO14
U2_53	GPIO15
U2_57	GPIO16
U2_59	GPIO17
U2_63	GPIO18
U2_65	GPIO19
U2_69	GPIO20
U2_71	GPIO21
U2_75	GPIO22
U2_77	GPIO23
U2_81	GPIO24
U2_83	GPIO25
U2_87	GPIO26
U2_88	Net-(Q4-D)
U2_89	GPIO27
U2_90	EMMC_EN_N_1V8
U2_93
U2_94
U2_95
U2_96
U2_99
U2_100
U2_101
U2_102
U2_105
U2_106
U2_107
U2_108
U2_111	HDMI0_CK_N
U2_112
U2_113	HDMI0_CK_P
U2_114
U2_117	HDMI0_D0_N
U2_118
U2_119	HDMI0_D0_P
U2_120
U2_123	HDMI0_D1_N
U2_124
U2_125	HDMI0_D1_P
U2_126
U2_129	HDMI0_D2_N
U2_130
U2_131	HDMI0_D2_P
U2_132
U2_135
U2_136
U2_137
U2_138
U2_141
U2_142
U2_143
U2_144
U2_147
U2_148
U2_149
U2_150
U2_153
U2_154
U2_155
U2_156
U2_159
U2_160
U2_161
U2_162
U2_165	USB_P
U2_166
U2_167	USB_N
U2_168	USB_OTGID
U2_171	HDMI0_CEC
U2_172
U2_174
U2_176
U2_177	RUN
U2_178
U2_179
U2_180
U2_183
U2_184
U2_185
U2_186
U2_189	Net-(R9-Pad2)
U2_190	Net-(R9-Pad2)
U2_S1
U2_S2
R3_1
R3_2
J2_3	GPIO2_EXT
J2_5	GPIO3_EXT
J2_7	GPIO4_EXT
J2_8	GPIO14_EXT
J2_10	GPIO15_EXT
J2_11	GPIO17_EXT
J2_12	GPIO18_EXT
J2_13	GPIO27_EXT
J2_15	GPIO22_EXT
J2_16	GPIO23_EXT
J2_18	GPIO24_EXT
J2_19	GPIO10_EXT
J2_21	GPIO9_EXT
J2_22	GPIO25_EXT
J2_23	GPIO11_EXT
J2_24	GPIO8_EXT
J2_26	GPIO7_EXT
J2_27	ID_SD
J2_28	ID_SC
J2_29	GPIO5_EXT
J2_31	GPIO6_EXT
J2_32	GPIO12_EXT
J2_33	GPIO13_EXT
J2_35	GPIO19_EXT
J2_36	GPIO16_EXT
J2_37	GPIO26_EXT
J2_38	GPIO20_EXT
J2_40	GPIO21_EXT
D17_2	Net-(D17-A2)
D20_2	USB_D-
D16_2	Net-(D16-A2)
L1_1	Net-(D22-K)
D18_2	Net-(D18-A2)
D19_2	USB_D+
J9_A4	Net-(D18-A2)
J9_A5	Net-(D16-A2)
J9_A6	USB_D+
J9_A7	USB_D-
J9_A8
J9_A9	Net-(D18-A2)
J9_B4	Net-(D18-A2)
J9_B5	Net-(D17-A2)
J9_B6	USB_D+
J9_B7	USB_D-
J9_B8
J9_B9	Net-(D18-A2)
R40_1
R40_2
D23_2	Net-(D23-A)
D21_1	Net-(D21-K)
J7_A5	Net-(J7-CC1)
J7_A6	USB_BOOT_P
J7_A7	USB_BOOT_N
J7_A8
J7_B5	Net-(J7-CC2)
J7_B6	USB_BOOT_P
J7_B7	USB_BOOT_N
J7_B8
J7_SH	Net-(J7-SHIELD)
D24_2	USB_BOOT_P
D26_2	USB_OTG_1_P
D27_2	USB_OTG_2_P
D28_2	USB_OTG_1_N
D29_2	USB_OTG_2_N
J8_2	USB_OTG_1_N
J8_3	USB_OTG_1_P
J8_6	USB_OTG_2_N
J8_7	USB_OTG_2_P
J8_S1	Net-(J7-SHIELD)
J8_S2	Net-(J7-SHIELD)
J8_S3	Net-(J7-SHIELD)
J8_S4	Net-(J7-SHIELD)
D14_2	USB_BOOT_N
C14_1
C14_2
J4_1	LAN1_TXP
J4_2	LAN1_TXN
J4_3	LAN1_RXP
J4_4	Net-(C39-Pad1)
J4_5	Net-(C39-Pad1)
J4_6	LAN1_RXN
J4_7
J4_9	Net-(J4-LEDG_A)
J4_10	nLNKA_LAN1
J4_11	Net-(J4-LEDY_A)
J4_12	nSPD_LAN1
D6_1	nFDX_LAN1
D6_2	Net-(D6-A)
Y1_1	Net-(U9A-XO)
Y1_3	Net-(U9A-XI)
D7_1	Net-(D7-K)
D8_1	Net-(D8-K)
D5_1	Net-(D5-K)
D12_1	HDMI0_D2_P
D12_2	HDMI0_D2_N
D12_4	HDMI0_D1_P
D12_5	HDMI0_D1_N
D12_6	HDMI0_D1_N
D12_7	HDMI0_D1_P
D12_9	HDMI0_D2_N
D12_10	HDMI0_D2_P
D15_1	HDMI0_HOTPLUG
D15_5	HDMI0_CEC
D15_6	HDMI0_CEC
D15_10	HDMI0_HOTPLUG
D13_1	HDMI0_D0_P
D13_2	HDMI0_D0_N
D13_4	HDMI0_CK_P
D13_5	HDMI0_CK_N
D13_6	HDMI0_CK_N
D13_7	HDMI0_CK_P
D13_9	HDMI0_D0_N
D13_10	HDMI0_D0_P
J6_1	HDMI0_D2_P
J6_2	Net-(J6-CKS)
J6_3	HDMI0_D2_N
J6_4	HDMI0_D1_P
J6_5	Net-(J6-CKS)
J6_6	HDMI0_D1_N
J6_7	HDMI0_D0_P
J6_8	Net-(J6-CKS)
J6_9	HDMI0_D0_N
J6_10	HDMI0_CK_P
J6_11	Net-(J6-CKS)
J6_12	HDMI0_CK_N
J6_13	HDMI0_CEC
J6_14
J6_19	HDMI0_HOTPLUG
J6_SH	Net-(J6-CKS)
J3_1	RELAY1_NO
J3_2	RELAY1_NO
J3_3	RELAY1_COM
J3_4	RELAY1_COM
J3_5	RELAY1_NC
J3_6	RELAY1_NC
K1_2
K1_3
K1_4
K1_5	RELAY1_NO
K1_6	RELAY1_COM
K1_7	RELAY1_NC
K1_8	Net-(D4-A)

14.10.3 Per-Solder-Joint Testability Matrix

● = Detected ◐ = Partially detected - = Not tested | E = Electrical (ICT/flying probe) O = Optical (AOI) X = X-ray (AXI)

Pin ⇅	Net ⇅	E Opens ⇅	E Shorts ⇅	O Opens ⇅	O Shorts ⇅	X Opens ⇅	X Shorts ⇅
H1_1	GND	●	●	-	-	-	-
H4_1	GND	●	●	-	-	-	-
H2_1	GND	●	●	-	-	-	-
H3_1	GND	●	●	-	-	-	-
D35_1	GND	-	●	-	-	-	-
D35_2	SD_CLK	●	◐	-	-	-	-
D11_1	SD_PWR	●	●	●	◐	-	-
D11_2	GND	●	●	●	◐	-	-
D10_1	GND	-	●	-	-	-	-
D10_2	SD_DAT1	●	◐	-	-	-	-
C41_1	SD_PWR	-	●	●	◐	-	-
C41_2	GND	●	●	●	◐	-	-
U13_1	SD_PWR	●	●	●	◐	-	-
U13_2	GND	●	●	●	◐	-	-
U13_3		-	-	●	◐	-	-
U13_4	SD_VDD	-	●	●	◐	-	-
U13_5	Net-(U13-VIN)	-	●	●	◐	-	-
D32_1	GND	-	●	-	-	-	-
D32_2	SD_DAT2	●	◐	-	-	-	-
R28_1	Net-(U13-VIN)	-	●	●	◐	-	-
R28_2	SD_VDD	-	●	●	◐	-	-
J5_1	SD_DAT2	●	◐	-	-	-	-
J5_2	SD_DAT3	●	◐	-	-	-	-
J5_3	SD_CMD	●	◐	-	-	-	-
J5_4	SD_PWR	-	●	-	-	-	-
J5_5	SD_CLK	●	◐	-	-	-	-
J5_6	GND	-	●	-	-	-	-
J5_7	SD_DAT0	●	◐	-	-	-	-
J5_8	SD_DAT1	●	◐	-	-	-	-
J5_9		-	-	-	-	-	-
J5_S1	GND	-	●	-	-	-	-
J5_S2	GND	-	●	-	-	-	-
J5_S3	GND	-	●	-	-	-	-
J5_S4	GND	-	●	-	-	-	-
D34_1	GND	-	●	-	-	-	-
D34_2	SD_CMD	●	◐	-	-	-	-
D9_1	GND	-	●	-	-	-	-
D9_2	SD_DAT0	●	◐	-	-	-	-
C46_1	Net-(U13-VIN)	-	●	●	◐	-	-
C46_2	GND	-	●	●	◐	-	-
D33_1	GND	-	●	-	-	-	-
D33_2	SD_DAT3	●	◐	-	-	-	-
R27_1	Net-(U13-VIN)	●	●	●	◐	-	-
R27_2	+3V3	●	●	●	◐	-	-
D1_1	Net-(D1-K)	-	-	-	-	-	-
D1_2	+3V3	-	●	-	-	-	-
R59_1	+BATT	-	●	●	◐	-	-
R59_2	+3V3	-	●	●	◐	-	-
J1_1	USB_BOOT_VBUS	-	●	-	-	-	-
J1_2	Net-(J1-Pin_2)	-	-	-	-	-	-
J1_3	GND	-	●	-	-	-	-
R9_1	Net-(C1-Pad1)	●	●	●	◐	-	-
R9_2	Net-(R9-Pad2)	-	-	●	◐	-	-
H8_1	GND	●	●	-	-	-	-
S1_1	GND	-	●	-	-	-	-
S1_2	GND	-	●	-	-	-	-
S1_3	RUN	-	-	-	-	-	-
S1_4	RUN	-	-	-	-	-	-
R52_1	CM4_SDA0	●	●	●	◐	-	-
R52_2	Net-(U2-GPIO0)	-	-	●	◐	-	-
R6_1	+3V3	-	●	●	◐	-	-
R6_2	Net-(C1-Pad1)	-	●	●	◐	-	-
R4_1	+3V3	●	●	●	◐	-	-
R4_2	RUN	-	-	●	◐	-	-
R51_1	USB_OTGID	-	-	●	◐	-	-
R51_2	GND	●	●	●	◐	-	-
H7_1	Net-(H7-Pad1)	-	-	-	-	-	-
H6_1	GND	●	●	-	-	-	-
Q4_1	HDMI0_HOTPLUG	-	-	●	◐	-	-
Q4_2	GND	-	●	●	◐	-	-
Q4_3	Net-(Q4-D)	-	-	●	◐	-	-
D2_1	GND	-	●	-	-	-	-
D2_2	RUN	-	-	-	-	-	-
D3_1	Net-(D3-K)	-	-	-	-	-	-
D3_2	Net-(D3-A)	-	-	-	-	-	-
C1_1	Net-(C1-Pad1)	-	●	●	◐	-	-
C1_2	GND	-	●	●	◐	-	-
Q2_1	EMMC_EN_N_1V8	-	-	●	◐	-	-
Q2_2	GND	-	●	●	◐	-	-
Q2_3	Net-(Q1-S)	-	-	●	◐	-	-
C3_1	Net-(C3-Pad1)	-	●	●	◐	-	-
C3_2	GND	-	●	●	◐	-	-
R8_1	+3V3	-	●	●	◐	-	-
R8_2	Net-(C2-Pad1)	-	●	●	◐	-	-
Q3_1	RUN	-	-	●	◐	-	-
Q3_2	+3V3	-	●	●	◐	-	-
Q3_3	Net-(D3-A)	-	-	●	◐	-	-
R2_1	Net-(D1-K)	-	-	●	◐	-	-
R2_2	Net-(Q1-S)	-	-	●	◐	-	-
R7_1	Net-(D3-K)	-	-	●	◐	-	-
R7_2	GND	-	●	●	◐	-	-
U2_1	GND	●	●	-	-	-	-
U2_2	EMMC_DISABLE_N	-	-	-	-	-	-
U2_3	Net-(U2-GPIO0)	-	-	-	-	-	-
U2_4	SD_VDD	-	●	-	-	-	-
U2_5	Net-(U2-GPIO1)	-	-	-	-	-	-
U2_6	SD_VDD	-	●	-	-	-	-
U2_7	GND	●	●	-	-	-	-
U2_8	GND	●	●	-	-	-	-
U2_9	GPIO2	-	-	-	-	-	-
U2_10	SD_CLK	●	◐	-	-	-	-
U2_11	GPIO3	-	-	-	-	-	-
U2_12	SD_CMD	●	◐	-	-	-	-
U2_13	GND	●	●	-	-	-	-
U2_14	GND	●	●	-	-	-	-
U2_15	GPIO4	-	-	-	-	-	-
U2_16	SD_DAT0	●	◐	-	-	-	-
U2_17	GPIO5	-	-	-	-	-	-
U2_18	SD_DAT1	●	◐	-	-	-	-
U2_19	GND	●	●	-	-	-	-
U2_20	GND	●	●	-	-	-	-
U2_21	GPIO6	-	-	-	-	-	-
U2_22	SD_DAT2	●	◐	-	-	-	-
U2_23	GPIO7	-	-	-	-	-	-
U2_24	SD_DAT3	●	◐	-	-	-	-
U2_25	GND	●	●	-	-	-	-
U2_26	GND	●	●	-	-	-	-
U2_27	GPIO8	-	-	-	-	-	-
U2_28	RELAY1	●	●	-	-	-	-
U2_29	GPIO9	-	-	-	-	-	-
U2_30	LAN1_EN	-	-	-	-	-	-
U2_31	GND	●	●	-	-	-	-
U2_32	GND	●	●	-	-	-	-
U2_33	GPIO10	-	-	-	-	-	-
U2_34	Net-(U2-GPIO30)	●	●	-	-	-	-
U2_35	GPIO11	-	-	-	-	-	-
U2_36	Net-(U2-GPIO31)	●	●	-	-	-	-
U2_37	GND	●	●	-	-	-	-
U2_38		-	-	-	-	-	-
U2_39	Net-(C2-Pad1)	-	●	-	-	-	-
U2_40	Net-(C2-Pad1)	-	●	-	-	-	-
U2_41	Net-(C3-Pad1)	-	●	-	-	-	-
U2_42	Net-(C3-Pad1)	-	●	-	-	-	-
U2_43	GND	●	●	-	-	-	-
U2_44	GND	●	●	-	-	-	-
U2_45	GPIO12	-	-	-	-	-	-
U2_46	Net-(U2-GPIO32)	●	●	-	-	-	-
U2_47	GPIO13	-	-	-	-	-	-
U2_48	Net-(U2-GPIO33)	●	●	-	-	-	-
U2_49	GND	●	●	-	-	-	-
U2_50	GND	●	●	-	-	-	-
U2_51	GPIO14	-	-	-	-	-	-
U2_52	Net-(U2-GPIO34)	●	●	-	-	-	-
U2_53	GPIO15	-	-	-	-	-	-
U2_54	Net-(U2-GPIO35)	●	●	-	-	-	-
U2_55	GND	●	●	-	-	-	-
U2_56	GND	●	●	-	-	-	-
U2_57	GPIO16	-	-	-	-	-	-
U2_58	Net-(U2-GPIO36)	●	●	-	-	-	-
U2_59	GPIO17	-	-	-	-	-	-
U2_60	Net-(U2-GPIO37)	●	●	-	-	-	-
U2_61	GND	●	●	-	-	-	-
U2_62	GND	●	●	-	-	-	-
U2_63	GPIO18	-	-	-	-	-	-
U2_64	Net-(U2-GPIO38)	●	●	-	-	-	-
U2_65	GPIO19	-	-	-	-	-	-
U2_66	Net-(U2-GPIO39)	●	●	-	-	-	-
U2_67	GND	●	●	-	-	-	-
U2_68	GND	●	●	-	-	-	-
U2_69	GPIO20	-	-	-	-	-	-
U2_70	Net-(U2-GPIO40)	●	●	-	-	-	-
U2_71	GPIO21	-	-	-	-	-	-
U2_72	Net-(U2-GPIO41)	●	●	-	-	-	-
U2_73	GND	●	●	-	-	-	-
U2_74	GND	●	●	-	-	-	-
U2_75	GPIO22	-	-	-	-	-	-
U2_76	Net-(U2-GPIO42)	●	●	-	-	-	-
U2_77	GPIO23	-	-	-	-	-	-
U2_78	Net-(U2-GPIO43)	●	●	-	-	-	-
U2_79	GND	●	●	-	-	-	-
U2_80	GND	●	●	-	-	-	-
U2_81	GPIO24	-	-	-	-	-	-
U2_82	Net-(U2-GPIO44)	●	●	-	-	-	-
U2_83	GPIO25	-	-	-	-	-	-
U2_84	Net-(U2-GPIO45)	●	●	-	-	-	-
U2_85	GND	●	●	-	-	-	-
U2_86	GND	●	●	-	-	-	-
U2_87	GPIO26	-	-	-	-	-	-
U2_88	Net-(Q4-D)	-	-	-	-	-	-
U2_89	GPIO27	-	-	-	-	-	-
U2_90	EMMC_EN_N_1V8	-	-	-	-	-	-
U2_91	GND	●	●	-	-	-	-
U2_92	GND	●	●	-	-	-	-
U2_93		-	-	-	-	-	-
U2_94		-	-	-	-	-	-
U2_95		-	-	-	-	-	-
U2_96		-	-	-	-	-	-
U2_97	GND	●	●	-	-	-	-
U2_98	GND	●	●	-	-	-	-
U2_99		-	-	-	-	-	-
U2_100		-	-	-	-	-	-
U2_101		-	-	-	-	-	-
U2_102		-	-	-	-	-	-
U2_103	GND	●	●	-	-	-	-
U2_104	GND	●	●	-	-	-	-
U2_105		-	-	-	-	-	-
U2_106		-	-	-	-	-	-
U2_107		-	-	-	-	-	-
U2_108		-	-	-	-	-	-
U2_109	GND	●	●	-	-	-	-
U2_110	GND	●	●	-	-	-	-
U2_111	HDMI0_CK_N	-	-	-	-	-	-
U2_112		-	-	-	-	-	-
U2_113	HDMI0_CK_P	-	-	-	-	-	-
U2_114		-	-	-	-	-	-
U2_115	GND	●	●	-	-	-	-
U2_116	GND	●	●	-	-	-	-
U2_117	HDMI0_D0_N	-	-	-	-	-	-
U2_118		-	-	-	-	-	-
U2_119	HDMI0_D0_P	-	-	-	-	-	-
U2_120		-	-	-	-	-	-
U2_121	GND	●	●	-	-	-	-
U2_122	GND	●	●	-	-	-	-
U2_123	HDMI0_D1_N	-	-	-	-	-	-
U2_124		-	-	-	-	-	-
U2_125	HDMI0_D1_P	-	-	-	-	-	-
U2_126		-	-	-	-	-	-
U2_127	GND	●	●	-	-	-	-
U2_128	GND	●	●	-	-	-	-
U2_129	HDMI0_D2_N	-	-	-	-	-	-
U2_130		-	-	-	-	-	-
U2_131	HDMI0_D2_P	-	-	-	-	-	-
U2_132		-	-	-	-	-	-
U2_133	GND	●	●	-	-	-	-
U2_134	GND	●	●	-	-	-	-
U2_135		-	-	-	-	-	-
U2_136		-	-	-	-	-	-
U2_137		-	-	-	-	-	-
U2_138		-	-	-	-	-	-
U2_139	GND	●	●	-	-	-	-
U2_140	GND	●	●	-	-	-	-
U2_141		-	-	-	-	-	-
U2_142		-	-	-	-	-	-
U2_143		-	-	-	-	-	-
U2_144		-	-	-	-	-	-
U2_145	GND	●	●	-	-	-	-
U2_146	GND	●	●	-	-	-	-
U2_147		-	-	-	-	-	-
U2_148		-	-	-	-	-	-
U2_149		-	-	-	-	-	-
U2_150		-	-	-	-	-	-
U2_151	GND	●	●	-	-	-	-
U2_152	GND	●	●	-	-	-	-
U2_153		-	-	-	-	-	-
U2_154		-	-	-	-	-	-
U2_155		-	-	-	-	-	-
U2_156		-	-	-	-	-	-
U2_157	GND	●	●	-	-	-	-
U2_158	GND	●	●	-	-	-	-
U2_159		-	-	-	-	-	-
U2_160		-	-	-	-	-	-
U2_161		-	-	-	-	-	-
U2_162		-	-	-	-	-	-
U2_163	GND	●	●	-	-	-	-
U2_164	GND	●	●	-	-	-	-
U2_165	USB_P	-	-	-	-	-	-
U2_166		-	-	-	-	-	-
U2_167	USB_N	-	-	-	-	-	-
U2_168	USB_OTGID	-	-	-	-	-	-
U2_169	GND	●	●	-	-	-	-
U2_170	GND	●	●	-	-	-	-
U2_171	HDMI0_CEC	-	-	-	-	-	-
U2_172		-	-	-	-	-	-
U2_173	HDMI0_SDA	●	◐	-	-	-	-
U2_174		-	-	-	-	-	-
U2_175	HDMI0_SCL	●	◐	-	-	-	-
U2_176		-	-	-	-	-	-
U2_177	RUN	-	-	-	-	-	-
U2_178		-	-	-	-	-	-
U2_179		-	-	-	-	-	-
U2_180		-	-	-	-	-	-
U2_181	GND	●	●	-	-	-	-
U2_182	GND	●	●	-	-	-	-
U2_183		-	-	-	-	-	-
U2_184		-	-	-	-	-	-
U2_185		-	-	-	-	-	-
U2_186		-	-	-	-	-	-
U2_187	GND	●	●	-	-	-	-
U2_188	GND	●	●	-	-	-	-
U2_189	Net-(R9-Pad2)	-	-	-	-	-	-
U2_190	Net-(R9-Pad2)	-	-	-	-	-	-
U2_191	Net-(C1-Pad1)	●	●	-	-	-	-
U2_192	Net-(C1-Pad1)	●	●	-	-	-	-
U2_193	Net-(C1-Pad1)	●	●	-	-	-	-
U2_194	Net-(C1-Pad1)	●	●	-	-	-	-
U2_195	GND	●	●	-	-	-	-
U2_196	GND	●	●	-	-	-	-
U2_197	+BATT	-	●	-	-	-	-
U2_198	+BATT	-	●	-	-	-	-
U2_199	+BATT	-	●	-	-	-	-
U2_200	+BATT	-	●	-	-	-	-
U2_S1		-	-	-	-	-	-
U2_S2		-	-	-	-	-	-
R1_1	Net-(J1-Pin_2)	-	-	●	◐	-	-
R1_2	GND	-	●	●	◐	-	-
R3_1		-	-	-	-	-	-
R3_2		-	-	-	-	-	-
R53_1	CM4_SCL0	●	●	●	◐	-	-
R53_2	Net-(U2-GPIO1)	-	-	●	◐	-	-
C2_1	Net-(C2-Pad1)	-	●	●	◐	-	-
C2_2	GND	-	●	●	◐	-	-
R10_1	Net-(C3-Pad1)	-	●	●	◐	-	-
R10_2	+3V3	-	●	●	◐	-	-
H5_1	GND	●	●	-	-	-	-
Q1_1	Net-(J1-Pin_2)	-	-	●	◐	-	-
Q1_2	Net-(Q1-S)	-	-	●	◐	-	-
Q1_3	EMMC_DISABLE_N	-	-	●	◐	-	-
C5_1	+3V3	-	●	●	◐	-	-
C5_2	GND	-	●	●	◐	-	-
J2_1	+3V3	-	●	-	-	-	-
J2_2	+5V	-	●	-	-	-	-
J2_3	GPIO2_EXT	-	-	-	-	-	-
J2_4	+5V	-	●	-	-	-	-
J2_5	GPIO3_EXT	-	-	-	-	-	-
J2_6	GND	-	●	-	-	-	-
J2_7	GPIO4_EXT	-	-	-	-	-	-
J2_8	GPIO14_EXT	-	-	-	-	-	-
J2_9	GND	-	●	-	-	-	-
J2_10	GPIO15_EXT	-	-	-	-	-	-
J2_11	GPIO17_EXT	-	-	-	-	-	-
J2_12	GPIO18_EXT	-	-	-	-	-	-
J2_13	GPIO27_EXT	-	-	-	-	-	-
J2_14	GND	-	●	-	-	-	-
J2_15	GPIO22_EXT	-	-	-	-	-	-
J2_16	GPIO23_EXT	-	-	-	-	-	-
J2_17	+3V3	-	●	-	-	-	-
J2_18	GPIO24_EXT	-	-	-	-	-	-
J2_19	GPIO10_EXT	-	-	-	-	-	-
J2_20	GND	-	●	-	-	-	-
J2_21	GPIO9_EXT	-	-	-	-	-	-
J2_22	GPIO25_EXT	-	-	-	-	-	-
J2_23	GPIO11_EXT	-	-	-	-	-	-
J2_24	GPIO8_EXT	-	-	-	-	-	-
J2_25	GND	-	●	-	-	-	-
J2_26	GPIO7_EXT	-	-	-	-	-	-
J2_27	ID_SD	-	-	-	-	-	-
J2_28	ID_SC	-	-	-	-	-	-
J2_29	GPIO5_EXT	-	-	-	-	-	-
J2_30	GND	-	●	-	-	-	-
J2_31	GPIO6_EXT	-	-	-	-	-	-
J2_32	GPIO12_EXT	-	-	-	-	-	-
J2_33	GPIO13_EXT	-	-	-	-	-	-
J2_34	GND	-	●	-	-	-	-
J2_35	GPIO19_EXT	-	-	-	-	-	-
J2_36	GPIO16_EXT	-	-	-	-	-	-
J2_37	GPIO26_EXT	-	-	-	-	-	-
J2_38	GPIO20_EXT	-	-	-	-	-	-
J2_39	GND	-	●	-	-	-	-
J2_40	GPIO21_EXT	-	-	-	-	-	-
C10_1	+3V3	-	●	●	◐	-	-
C10_2	GND	-	●	●	◐	-	-
C12_1	+5V	-	●	●	◐	-	-
C12_2	GND	-	●	●	◐	-	-
U3_1	GPIO2	-	-	●	-	-	-
U3_2	+3V3	-	●	●	-	-	-
U3_3	GPIO3	-	-	●	-	-	-
U3_4	GPIO4	-	-	●	-	-	-
U3_5	GPIO14	-	-	●	-	-	-
U3_6	GPIO15	-	-	●	-	-	-
U3_7	GPIO17	-	-	●	-	-	-
U3_8	GPIO18	-	-	●	-	-	-
U3_9	GPIO27	-	-	●	-	-	-
U3_10	OUTPUT_EN	-	-	●	-	-	-
U3_11	GND	-	●	●	-	-	-
U3_12	GPIO27_EXT	-	-	●	-	-	-
U3_13	GPIO18_EXT	-	-	●	-	-	-
U3_14	GPIO17_EXT	-	-	●	-	-	-
U3_15	GPIO15_EXT	-	-	●	-	-	-
U3_16	GPIO14_EXT	-	-	●	-	-	-
U3_17	GPIO4_EXT	-	-	●	-	-	-
U3_18	GPIO3_EXT	-	-	●	-	-	-
U3_19	+5V	-	●	●	-	-	-
U3_20	GPIO2_EXT	-	-	●	-	-	-
C11_1	+3V3	-	●	●	◐	-	-
C11_2	GND	-	●	●	◐	-	-
C9_1	+5V	-	●	●	◐	-	-
C9_2	GND	-	●	●	◐	-	-
C4_1	+3V3	-	●	●	◐	-	-
C4_2	GND	-	●	●	◐	-	-
U5_1	GPIO7	-	-	●	-	-	-
U5_2	+3V3	-	●	●	-	-	-
U5_3	GPIO5	-	-	●	-	-	-
U5_4	GPIO6	-	-	●	-	-	-
U5_5	GPIO12	-	-	●	-	-	-
U5_6	GPIO13	-	-	●	-	-	-
U5_7	GPIO19	-	-	●	-	-	-
U5_8	GPIO16	-	-	●	-	-	-
U5_9	GPIO26	-	-	●	-	-	-
U5_10	OUTPUT_EN	-	-	●	-	-	-
U5_11	GND	-	●	●	-	-	-
U5_12	GPIO26_EXT	-	-	●	-	-	-
U5_13	GPIO16_EXT	-	-	●	-	-	-
U5_14	GPIO19_EXT	-	-	●	-	-	-
U5_15	GPIO13_EXT	-	-	●	-	-	-
U5_16	GPIO12_EXT	-	-	●	-	-	-
U5_17	GPIO6_EXT	-	-	●	-	-	-
U5_18	GPIO5_EXT	-	-	●	-	-	-
U5_19	+5V	-	●	●	-	-	-
U5_20	GPIO7_EXT	-	-	●	-	-	-
U7_1		-	-	●	◐	-	-
U7_2	RUN	-	-	●	◐	-	-
U7_3	GND	-	●	●	◐	-	-
U7_4	OUTPUT_EN	-	-	●	◐	-	-
U7_5	+3V3	●	●	●	◐	-	-
U6_1	GPIO20	-	-	●	-	-	-
U6_2	+3V3	-	●	●	-	-	-
U6_3	GPIO21	-	-	●	-	-	-
U6_4	Net-(U6-A3)	-	-	●	-	-	-
U6_5	Net-(U6-A4)	-	-	●	-	-	-
U6_6	Net-(U6-A5)	-	-	●	-	-	-
U6_7	Net-(U6-A6)	-	-	●	-	-	-
U6_8	Net-(U6-A7)	-	-	●	-	-	-
U6_9	Net-(U6-A8)	-	-	●	-	-	-
U6_10	OUTPUT_EN	-	-	●	-	-	-
U6_11	GND	-	●	●	-	-	-
U6_12	Net-(U6-B8)	-	-	●	-	-	-
U6_13	Net-(U6-B7)	-	-	●	-	-	-
U6_14	Net-(U6-B6)	-	-	●	-	-	-
U6_15	Net-(U6-B5)	-	-	●	-	-	-
U6_16	Net-(U6-B4)	-	-	●	-	-	-
U6_17	Net-(U6-B3)	-	-	●	-	-	-
U6_18	GPIO21_EXT	-	-	●	-	-	-
U6_19	+5V	-	●	●	-	-	-
U6_20	GPIO20_EXT	-	-	●	-	-	-
U4_1	GPIO22	-	-	●	-	-	-
U4_2	+3V3	-	●	●	-	-	-
U4_3	GPIO23	-	-	●	-	-	-
U4_4	GPIO24	-	-	●	-	-	-
U4_5	GPIO10	-	-	●	-	-	-
U4_6	GPIO9	-	-	●	-	-	-
U4_7	GPIO25	-	-	●	-	-	-
U4_8	GPIO11	-	-	●	-	-	-
U4_9	GPIO8	-	-	●	-	-	-
U4_10	OUTPUT_EN	-	-	●	-	-	-
U4_11	GND	-	●	●	-	-	-
U4_12	GPIO8_EXT	-	-	●	-	-	-
U4_13	GPIO11_EXT	-	-	●	-	-	-
U4_14	GPIO25_EXT	-	-	●	-	-	-
U4_15	GPIO9_EXT	-	-	●	-	-	-
U4_16	GPIO10_EXT	-	-	●	-	-	-
U4_17	GPIO24_EXT	-	-	●	-	-	-
U4_18	GPIO23_EXT	-	-	●	-	-	-
U4_19	+5V	-	●	●	-	-	-
U4_20	GPIO22_EXT	-	-	●	-	-	-
C6_1	+3V3	-	●	●	◐	-	-
C6_2	GND	-	●	●	◐	-	-
C8_1	+5V	-	●	●	◐	-	-
C8_2	GND	-	●	●	◐	-	-
C7_1	+5V	-	●	●	◐	-	-
C7_2	GND	-	●	●	◐	-	-
D17_1	GND	-	●	-	-	-	-
D17_2	Net-(D17-A2)	-	-	-	-	-	-
C54_1	Net-(C52-Pad1)	-	●	●	◐	-	-
C54_2	GND	-	●	●	◐	-	-
R37_1	Net-(Q7-S1)	-	-	●	◐	-	-
R37_2	Net-(U19-VIN)	-	-	●	◐	-	-
C49_1	+5V	-	●	●	◐	-	-
C49_2	GND	-	●	●	◐	-	-
R46_1	Net-(D21-K)	-	-	●	◐	-	-
R46_2	GND	-	●	●	◐	-	-
R48_1	3V3FB	●	●	●	◐	-	-
R48_2	GND	●	●	●	◐	-	-
D20_1	GND	-	●	-	-	-	-
D20_2	USB_D-	-	-	-	-	-	-
C51_1	Net-(U20-BOOT)	-	-	●	◐	-	-
C51_2	Net-(D22-K)	-	-	●	◐	-	-
R41_1	Net-(U20-RT/SYNC)	-	-	●	◐	-	-
R41_2	GND	●	●	●	◐	-	-
C53_1	Net-(C52-Pad1)	-	●	●	◐	-	-
C53_2	GND	-	●	●	◐	-	-
U20_1	Net-(U20-BOOT)	-	-	●	-	-	-
U20_2	+5V	-	●	●	-	-	-
U20_3	+5V	-	●	●	-	-	-
U20_4	Net-(U20-RT/SYNC)	-	-	●	-	-	-
U20_5	3V3FB	●	●	●	-	-	-
U20_6	Net-(U20-SS)	-	-	●	-	-	-
U20_7	GND	●	●	●	-	-	-
U20_8	Net-(D22-K)	-	-	●	-	-	-
U20_9	GND	●	●	●	-	-	-
C50_1	+5V	-	●	●	◐	-	-
C50_2	GND	-	●	●	◐	-	-
C48_1	Net-(U20-SS)	-	-	●	◐	-	-
C48_2	GND	●	●	●	◐	-	-
D16_1	GND	-	●	-	-	-	-
D16_2	Net-(D16-A2)	-	-	-	-	-	-
R42_1	Net-(U19-VSET)	-	-	●	◐	-	-
R42_2	GND	●	●	●	◐	-	-
D22_1	Net-(D22-K)	-	-	●	◐	-	-
D22_2	GND	-	●	●	◐	-	-
D22_3	GND	-	●	●	◐	-	-
R49_1	Net-(C52-Pad1)	-	●	●	◐	-	-
R49_2	Net-(D23-A)	-	-	●	◐	-	-
L1_1	Net-(D22-K)	-	-	-	-	-	-
L1_2	Net-(C52-Pad1)	●	●	-	-	-	-
D18_1	GND	-	●	-	-	-	-
D18_2	Net-(D18-A2)	-	-	-	-	-	-
D19_1	GND	-	●	-	-	-	-
D19_2	USB_D+	-	-	-	-	-	-
C47_1	Net-(U19-VIN)	-	-	●	◐	-	-
C47_2	GND	●	●	●	◐	-	-
J9_A1	GND	-	●	-	-	-	-
J9_A4	Net-(D18-A2)	-	-	-	-	-	-
J9_A5	Net-(D16-A2)	-	-	-	-	-	-
J9_A6	USB_D+	-	-	-	-	-	-
J9_A7	USB_D-	-	-	-	-	-	-
J9_A8		-	-	-	-	-	-
J9_A9	Net-(D18-A2)	-	-	-	-	-	-
J9_A12	GND	-	●	-	-	-	-
J9_B1	GND	-	●	-	-	-	-
J9_B4	Net-(D18-A2)	-	-	-	-	-	-
J9_B5	Net-(D17-A2)	-	-	-	-	-	-
J9_B6	USB_D+	-	-	-	-	-	-
J9_B7	USB_D-	-	-	-	-	-	-
J9_B8		-	-	-	-	-	-
J9_B9	Net-(D18-A2)	-	-	-	-	-	-
J9_B12	GND	-	●	-	-	-	-
J9_S1	GND	-	●	-	-	-	-
R47_1	Net-(C52-Pad1)	●	●	●	◐	-	-
R47_2	3V3FB	●	●	●	◐	-	-
R45_1	Net-(Q7-D)	●	●	●	◐	-	-
R45_2	+5V	●	●	●	◐	-	-
R43_1	+3V3	●	●	●	◐	-	-
R43_2	CM4_SCL0	●	●	●	◐	-	-
U19_1	Net-(U19-VIN)	-	-	-	-	●	◐
U19_2	USB_D+	-	-	-	-	●	◐
U19_3	USB_D-	-	-	-	-	●	◐
U19_4	Net-(D16-A2)	-	-	-	-	●	◐
U19_5	Net-(D17-A2)	-	-	-	-	●	◐
U19_6	CM4_SDA0	●	●	-	-	●	◐
U19_7	CM4_SCL0	●	●	-	-	●	◐
U19_8	Net-(U19-VSET)	-	-	-	-	●	◐
U19_9	Net-(U19-ISET)	-	-	-	-	●	◐
U19_10	Net-(U19-GATE)	-	-	-	-	●	◐
U19_11	GND	●	●	-	-	●	◐
R39_1	Net-(Q7-G)	-	-	●	◐	-	-
R39_2	Net-(U19-GATE)	-	-	●	◐	-	-
C52_1	Net-(C52-Pad1)	-	●	●	◐	-	-
C52_2	GND	-	●	●	◐	-	-
R38_1	Net-(Q7-S1)	-	-	●	◐	-	-
R38_2	Net-(Q7-G)	-	-	●	◐	-	-
R44_1	+3V3	●	●	●	◐	-	-
R44_2	CM4_SDA0	●	●	●	◐	-	-
R40_1		-	-	-	-	-	-
R40_2		-	-	-	-	-	-
D23_1	GND	-	●	-	-	-	-
D23_2	Net-(D23-A)	-	-	-	-	-	-
F1_1	Net-(D18-A2)	-	-	●	◐	-	-
F1_2	Net-(Q7-S1)	-	-	●	◐	-	-
Q7_1	Net-(Q7-S1)	-	-	-	-	●	◐
Q7_2	Net-(Q7-S1)	-	-	-	-	●	◐
Q7_3	Net-(Q7-S1)	-	-	-	-	●	◐
Q7_4	Net-(Q7-G)	-	-	-	-	●	◐
Q7_5	Net-(Q7-D)	-	●	-	-	●	◐
D21_1	Net-(D21-K)	-	-	-	-	-	-
D21_2	+5V	-	●	-	-	-	-
R50_1	Net-(C52-Pad1)	●	●	●	◐	-	-
R50_2	+3V3	●	●	●	◐	-	-
C55_1	Net-(C52-Pad1)	-	●	●	◐	-	-
C55_2	GND	-	●	●	◐	-	-
J7_A1	GND	-	●	-	-	-	-
J7_A4	USB_BOOT_VBUS	-	●	-	-	-	-
J7_A5	Net-(J7-CC1)	-	-	-	-	-	-
J7_A6	USB_BOOT_P	-	-	-	-	-	-
J7_A7	USB_BOOT_N	-	-	-	-	-	-
J7_A8		-	-	-	-	-	-
J7_A9	USB_BOOT_VBUS	-	●	-	-	-	-
J7_A12	GND	-	●	-	-	-	-
J7_B1	GND	-	●	-	-	-	-
J7_B4	USB_BOOT_VBUS	-	●	-	-	-	-
J7_B5	Net-(J7-CC2)	-	-	-	-	-	-
J7_B6	USB_BOOT_P	-	-	-	-	-	-
J7_B7	USB_BOOT_N	-	-	-	-	-	-
J7_B8		-	-	-	-	-	-
J7_B9	USB_BOOT_VBUS	-	●	-	-	-	-
J7_B12	GND	-	●	-	-	-	-
J7_SH	Net-(J7-SHIELD)	-	-	-	-	-	-
D25_1	GND	-	●	-	-	-	-
D25_2	USB_BOOT_VBUS	-	●	-	-	-	-
R33_1	Net-(J7-CC1)	-	-	●	◐	-	-
R33_2	GND	-	●	●	◐	-	-
D24_1	GND	-	●	-	-	-	-
D24_2	USB_BOOT_P	-	-	-	-	-	-
D26_1	GND	-	●	-	-	-	-
D26_2	USB_OTG_1_P	-	-	-	-	-	-
R54_1	Net-(J7-SHIELD)	-	-	●	◐	-	-
R54_2	GND	-	●	●	◐	-	-
D27_1	GND	-	●	-	-	-	-
D27_2	USB_OTG_2_P	-	-	-	-	-	-
R31_1	+3V3	●	●	●	◐	-	-
R31_2	Net-(Q6-D)	-	-	●	◐	-	-
C45_1	+3V3	-	●	●	◐	-	-
C45_2	GND	-	●	●	◐	-	-
R35_1	USB_BOOT_VBUS	-	●	●	◐	-	-
R35_2	GND	-	●	●	◐	-	-
R32_1	Net-(Q6-G)	-	-	●	◐	-	-
R32_2	USB_BOOT_VBUS	-	●	●	◐	-	-
D28_1	GND	-	●	-	-	-	-
D28_2	USB_OTG_1_N	-	-	-	-	-	-
U16_1	+3V3	●	●	●	-	-	-
U16_2	Net-(Q6-D)	-	-	●	-	-	-
U16_3	USB_P	-	-	●	-	-	-
U16_4	USB_N	-	-	●	-	-	-
U16_5	GND	-	●	●	-	-	-
U16_6	USB_BOOT_N	-	-	●	-	-	-
U16_7	USB_BOOT_P	-	-	●	-	-	-
U16_8	USB_LAN_N	-	-	●	-	-	-
U16_9	USB_LAN_P	-	-	●	-	-	-
U16_10	GND	-	●	●	-	-	-
D29_1	GND	-	●	-	-	-	-
D29_2	USB_OTG_2_N	-	-	-	-	-	-
D30_1	GND	-	●	-	-	-	-
D30_2	5V_OTG_1	-	●	-	-	-	-
C56_1	Net-(J7-SHIELD)	-	-	●	◐	-	-
C56_2	GND	-	●	●	◐	-	-
Q6_1	Net-(Q6-G)	-	-	●	◐	-	-
Q6_2	GND	-	●	●	◐	-	-
Q6_3	Net-(Q6-D)	-	-	●	◐	-	-
J8_1	5V_OTG_1	-	●	-	-	-	-
J8_2	USB_OTG_1_N	-	-	-	-	-	-
J8_3	USB_OTG_1_P	-	-	-	-	-	-
J8_4	GND	-	●	-	-	-	-
J8_5	5V_OTG_2	-	●	-	-	-	-
J8_6	USB_OTG_2_N	-	-	-	-	-	-
J8_7	USB_OTG_2_P	-	-	-	-	-	-
J8_8	GND	-	●	-	-	-	-
J8_S1	Net-(J7-SHIELD)	-	-	-	-	-	-
J8_S2	Net-(J7-SHIELD)	-	-	-	-	-	-
J8_S3	Net-(J7-SHIELD)	-	-	-	-	-	-
J8_S4	Net-(J7-SHIELD)	-	-	-	-	-	-
D31_1	GND	-	●	-	-	-	-
D31_2	5V_OTG_2	-	●	-	-	-	-
R34_1	Net-(J7-CC2)	-	-	●	◐	-	-
R34_2	GND	-	●	●	◐	-	-
D14_1	GND	-	●	-	-	-	-
D14_2	USB_BOOT_N	-	-	-	-	-	-
C40_1	Earth	-	●	●	◐	-	-
C40_2	GND	-	●	●	◐	-	-
C17_1	Net-(U9A-XI)	-	-	●	◐	-	-
C17_2	GND	●	●	●	◐	-	-
C14_1		-	-	-	-	-	-
C14_2		-	-	-	-	-	-
U9_5	VDD33A_LAN1	●	●	-	-	●	◐
U9_10	VDD33A_LAN1	●	●	-	-	●	◐
U9_12	nRESET_LAN1	-	-	-	-	●	◐
U9_13		-	-	-	-	●	◐
U9_15	VDD18CORE_LAN1	-	●	-	-	●	◐
U9_19	3V3_LAN1	●	●	-	-	●	◐
U9_20	nFDX_LAN1	-	-	-	-	●	◐
U9_21	nLNKA_LAN1	-	-	-	-	●	◐
U9_22	nSPD_LAN1	-	-	-	-	●	◐
U9_23	EECLK_LAN1	-	-	-	-	●	◐
U9_24	EECS_LAN1	-	-	-	-	●	◐
U9_25	EEDO_LAN1	-	-	-	-	●	◐
U9_26	EEDI_LAN1	-	-	-	-	●	◐
U9_27	3V3_LAN1	●	●	-	-	●	◐
U9_28	3V3_LAN1	●	●	-	-	●	◐
U9_29	3V3_LAN1	●	●	-	-	●	◐
U9_30	3V3_LAN1	●	●	-	-	●	◐
U9_31		-	-	-	-	●	◐
U9_32	3V3_LAN1	●	●	-	-	●	◐
U9_33	3V3_LAN1	●	●	-	-	●	◐
U9_34	GND	●	●	-	-	●	◐
U9_35		-	-	-	-	●	◐
U9_36		-	-	-	-	●	◐
U9_37		-	-	-	-	●	◐
U9_38	VDD18CORE_LAN1	-	●	-	-	●	◐
U9_39	3V3_LAN1	●	●	-	-	●	◐
U9_40	3V3_LAN1	●	●	-	-	●	◐
U9_42		-	-	-	-	●	◐
U9_43		-	-	-	-	●	◐
U9_44	GND	●	●	-	-	●	◐
U9_45		-	-	-	-	●	◐
U9_46	3V3_LAN1	●	●	-	-	●	◐
U9_47		-	-	-	-	●	◐
U9_48	Net-(U9A-VDD18ETHPLL)	-	-	-	-	●	◐
U9_49	VDD33A_LAN1	●	●	-	-	●	◐
U9_51	VDD33A_LAN1	●	●	-	-	●	◐
U9_54	VDD33A_LAN1	●	●	-	-	●	◐
U9_57	VDD33A_LAN1	●	●	-	-	●	◐
U9_60	Net-(U9A-XO)	-	-	-	-	●	◐
U9_61	Net-(U9A-XI)	-	-	-	-	●	◐
U9_62	Net-(U9A-VDD18USBPLL)	-	-	-	-	●	◐
U9_64	VDD33A_LAN1	●	●	-	-	●	◐
U9_65	GND	●	●	-	-	●	◐
C27_1	Net-(U9A-VDD18USBPLL)	-	-	●	◐	-	-
C27_2	GND	●	●	●	◐	-	-
C15_1	Net-(U9A-VDD18ETHPLL)	-	-	●	◐	-	-
C15_2	GND	●	●	●	◐	-	-
R22_1	VDD33A_LAN1	-	●	●	◐	-	-
R22_2	Net-(J4-LEDY_A)	-	-	●	◐	-	-
J4_1	LAN1_TXP	-	-	-	-	-	-
J4_2	LAN1_TXN	-	-	-	-	-	-
J4_3	LAN1_RXP	-	-	-	-	-	-
J4_4	Net-(C39-Pad1)	-	-	-	-	-	-
J4_5	Net-(C39-Pad1)	-	-	-	-	-	-
J4_6	LAN1_RXN	-	-	-	-	-	-
J4_7		-	-	-	-	-	-
J4_8	GND	-	●	-	-	-	-
J4_9	Net-(J4-LEDG_A)	-	-	-	-	-	-
J4_10	nLNKA_LAN1	-	-	-	-	-	-
J4_11	Net-(J4-LEDY_A)	-	-	-	-	-	-
J4_12	nSPD_LAN1	-	-	-	-	-	-
J4_13	Earth	-	●	-	-	-	-
R13_1	Net-(U9A-XO)	-	-	●	◐	-	-
R13_2	Net-(U9A-XI)	-	-	●	◐	-	-
R36_1	VDD33A_LAN1	●	●	●	◐	-	-
R36_2	LAN1_RXN	-	-	●	◐	-	-
D6_1	nFDX_LAN1	-	-	-	-	-	-
D6_2	Net-(D6-A)	-	-	-	-	-	-
R12_1	3V3_LAN1	●	●	●	◐	-	-
R12_2	nRESET_LAN1	-	-	●	◐	-	-
R24_1	Net-(D7-K)	-	-	●	◐	-	-
R24_2	GND	-	●	●	◐	-	-
R25_1	Net-(D8-K)	-	-	●	◐	-	-
R25_2	GND	-	●	●	◐	-	-
R56_1	VDD33A_LAN1	●	●	●	◐	-	-
R56_2	LAN1_TXN	-	-	●	◐	-	-
U9_1	USB_OTG_1_N	-	-	-	-	●	◐
U9_2	USB_OTG_1_P	-	-	-	-	●	◐
U9_3	USB_OTG_2_N	-	-	-	-	●	◐
U9_4	USB_OTG_2_P	-	-	-	-	●	◐
U9_6		-	-	-	-	●	◐
U9_7		-	-	-	-	●	◐
U9_8		-	-	-	-	●	◐
U9_9		-	-	-	-	●	◐
U9_11	Net-(U9B-VBUS_DET)	-	-	-	-	●	◐
U9_14	PRTCTL2_OTG_1	-	-	-	-	●	◐
U9_16	PRTCTL3_OTG_2	-	-	-	-	●	◐
U9_17		-	-	-	-	●	◐
U9_18		-	-	-	-	●	◐
U9_41	Net-(U9B-AUTOMDIX_EN)	-	-	-	-	●	◐
U9_50	Net-(U9B-EXRES)	-	-	-	-	●	◐
U9_52	LAN1_RXP	-	-	-	-	●	◐
U9_53	LAN1_RXN	-	-	-	-	●	◐
U9_55	LAN1_TXP	-	-	-	-	●	◐
U9_56	LAN1_TXN	-	-	-	-	●	◐
U9_58	USB_LAN_N	-	-	-	-	●	◐
U9_59	USB_LAN_P	-	-	-	-	●	◐
U9_63	Net-(U9B-USBRBIAS)	-	-	-	-	●	◐
R21_1	VDD33A_LAN1	-	●	●	◐	-	-
R21_2	Net-(J4-LEDG_A)	-	-	●	◐	-	-
Y1_1	Net-(U9A-XO)	-	-	-	-	-	-
Y1_2	GND	-	●	-	-	-	-
Y1_3	Net-(U9A-XI)	-	-	-	-	-	-
Y1_4	GND	-	●	-	-	-	-
R20_1	VDD33A_LAN1	-	●	●	◐	-	-
R20_2	Net-(C39-Pad1)	-	-	●	◐	-	-
R57_1	VDD33A_LAN1	●	●	●	◐	-	-
R57_2	LAN1_RXP	-	-	●	◐	-	-
C35_1	3V3_LAN1	-	●	●	◐	-	-
C35_2	GND	-	●	●	◐	-	-
C23_1	VDD18CORE_LAN1	-	●	●	◐	-	-
C23_2	GND	-	●	●	◐	-	-
D7_1	Net-(D7-K)	-	-	-	-	-	-
D7_2	5V_OTG_1	-	●	-	-	-	-
C25_1	3V3_LAN1	-	●	●	◐	-	-
C25_2	GND	-	●	●	◐	-	-
C36_1	VDD33A_LAN1	-	●	●	◐	-	-
C36_2	GND	-	●	●	◐	-	-
C20_1	+3V3	-	●	●	◐	-	-
C20_2	GND	-	●	●	◐	-	-
R17_1	GND	●	●	●	◐	-	-
R17_2	Net-(U9B-USBRBIAS)	-	-	●	◐	-	-
C33_1	VDD33A_LAN1	-	●	●	◐	-	-
C33_2	GND	-	●	●	◐	-	-
C26_1	VDD18CORE_LAN1	-	●	●	◐	-	-
C26_2	GND	-	●	●	◐	-	-
C29_1	VDD33A_LAN1	-	●	●	◐	-	-
C29_2	GND	-	●	●	◐	-	-
C37_1	+5V	-	●	●	◐	-	-
C37_2	GND	-	●	●	◐	-	-
R19_1	GND	●	●	●	◐	-	-
R19_2	Net-(U9B-EXRES)	-	-	●	◐	-	-
C31_1	VDD33A_LAN1	-	●	●	◐	-	-
C31_2	GND	-	●	●	◐	-	-
C16_1	Net-(U9A-XO)	-	-	●	◐	-	-
C16_2	GND	●	●	●	◐	-	-
FB1_1	Net-(U9A-VDD18ETHPLL)	-	-	●	◐	-	-
FB1_2	Net-(U9A-VDD18USBPLL)	-	-	●	◐	-	-
C19_1	3V3_LAN1	-	●	●	◐	-	-
C19_2	GND	-	●	●	◐	-	-
R14_1	Net-(D5-K)	-	-	●	◐	-	-
R14_2	GND	-	●	●	◐	-	-
C24_1	Net-(U9A-VDD18USBPLL)	-	-	●	◐	-	-
C24_2	GND	●	●	●	◐	-	-
U11_1	5V_OTG_1	●	●	●	◐	-	-
U11_2	GND	-	●	●	◐	-	-
U11_3		-	-	●	◐	-	-
U11_4	PRTCTL2_OTG_1	-	-	●	◐	-	-
U11_5	+5V	-	●	●	◐	-	-
C28_1	3V3_LAN1	-	●	●	◐	-	-
C28_2	GND	-	●	●	◐	-	-
C38_1	+5V	-	●	●	◐	-	-
C38_2	GND	-	●	●	◐	-	-
R15_1	EECS_LAN1	-	-	●	◐	-	-
R15_2	GND	●	●	●	◐	-	-
U12_1	5V_OTG_2	●	●	●	◐	-	-
U12_2	GND	-	●	●	◐	-	-
U12_3		-	-	●	◐	-	-
U12_4	PRTCTL3_OTG_2	-	-	●	◐	-	-
U12_5	+5V	-	●	●	◐	-	-
FB2_1	VDD33A_LAN1	-	●	●	◐	-	-
FB2_2	3V3_LAN1	-	●	●	◐	-	-
C30_1	VDD33A_LAN1	-	●	●	◐	-	-
C30_2	GND	-	●	●	◐	-	-
U8_1	3V3_LAN1	●	●	●	◐	-	-
U8_2	GND	-	●	●	◐	-	-
U8_3		-	-	●	◐	-	-
U8_4	LAN1_EN	-	-	●	◐	-	-
U8_5	+3V3	-	●	●	◐	-	-
R18_1	3V3_LAN1	●	●	●	◐	-	-
R18_2	Net-(U9B-AUTOMDIX_EN)	-	-	●	◐	-	-
D8_1	Net-(D8-K)	-	-	-	-	-	-
D8_2	5V_OTG_2	-	●	-	-	-	-
R16_1	3V3_LAN1	●	●	●	◐	-	-
R16_2	Net-(U9B-VBUS_DET)	-	-	●	◐	-	-
R23_1	VDD33A_LAN1	-	●	●	◐	-	-
R23_2	Net-(D6-A)	-	-	●	◐	-	-
D5_1	Net-(D5-K)	-	-	-	-	-	-
D5_2	3V3_LAN1	-	●	-	-	-	-
C34_1	VDD33A_LAN1	-	●	●	◐	-	-
C34_2	GND	-	●	●	◐	-	-
C21_1	Net-(U9A-VDD18ETHPLL)	-	-	●	◐	-	-
C21_2	GND	●	●	●	◐	-	-
U10_1	EEDI_LAN1	-	-	●	◐	-	-
U10_2	GND	●	●	●	◐	-	-
U10_3	EEDO_LAN1	-	-	●	◐	-	-
U10_4	EECLK_LAN1	-	-	●	◐	-	-
U10_5	EECS_LAN1	-	-	●	◐	-	-
U10_6	3V3_LAN1	-	●	●	◐	-	-
C32_1	VDD33A_LAN1	-	●	●	◐	-	-
C32_2	GND	-	●	●	◐	-	-
C18_1	VDD18CORE_LAN1	-	●	●	◐	-	-
C18_2	GND	-	●	●	◐	-	-
C39_1	Net-(C39-Pad1)	-	-	●	◐	-	-
C39_2	GND	-	●	●	◐	-	-
R26_1	Earth	-	●	●	◐	-	-
R26_2	GND	-	●	●	◐	-	-
C22_1	3V3_LAN1	-	●	●	◐	-	-
C22_2	GND	-	●	●	◐	-	-
C13_1	3V3_LAN1	-	●	●	◐	-	-
C13_2	GND	-	●	●	◐	-	-
R55_1	VDD33A_LAN1	●	●	●	◐	-	-
R55_2	LAN1_TXP	-	-	●	◐	-	-
U14_1	HDMI_5V	●	●	●	◐	-	-
U14_2	GND	●	●	●	◐	-	-
U14_3		-	-	●	◐	-	-
U14_4	Net-(U14-EN)	-	●	●	◐	-	-
U14_5	Net-(U14-EN)	-	●	●	◐	-	-
R58_1	HDMI_5V	-	●	●	◐	-	-
R58_2	HDMI0_SCL	●	◐	●	◐	-	-
C44_1	Net-(J6-CKS)	-	-	●	◐	-	-
C44_2	GND	-	●	●	◐	-	-
R29_1	+5V	●	●	●	◐	-	-
R29_2	Net-(U14-EN)	●	●	●	◐	-	-
C43_1	HDMI_5V	-	●	●	◐	-	-
C43_2	GND	●	●	●	◐	-	-
D12_1	HDMI0_D2_P	-	-	-	-	-	-
D12_2	HDMI0_D2_N	-	-	-	-	-	-
D12_3	GND	-	●	-	-	-	-
D12_4	HDMI0_D1_P	-	-	-	-	-	-
D12_5	HDMI0_D1_N	-	-	-	-	-	-
D12_6	HDMI0_D1_N	-	-	-	-	-	-
D12_7	HDMI0_D1_P	-	-	-	-	-	-
D12_8	GND	-	●	-	-	-	-
D12_9	HDMI0_D2_N	-	-	-	-	-	-
D12_10	HDMI0_D2_P	-	-	-	-	-	-
D15_1	HDMI0_HOTPLUG	-	-	-	-	-	-
D15_2	HDMI0_SDA	●	◐	-	-	-	-
D15_3	GND	-	●	-	-	-	-
D15_4	HDMI0_SCL	●	◐	-	-	-	-
D15_5	HDMI0_CEC	-	-	-	-	-	-
D15_6	HDMI0_CEC	-	-	-	-	-	-
D15_7	HDMI0_SCL	●	◐	-	-	-	-
D15_8	GND	-	●	-	-	-	-
D15_9	HDMI0_SDA	●	◐	-	-	-	-
D15_10	HDMI0_HOTPLUG	-	-	-	-	-	-
R5_1	HDMI_5V	-	●	●	◐	-	-
R5_2	HDMI0_SDA	●	◐	●	◐	-	-
R30_1	Net-(J6-CKS)	-	-	●	◐	-	-
R30_2	GND	-	●	●	◐	-	-
C42_1	Net-(U14-EN)	-	●	●	◐	-	-
C42_2	GND	-	●	●	◐	-	-
D13_1	HDMI0_D0_P	-	-	-	-	-	-
D13_2	HDMI0_D0_N	-	-	-	-	-	-
D13_3	GND	-	●	-	-	-	-
D13_4	HDMI0_CK_P	-	-	-	-	-	-
D13_5	HDMI0_CK_N	-	-	-	-	-	-
D13_6	HDMI0_CK_N	-	-	-	-	-	-
D13_7	HDMI0_CK_P	-	-	-	-	-	-
D13_8	GND	-	●	-	-	-	-
D13_9	HDMI0_D0_N	-	-	-	-	-	-
D13_10	HDMI0_D0_P	-	-	-	-	-	-
J6_1	HDMI0_D2_P	-	-	-	-	-	-
J6_2	Net-(J6-CKS)	-	-	-	-	-	-
J6_3	HDMI0_D2_N	-	-	-	-	-	-
J6_4	HDMI0_D1_P	-	-	-	-	-	-
J6_5	Net-(J6-CKS)	-	-	-	-	-	-
J6_6	HDMI0_D1_N	-	-	-	-	-	-
J6_7	HDMI0_D0_P	-	-	-	-	-	-
J6_8	Net-(J6-CKS)	-	-	-	-	-	-
J6_9	HDMI0_D0_N	-	-	-	-	-	-
J6_10	HDMI0_CK_P	-	-	-	-	-	-
J6_11	Net-(J6-CKS)	-	-	-	-	-	-
J6_12	HDMI0_CK_N	-	-	-	-	-	-
J6_13	HDMI0_CEC	-	-	-	-	-	-
J6_14		-	-	-	-	-	-
J6_15	HDMI0_SCL	●	◐	-	-	-	-
J6_16	HDMI0_SDA	●	◐	-	-	-	-
J6_17	GND	-	●	-	-	-	-
J6_18	HDMI_5V	-	●	-	-	-	-
J6_19	HDMI0_HOTPLUG	-	-	-	-	-	-
J6_SH	Net-(J6-CKS)	-	-	-	-	-	-
D4_1	+5V	-	●	●	◐	-	-
D4_2	Net-(D4-A)	-	-	●	◐	-	-
Q5_1	RELAY1	-	●	●	◐	-	-
Q5_2	GND	-	●	●	◐	-	-
Q5_3	Net-(D4-A)	-	-	●	◐	-	-
J3_1	RELAY1_NO	-	-	-	-	-	-
J3_2	RELAY1_NO	-	-	-	-	-	-
J3_3	RELAY1_COM	-	-	-	-	-	-
J3_4	RELAY1_COM	-	-	-	-	-	-
J3_5	RELAY1_NC	-	-	-	-	-	-
J3_6	RELAY1_NC	-	-	-	-	-	-
R11_1	RELAY1	●	●	●	◐	-	-
R11_2	GND	●	●	●	◐	-	-
K1_1	+5V	-	●	-	-	-	-
K1_2		-	-	-	-	-	-
K1_3		-	-	-	-	-	-
K1_4		-	-	-	-	-	-
K1_5	RELAY1_NO	-	-	-	-	-	-
K1_6	RELAY1_COM	-	-	-	-	-	-
K1_7	RELAY1_NC	-	-	-	-	-	-
K1_8	Net-(D4-A)	-	-	-	-	-	-

14.11 PCOLA/SOQ Testability

PCOLA/SOQ scores how well the configured test methods cover each component and each connection. PCOLA evaluates five device-level properties: Presence, Correctness, Orientation, Live (functional), and Alignment. SOQ evaluates three connection-level properties: Shorts detection, Opens detection, and solder joint Quality. Scores are on a 0–100,000 scale where 100,000 means every property is fully covered. The Combined score is the average of PCOLA and SOQ.

14.11.1 Coverage by Test Method

P=Presence C=Correctness O=Orientation L=Live A=Alignment | S=Shorts O(pins)=Opens Q=Quality

Test Method	P	C	O	L	A	S	Opens	Solder Quality
PCOLA/SOQ coverage scores by test method. Scores: 0 (None), 0.5 (Partial), 1.0 (Full).
Electrical Test	55.4%	17.2%	0.0%	1.6%	0.0%	24.4%	21.3%	0.0%
Optical Inspection (AOI)	75.3%	11.8%	43.5%	0.0%	36.8%	15.8%	21.2%	21.2%
X-Ray Inspection (AXI)	0.0%	0.0%	0.0%	0.0%	0.8%	4.4%	4.4%	4.4%
Combined	86.8%	29.0%	43.5%	1.6%	37.6%	32.3%	42.2%	25.6%

14.11.2 PCB Device/Pin Count

Devices (PCOLA): 186
Pins (SOQ): 920

14.11.3 Board-Level Scores

Board-Level Coverage (0 – 100,000 scale)
Dimension	Score	Coverage
PCOLA	39736 / 100,000	39.7%
SOQ	33370 / 100,000	33.4%
Combined	36553 / 100,000	36.6%

Electrical vs Inspection
Source	PCOLA Score	SOQ Score
Electrical Test	14844 / 100,000	15236 / 100,000
Optical/X-ray Inspection	33656 / 100,000	23804 / 100,000
Combined (max)	39736 / 100,000	33370 / 100,000

14.11.4 PCOLA (186 devices)

● = Full (1.0) ◐ = Partial (0.5) ○ = None (0) — = N/A (excluded)
* Footprint not IPC-7351B/7251 compliant — no inspection coverage scored

Score ⇅	RefDes ⇅	Type / Footprint ⇅	Class ⇅	P ⇅	C ⇅	O ⇅	L ⇅	A ⇅	Method ⇅
80%	U19	HUSB238 / WDFN-10-1EP_3x3mm_P0.5mm_EP1.8x2.5mm	IC	●	●	●	◐	◐	AOI, AXI, LSSI, Powered_Off
70%	Q4	2N7002W / SOT-323_SC-70	Transistor	●	●	●	○	◐	AOI, Powered_Off
70%	U20	LMR14050 / HSOP-8-1EP_3.9x4.9mm_P1.27mm_EP2.41x3.1mm_ThermalVias	IC	●	●	●	○	◐	AOI, Powered_Off
70%	U14	RT9742QGJ5 / TSOT-23-5	IC	●	●	●	○	◐	AOI, Powered_Off
70%	U13	RT9742QGJ5 / TSOT-23-5	IC	●	●	●	○	◐	AOI, Powered_Off
70%	Q7	AONR21307 / DFN-8_FET_3x3mm	Transistor	●	●	●	○	◐	AOI, AXI, Powered_Off
70%	U3	TXS0108E / TSSOP-20_4.4x6.5mm_P0.65mm	IC	●	●	●	○	◐	AOI, Powered_Off
70%	Q2	2N7002W / SOT-323_SC-70	Transistor	●	●	●	○	◐	AOI, Powered_Off
70%	Q6	2N7002W / SOT-323_SC-70	Transistor	●	●	●	○	◐	AOI, Powered_Off
70%	U8	RT9742QGJ5 / TSOT-23-5	IC	●	●	●	○	◐	AOI, Powered_Off
70%	Q3	BSS84AK,215 / SOT-23	Transistor	●	●	●	○	◐	AOI, Powered_Off
70%	U10	93LC66AT-I / SOT-23-6	IC	●	●	●	○	◐	AOI, Powered_Off
70%	U16	FSUSB42MUX / MSOP-10_3x3mm_P0.5mm	IC	●	●	●	○	◐	AOI, Powered_Off
70%	U7	74LVC1G17DCK3 / SOT-353_SC-70-5	IC	●	●	●	○	◐	AOI, Powered_Off
70%	U6	TXB0108PW / TSSOP-20_4.4x6.5mm_P0.65mm	IC	●	●	●	○	◐	AOI, Powered_Off
70%	U4	TXS0108E / TSSOP-20_4.4x6.5mm_P0.65mm	IC	●	●	●	○	◐	AOI, Powered_Off
70%	U12	RT9742QGJ5 / TSOT-23-5	IC	●	●	●	○	◐	AOI, Powered_Off
70%	U5	TXS0108E / TSSOP-20_4.4x6.5mm_P0.65mm	IC	●	●	●	○	◐	AOI, Powered_Off
70%	U11	RT9742QGJ5 / TSOT-23-5	IC	●	●	●	○	◐	AOI, Powered_Off
70%	Q1	2N7002W / SOT-323_SC-70	Transistor	●	●	●	○	◐	AOI
70%	U9	LAN9512i / QFN-64-1EP_9x9mm_P0.5mm_EP7.3x7.3mm	IC	●	●	●	○	◐	AOI, AXI, Powered_Off
70%	Q5	2N7002W / SOT-323_SC-70	Transistor	●	●	●	○	◐	AOI, Powered_Off
60%	C10	100n_25V / C_0603_1608Metric	Capacitor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	C12	100n_25V / C_0603_1608Metric	Capacitor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	C41	10u_16V / C_0805_2012Metric	Capacitor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	C11	100n_25V / C_0603_1608Metric	Capacitor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	C9	100n_25V / C_0603_1608Metric	Capacitor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	C4	100n_25V / C_0603_1608Metric	Capacitor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	R50	0R / R_1206_3216Metric	Resistor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	C46	100n_25V / C_0603_1608Metric	Capacitor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	R47	51k / R_0603_1608Metric	Resistor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	R27	0R / R_0603_1608Metric	Resistor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	R45	0R / R_1206_3216Metric	Resistor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	C52	47u_16V / C_1210_3225Metric	Capacitor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	R43	3k3 / R_0603_1608Metric	Resistor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	C6	100n_25V / C_0603_1608Metric	Capacitor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	C8	100n_25V / C_0603_1608Metric	Capacitor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	C7	100n_25V / C_0603_1608Metric	Capacitor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	C54	47u_16V / C_1210_3225Metric	Capacitor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	C49	2u2_50V / C_1206_3216Metric	Capacitor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	R48	15k / R_0603_1608Metric	Resistor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	R44	3k3 / R_0603_1608Metric	Resistor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	C53	47u_16V / C_1210_3225Metric	Capacitor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	C50	2u2_50V / C_1206_3216Metric	Capacitor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	C55	47u_16V / C_1210_3225Metric	Capacitor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	R11	100k / R_0603_1608Metric	Resistor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	C45	1u0_10V / C_0603_1608Metric	Capacitor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	C20	1u0_10V / C_0603_1608Metric	Capacitor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	C37	1u0_10V / C_0603_1608Metric	Capacitor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	C38	1u0_10V / C_0603_1608Metric	Capacitor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	R29	0R / R_0603_1608Metric	Resistor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	C43	100n_25V / C_0603_1608Metric	Capacitor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	C5	100n_25V / C_0603_1608Metric	Capacitor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
60%	C42	100n_25V / C_0603_1608Metric	Capacitor	●	●	◐	—	◐	AOI, Passive_Meas, Powered_Off
40%	D11	PTVS5V0 / D_SOD-123W	Diode	●	○	◐	○	◐	AOI, Powered_Off
40%	F1	PTC_32V_5A_1206 / R_shunt_1206_3216Metric	Fuse	●	○	◐	—	◐	AOI
40%	R28	10k / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	R33	5k1 / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	C47	1u_50V / C_0603_1608Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	R59	0R / R_1206_3216Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	R9	0R / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	R52	0R / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	R6	0R / R_1206_3216Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	R4	100k / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	R51	0R / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	C32	100n_25V / C_0603_1608Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	R54	1M / R_1206_3216Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	C1	47u_16V / C_1210_3225Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	C3	10u_10V / C_0603_1608Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	R8	0R / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	R2	1k / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI
40%	R7	1k / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	FB1	0603_120R_2A / R_0603_1608Metric	Ferrite	●	○	◐	—	◐	AOI
40%	R1	47k / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	R53	0R / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	C2	10u_10V / C_0603_1608Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	R10	0R / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	R39	5k1 / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI
40%	C40	1n0_2kV / C_1206_3216Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	C17	33p_25V / C_0603_1608Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	R42	0R / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	C27	10n_50V / C_0603_1608Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	C15	10n_50V / C_0603_1608Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	R22	330R / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	R13	1M0 / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI
40%	R36	49R9 / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	R12	10k / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	R24	1k5 / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	R25	1k5 / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	R56	49R9 / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	R21	330R / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	R20	10R / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	R57	49R9 / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	C35	100n_25V / C_0603_1608Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	C23	10n_50V / C_0603_1608Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	C25	100n_25V / C_0603_1608Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	C36	100n_25V / C_0603_1608Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	R35	47k / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	R17	12k / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	C33	100n_25V / C_0603_1608Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	C26	10n_50V / C_0603_1608Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	C29	100n_25V / C_0603_1608Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	R32	1k / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	R19	12k4 / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	C31	100n_25V / C_0603_1608Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	C16	33p_25V / C_0603_1608Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	C48	22n_50V / C_0603_1608Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	C19	100n_25V / C_0603_1608Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	R14	1k / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	C24	1u0_10V / C_0603_1608Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	R41	82k / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	C28	100n_25V / C_0603_1608Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	R49	1k / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	R15	10k / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	C51	100n_25V / C_0603_1608Metric	Capacitor	●	○	◐	—	◐	AOI
40%	FB2	0603_120R_2A / R_0603_1608Metric	Ferrite	●	○	◐	—	◐	AOI, Powered_Off
40%	C30	100n_25V / C_0603_1608Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	R46	1k5 / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	R18	10k / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	R16	825R / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	R23	330R / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	C34	100n_25V / C_0603_1608Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	C21	1u0_10V / C_0603_1608Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	R31	47k / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	C18	4u7_6V3 / C_0603_1608Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	C39	22n_50V / C_0603_1608Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	R26	1M / R_1206_3216Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	C22	100n_25V / C_0603_1608Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	C13	100n_25V / C_0603_1608Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	R55	49R9 / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	R37	10R / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI
40%	R58	4k7 / R_0402_1005Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	C44	1n0_2kV / C_1206_3216Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	C56	1n0_2kV / C_1206_3216Metric	Capacitor	●	○	◐	—	◐	AOI, Powered_Off
40%	D22	PDS760Q / D_POWERDI5	Diode	●	○	◐	○	◐	AOI, Powered_Off
40%	R5	4k7 / R_0402_1005Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	R30	1M / R_1206_3216Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	R34	5k1 / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI, Powered_Off
40%	D4	1N4007FL / D_SOD-123F	Diode	●	○	◐	○	◐	AOI, Powered_Off
40%	R38	51k / R_0603_1608Metric	Resistor	●	○	◐	—	◐	AOI
20%	U2	RPi-CM4S_RA / SO_DIMM_200p_TE_1473149-4 *	IC	◐	○	○	◐	○	LSSI, Powered_Off
10%	J1	S1G20_01x03 / PinHeader_1x03_P2.54mm_Vertical *	Connector	◐	○	○	—	○	Powered_Off
10%	D14	ESD9B5.0ST5G / D_0402_1005Metric *	Diode	◐	○	○	○	○	Powered_Off
10%	S1	PTS810 / MIKROSPINAC_PTS810 *	Switch	◐	○	○	○	○	Powered_Off
10%	J2	S2G20C_02x20 / PinHeader_2x20_P2.54mm_Vertical *	Connector	◐	○	○	—	○	Powered_Off
10%	D2	ESD9B3.3ST5G / D_0402_1005Metric *	Diode	◐	○	○	○	○	Powered_Off
10%	D17	ESD9B5.0ST5G / D_0402_1005Metric *	Diode	◐	○	○	○	○	Powered_Off
10%	D20	ESD9B5.0ST5G / D_0402_1005Metric *	Diode	◐	○	○	○	○	Powered_Off
10%	D16	ESD9B5.0ST5G / D_0402_1005Metric *	Diode	◐	○	○	○	○	Powered_Off
10%	J4	RJ45-POE_ARJM11D7-009-AB-EW2 / RJ45-POE_ARJM11D7-009 *	Connector	◐	○	○	—	○	Powered_Off
10%	L1	8u2_4A / L_IHLP2525CZ *	Inductor	◐	○	○	—	○	Powered_Off
10%	D18	ESD9B5.0ST5G / D_0402_1005Metric *	Diode	◐	○	○	○	○	Powered_Off
10%	D19	ESD9B5.0ST5G / D_0402_1005Metric *	Diode	◐	○	○	○	○	Powered_Off
10%	D8	0805_LED_GREEN / LED_0805_2012Metric *	Diode	◐	○	○	○	○	Powered_Off
10%	J9	USB_C_USB2.0_1.6mm / GCT_USB4085-GF-A_REVA4 *	Connector	◐	○	○	—	○	Powered_Off
10%	D23	0805_LED_GREEN / LED_0805_2012Metric *	Diode	◐	○	○	○	○	Powered_Off
10%	D5	0805_LED_GREEN / LED_0805_2012Metric *	Diode	◐	○	○	○	○	Powered_Off
10%	D21	0805_LED_GREEN / LED_0805_2012Metric *	Diode	◐	○	○	○	○	Powered_Off
10%	J7	USB_C_USB2.0_1.6mm_Flag / GCT_USB4205-GF-A_REVA *	Connector	◐	○	○	—	○	Powered_Off
10%	Y1	FY2500117 / Crystal_SMD_5032-4Pin_5.0x3.2mm *	Other	◐	○	○	○	○	Powered_Off
10%	D26	ESD9B5.0ST5G / D_0402_1005Metric *	Diode	◐	○	○	○	○	Powered_Off
10%	D25	ESD9B5.0ST5G / D_0402_1005Metric *	Diode	◐	○	○	○	○	Powered_Off
10%	D24	ESD9B5.0ST5G / D_0402_1005Metric *	Diode	◐	○	○	○	○	Powered_Off
10%	D35	ESD9B5.0ST5G / D_0402_1005Metric *	Diode	◐	○	○	○	○	Powered_Off
10%	D27	ESD9B5.0ST5G / D_0402_1005Metric *	Diode	◐	○	○	○	○	Powered_Off
10%	D7	0805_LED_GREEN / LED_0805_2012Metric *	Diode	◐	○	○	○	○	Powered_Off
10%	D10	ESD9B5.0ST5G / D_0402_1005Metric *	Diode	◐	○	○	○	○	Powered_Off
10%	D32	ESD9B5.0ST5G / D_0402_1005Metric *	Diode	◐	○	○	○	○	Powered_Off
10%	J5	microSD_MEM2052-00-195-00-A / GCT_MEM2052-00-195-00-A *	Connector	◐	○	○	—	○	Powered_Off
10%	D34	ESD9B5.0ST5G / D_0402_1005Metric *	Diode	◐	○	○	○	○	Powered_Off
10%	D28	ESD9B5.0ST5G / D_0402_1005Metric *	Diode	◐	○	○	○	○	Powered_Off
10%	D9	ESD9B5.0ST5G / D_0402_1005Metric *	Diode	◐	○	○	○	○	Powered_Off
10%	D12	RClamp0524PA / SLP2510P8 *	Diode	◐	○	○	○	○	Powered_Off
10%	D15	RClamp0524PA / SLP2510P8 *	Diode	◐	○	○	○	○	Powered_Off
10%	D29	ESD9B5.0ST5G / D_0402_1005Metric *	Diode	◐	○	○	○	○	Powered_Off
10%	D30	ESD9B5.0ST5G / D_0402_1005Metric *	Diode	◐	○	○	○	○	Powered_Off
10%	D33	ESD9B5.0ST5G / D_0402_1005Metric *	Diode	◐	○	○	○	○	Powered_Off
10%	D13	RClamp0524PA / SLP2510P8 *	Diode	◐	○	○	○	○	Powered_Off
10%	J6	685119134923 / 685119134923 *	Connector	◐	○	○	—	○	Powered_Off
10%	D1	0805_LED_RED / LED_0805_2012Metric *	Diode	◐	○	○	○	○	Powered_Off
10%	J8	USB_A_2x_5787745-1 / TE_5787745-1 *	Connector	◐	○	○	—	○	Powered_Off
10%	D31	ESD9B5.0ST5G / D_0402_1005Metric *	Diode	◐	○	○	○	○	Powered_Off
10%	K1	IM03GR / Relay_2P2T_10x6mm_TE_IMxxG *	Other	◐	○	○	○	○	Powered_Off
0%	J3	SVORK_45DEG_01x03_3.5MM / PC_1862055 *	Connector	○	○	○	—	○
0%	D6	0603_LED_RED / LED_0603_1608Metric *	Diode	○	○	○	○	○
0%	D3	0805_LED_RED / LED_0805_2012Metric *	Diode	○	○	○	○	○

14.11.5 SOQ (920 solder joints)

● = Full (1.0) ◐ = Partial (0.5) ○ = None (0)

Score ⇅	Pin ⇅	Net ⇅	S ⇅	O ⇅	Q ⇅
67%	U9_65	GND	◐	●	◐
67%	U9_64	VDD33A_LAN1	◐	●	◐
67%	D11_1	SD_PWR	◐	●	◐
67%	D11_2	GND	◐	●	◐
67%	R57_1	VDD33A_LAN1	◐	●	◐
67%	R47_1	Net-(C52-Pad1)	◐	●	◐
67%	R44_2	CM4_SDA0	◐	●	◐
67%	C41_2	GND	◐	●	◐
67%	U13_1	SD_PWR	◐	●	◐
67%	U13_2	GND	◐	●	◐
67%	U9_46	3V3_LAN1	◐	●	◐
67%	R50_2	+3V3	◐	●	◐
67%	U9_34	GND	◐	●	◐
67%	R11_2	GND	◐	●	◐
67%	R47_2	3V3FB	◐	●	◐
67%	U9_33	3V3_LAN1	◐	●	◐
67%	R45_1	Net-(Q7-D)	◐	●	◐
67%	U9_44	GND	◐	●	◐
67%	R45_2	+5V	◐	●	◐
67%	R50_1	Net-(C52-Pad1)	◐	●	◐
67%	R56_1	VDD33A_LAN1	◐	●	◐
67%	R48_2	GND	◐	●	◐
67%	R12_1	3V3_LAN1	◐	●	◐
67%	U9_32	3V3_LAN1	◐	●	◐
67%	R53_1	CM4_SCL0	◐	●	◐
67%	U9_40	3V3_LAN1	◐	●	◐
67%	R36_1	VDD33A_LAN1	◐	●	◐
67%	U19_7	CM4_SCL0	◐	●	◐
67%	U7_5	+3V3	◐	●	◐
67%	R41_2	GND	◐	●	◐
67%	U20_5	3V3FB	◐	●	◐
67%	R48_1	3V3FB	◐	●	◐
67%	U20_7	GND	◐	●	◐
67%	U9_39	3V3_LAN1	◐	●	◐
67%	R43_1	+3V3	◐	●	◐
67%	R43_2	CM4_SCL0	◐	●	◐
67%	U20_9	GND	◐	●	◐
67%	U9_30	3V3_LAN1	◐	●	◐
67%	R27_1	Net-(U13-VIN)	◐	●	◐
67%	R27_2	+3V3	◐	●	◐
67%	C15_2	GND	◐	●	◐
67%	C48_2	GND	◐	●	◐
67%	U9_57	VDD33A_LAN1	◐	●	◐
67%	U9_19	3V3_LAN1	◐	●	◐
67%	R42_2	GND	◐	●	◐
67%	U9_29	3V3_LAN1	◐	●	◐
67%	U16_1	+3V3	◐	●	◐
67%	R9_1	Net-(C1-Pad1)	◐	●	◐
67%	U9_54	VDD33A_LAN1	◐	●	◐
67%	C47_2	GND	◐	●	◐
67%	R44_1	+3V3	◐	●	◐
67%	C27_2	GND	◐	●	◐
67%	U9_51	VDD33A_LAN1	◐	●	◐
67%	R52_1	CM4_SDA0	◐	●	◐
67%	U19_11	GND	◐	●	◐
67%	U9_28	3V3_LAN1	◐	●	◐
67%	R31_1	+3V3	◐	●	◐
67%	R4_1	+3V3	◐	●	◐
67%	U9_49	VDD33A_LAN1	◐	●	◐
67%	U9_27	3V3_LAN1	◐	●	◐
67%	R51_2	GND	◐	●	◐
67%	U19_6	CM4_SDA0	◐	●	◐
67%	U9_10	VDD33A_LAN1	◐	●	◐
67%	U9_5	VDD33A_LAN1	◐	●	◐
67%	C17_2	GND	◐	●	◐
67%	R17_1	GND	◐	●	◐
67%	R19_1	GND	◐	●	◐
67%	C16_2	GND	◐	●	◐
67%	C24_2	GND	◐	●	◐
67%	U11_1	5V_OTG_1	◐	●	◐
67%	R15_2	GND	◐	●	◐
67%	U12_1	5V_OTG_2	◐	●	◐
67%	U8_1	3V3_LAN1	◐	●	◐
67%	R18_1	3V3_LAN1	◐	●	◐
67%	R16_1	3V3_LAN1	◐	●	◐
67%	C21_2	GND	◐	●	◐
67%	U10_2	GND	◐	●	◐
67%	R55_1	VDD33A_LAN1	◐	●	◐
67%	U14_1	HDMI_5V	◐	●	◐
67%	U14_2	GND	◐	●	◐
67%	R58_2	HDMI0_SCL	◐	●	◐
67%	R29_1	+5V	◐	●	◐
67%	R29_2	Net-(U14-EN)	◐	●	◐
67%	C43_2	GND	◐	●	◐
67%	R5_2	HDMI0_SDA	◐	●	◐
67%	R11_1	RELAY1	◐	●	◐
50%	C46_2	GND	◐	◐	◐
50%	D33_2	SD_DAT3	◐	●	○
50%	R59_1	+BATT	◐	◐	◐
50%	R59_2	+3V3	◐	◐	◐
50%	C15_1	Net-(U9A-VDD18ETHPLL)	◐	◐	◐
50%	U4_19	+5V	◐	◐	◐
50%	R9_2	Net-(R9-Pad2)	◐	◐	◐
50%	C6_1	+3V3	◐	◐	◐
50%	C27_1	Net-(U9A-VDD18USBPLL)	◐	◐	◐
50%	R52_2	Net-(U2-GPIO0)	◐	◐	◐
50%	R6_1	+3V3	◐	◐	◐
50%	R6_2	Net-(C1-Pad1)	◐	◐	◐
50%	R4_2	RUN	◐	◐	◐
50%	R51_1	USB_OTGID	◐	◐	◐
50%	Q4_1	HDMI0_HOTPLUG	◐	◐	◐
50%	Q4_2	GND	◐	◐	◐
50%	Q4_3	Net-(Q4-D)	◐	◐	◐
50%	C6_2	GND	◐	◐	◐
50%	U9_62	Net-(U9A-VDD18USBPLL)	◐	◐	◐
50%	C1_1	Net-(C1-Pad1)	◐	◐	◐
50%	C1_2	GND	◐	◐	◐
50%	Q2_1	EMMC_EN_N_1V8	◐	◐	◐
50%	Q2_2	GND	◐	◐	◐
50%	Q2_3	Net-(Q1-S)	◐	◐	◐
50%	C3_1	Net-(C3-Pad1)	◐	◐	◐
50%	C3_2	GND	◐	◐	◐
50%	R8_1	+3V3	◐	◐	◐
50%	R8_2	Net-(C2-Pad1)	◐	◐	◐
50%	Q3_1	RUN	◐	◐	◐
50%	Q3_2	+3V3	◐	◐	◐
50%	Q3_3	Net-(D3-A)	◐	◐	◐
50%	R2_1	Net-(D1-K)	◐	◐	◐
50%	R2_2	Net-(Q1-S)	◐	◐	◐
50%	R7_1	Net-(D3-K)	◐	◐	◐
50%	R7_2	GND	◐	◐	◐
50%	U2_1	GND	◐	●	○
50%	U9_61	Net-(U9A-XI)	◐	◐	◐
50%	U9_60	Net-(U9A-XO)	◐	◐	◐
50%	C8_1	+5V	◐	◐	◐
50%	C8_2	GND	◐	◐	◐
50%	U2_7	GND	◐	●	○
50%	U2_8	GND	◐	●	○
50%	U2_10	SD_CLK	◐	●	○
50%	U2_12	SD_CMD	◐	●	○
50%	U2_13	GND	◐	●	○
50%	U2_14	GND	◐	●	○
50%	U2_16	SD_DAT0	◐	●	○
50%	U9_48	Net-(U9A-VDD18ETHPLL)	◐	◐	◐
50%	U2_18	SD_DAT1	◐	●	○
50%	U2_19	GND	◐	●	○
50%	U2_20	GND	◐	●	○
50%	U9_47		◐	◐	◐
50%	U2_22	SD_DAT2	◐	●	○
50%	U2_24	SD_DAT3	◐	●	○
50%	U2_25	GND	◐	●	○
50%	U2_26	GND	◐	●	○
50%	U9_45		◐	◐	◐
50%	U2_28	RELAY1	◐	●	○
50%	U9_43		◐	◐	◐
50%	U2_31	GND	◐	●	○
50%	U9_42		◐	◐	◐
50%	U2_34	Net-(U2-GPIO30)	◐	●	○
50%	U2_36	Net-(U2-GPIO31)	◐	●	○
50%	U2_37	GND	◐	●	○
50%	C7_1	+5V	◐	◐	◐
50%	C7_2	GND	◐	◐	◐
50%	C53_1	Net-(C52-Pad1)	◐	◐	◐
50%	U20_3	+5V	◐	◐	◐
50%	U2_43	GND	◐	●	○
50%	U2_44	GND	◐	●	○
50%	U9_38	VDD18CORE_LAN1	◐	◐	◐
50%	U2_46	Net-(U2-GPIO32)	◐	●	○
50%	U9_37		◐	◐	◐
50%	U2_48	Net-(U2-GPIO33)	◐	●	○
50%	U2_49	GND	◐	●	○
50%	U2_50	GND	◐	●	○
50%	U9_36		◐	◐	◐
50%	U2_52	Net-(U2-GPIO34)	◐	●	○
50%	U9_35		◐	◐	◐
50%	U2_54	Net-(U2-GPIO35)	◐	●	○
50%	U2_55	GND	◐	●	○
50%	U2_56	GND	◐	●	○
50%	U2_58	Net-(U2-GPIO36)	◐	●	○
50%	U2_60	Net-(U2-GPIO37)	◐	●	○
50%	U2_61	GND	◐	●	○
50%	U2_62	GND	◐	●	○
50%	U2_64	Net-(U2-GPIO38)	◐	●	○
50%	U9_31		◐	◐	◐
50%	U2_66	Net-(U2-GPIO39)	◐	●	○
50%	U2_67	GND	◐	●	○
50%	U2_68	GND	◐	●	○
50%	U2_70	Net-(U2-GPIO40)	◐	●	○
50%	U2_72	Net-(U2-GPIO41)	◐	●	○
50%	U2_73	GND	◐	●	○
50%	U2_74	GND	◐	●	○
50%	U2_76	Net-(U2-GPIO42)	◐	●	○
50%	U2_78	Net-(U2-GPIO43)	◐	●	○
50%	U2_79	GND	◐	●	○
50%	U2_80	GND	◐	●	○
50%	U9_26	EEDI_LAN1	◐	◐	◐
50%	U2_82	Net-(U2-GPIO44)	◐	●	○
50%	U9_25	EEDO_LAN1	◐	◐	◐
50%	U2_84	Net-(U2-GPIO45)	◐	●	○
50%	U2_85	GND	◐	●	○
50%	U2_86	GND	◐	●	○
50%	U9_24	EECS_LAN1	◐	◐	◐
50%	U9_23	EECLK_LAN1	◐	◐	◐
50%	U9_22	nSPD_LAN1	◐	◐	◐
50%	U9_21	nLNKA_LAN1	◐	◐	◐
50%	U2_91	GND	◐	●	○
50%	U2_92	GND	◐	●	○
50%	U9_20	nFDX_LAN1	◐	◐	◐
50%	U9_15	VDD18CORE_LAN1	◐	◐	◐
50%	U9_13		◐	◐	◐
50%	U2_97	GND	◐	●	○
50%	U2_98	GND	◐	●	○
50%	U9_12	nRESET_LAN1	◐	◐	◐
50%	U2_103	GND	◐	●	○
50%	U2_104	GND	◐	●	○
50%	C17_1	Net-(U9A-XI)	◐	◐	◐
50%	C40_2	GND	◐	◐	◐
50%	C40_1	Earth	◐	◐	◐
50%	R34_2	GND	◐	◐	◐
50%	U2_109	GND	◐	●	○
50%	U2_110	GND	◐	●	○
50%	R34_1	Net-(J7-CC2)	◐	◐	◐
50%	Q6_3	Net-(Q6-D)	◐	◐	◐
50%	Q6_2	GND	◐	◐	◐
50%	Q6_1	Net-(Q6-G)	◐	◐	◐
50%	U2_115	GND	◐	●	○
50%	U2_116	GND	◐	●	○
50%	C56_2	GND	◐	◐	◐
50%	C56_1	Net-(J7-SHIELD)	◐	◐	◐
50%	U16_10	GND	◐	◐	◐
50%	U2_121	GND	◐	●	○
50%	U2_122	GND	◐	●	○
50%	U16_5	GND	◐	◐	◐
50%	U2_127	GND	◐	●	○
50%	U2_128	GND	◐	●	○
50%	U2_133	GND	◐	●	○
50%	U2_134	GND	◐	●	○
50%	R32_2	USB_BOOT_VBUS	◐	◐	◐
50%	R32_1	Net-(Q6-G)	◐	◐	◐
50%	R35_2	GND	◐	◐	◐
50%	R35_1	USB_BOOT_VBUS	◐	◐	◐
50%	U2_139	GND	◐	●	○
50%	U2_140	GND	◐	●	○
50%	C45_2	GND	◐	◐	◐
50%	C45_1	+3V3	◐	◐	◐
50%	R31_2	Net-(Q6-D)	◐	◐	◐
50%	U2_145	GND	◐	●	○
50%	U2_146	GND	◐	●	○
50%	R54_2	GND	◐	◐	◐
50%	R54_1	Net-(J7-SHIELD)	◐	◐	◐
50%	R33_2	GND	◐	◐	◐
50%	R33_1	Net-(J7-CC1)	◐	◐	◐
50%	U2_151	GND	◐	●	○
50%	U2_152	GND	◐	●	○
50%	C55_2	GND	◐	◐	◐
50%	C55_1	Net-(C52-Pad1)	◐	◐	◐
50%	U2_157	GND	◐	●	○
50%	U2_158	GND	◐	●	○
50%	Q7_5	Net-(Q7-D)	◐	◐	◐
50%	Q7_4	Net-(Q7-G)	◐	◐	◐
50%	Q7_3	Net-(Q7-S1)	◐	◐	◐
50%	Q7_2	Net-(Q7-S1)	◐	◐	◐
50%	U2_163	GND	◐	●	○
50%	U2_164	GND	◐	●	○
50%	Q7_1	Net-(Q7-S1)	◐	◐	◐
50%	F1_2	Net-(Q7-S1)	◐	◐	◐
50%	F1_1	Net-(D18-A2)	◐	◐	◐
50%	U2_169	GND	◐	●	○
50%	U2_170	GND	◐	●	○
50%	R38_2	Net-(Q7-G)	◐	◐	◐
50%	U2_173	HDMI0_SDA	◐	●	○
50%	R38_1	Net-(Q7-S1)	◐	◐	◐
50%	U2_175	HDMI0_SCL	◐	●	○
50%	C52_2	GND	◐	◐	◐
50%	C52_1	Net-(C52-Pad1)	◐	◐	◐
50%	R39_2	Net-(U19-GATE)	◐	◐	◐
50%	R39_1	Net-(Q7-G)	◐	◐	◐
50%	U2_181	GND	◐	●	○
50%	U2_182	GND	◐	●	○
50%	U19_10	Net-(U19-GATE)	◐	◐	◐
50%	U19_9	Net-(U19-ISET)	◐	◐	◐
50%	U19_8	Net-(U19-VSET)	◐	◐	◐
50%	U2_187	GND	◐	●	○
50%	U2_188	GND	◐	●	○
50%	U19_5	Net-(D17-A2)	◐	◐	◐
50%	U2_191	Net-(C1-Pad1)	◐	●	○
50%	U2_192	Net-(C1-Pad1)	◐	●	○
50%	U2_193	Net-(C1-Pad1)	◐	●	○
50%	U2_194	Net-(C1-Pad1)	◐	●	○
50%	U2_195	GND	◐	●	○
50%	U2_196	GND	◐	●	○
50%	C54_1	Net-(C52-Pad1)	◐	◐	◐
50%	C54_2	GND	◐	◐	◐
50%	R37_1	Net-(Q7-S1)	◐	◐	◐
50%	R37_2	Net-(U19-VIN)	◐	◐	◐
50%	U19_4	Net-(D16-A2)	◐	◐	◐
50%	U19_3	USB_D-	◐	◐	◐
50%	R1_1	Net-(J1-Pin_2)	◐	◐	◐
50%	R1_2	GND	◐	◐	◐
50%	R53_2	Net-(U2-GPIO1)	◐	◐	◐
50%	C2_1	Net-(C2-Pad1)	◐	◐	◐
50%	C2_2	GND	◐	◐	◐
50%	R10_1	Net-(C3-Pad1)	◐	◐	◐
50%	R10_2	+3V3	◐	◐	◐
50%	Q1_1	Net-(J1-Pin_2)	◐	◐	◐
50%	Q1_2	Net-(Q1-S)	◐	◐	◐
50%	Q1_3	EMMC_DISABLE_N	◐	◐	◐
50%	C5_1	+3V3	◐	◐	◐
50%	C5_2	GND	◐	◐	◐
50%	C49_1	+5V	◐	◐	◐
50%	C49_2	GND	◐	◐	◐
50%	U19_2	USB_D+	◐	◐	◐
50%	R46_1	Net-(D21-K)	◐	◐	◐
50%	U19_1	Net-(U19-VIN)	◐	◐	◐
50%	R46_2	GND	◐	◐	◐
50%	C47_1	Net-(U19-VIN)	◐	◐	◐
50%	C53_2	GND	◐	◐	◐
50%	L1_2	Net-(C52-Pad1)	◐	●	○
50%	R49_2	Net-(D23-A)	◐	◐	◐
50%	U20_2	+5V	◐	◐	◐
50%	R49_1	Net-(C52-Pad1)	◐	◐	◐
50%	D22_3	GND	◐	◐	◐
50%	D22_2	GND	◐	◐	◐
50%	D22_1	Net-(D22-K)	◐	◐	◐
50%	C51_1	Net-(U20-BOOT)	◐	◐	◐
50%	R42_1	Net-(U19-VSET)	◐	◐	◐
50%	C48_1	Net-(U20-SS)	◐	◐	◐
50%	C51_2	Net-(D22-K)	◐	◐	◐
50%	C50_2	GND	◐	◐	◐
50%	C50_1	+5V	◐	◐	◐
50%	R41_1	Net-(U20-RT/SYNC)	◐	◐	◐
50%	C10_1	+3V3	◐	◐	◐
50%	C10_2	GND	◐	◐	◐
50%	C12_1	+5V	◐	◐	◐
50%	C12_2	GND	◐	◐	◐
50%	U3_2	+3V3	◐	◐	◐
50%	U3_11	GND	◐	◐	◐
50%	U3_19	+5V	◐	◐	◐
50%	C11_1	+3V3	◐	◐	◐
50%	C11_2	GND	◐	◐	◐
50%	C9_1	+5V	◐	◐	◐
50%	C9_2	GND	◐	◐	◐
50%	C4_1	+3V3	◐	◐	◐
50%	C4_2	GND	◐	◐	◐
50%	U5_2	+3V3	◐	◐	◐
50%	U5_11	GND	◐	◐	◐
50%	U5_19	+5V	◐	◐	◐
50%	U7_1		◐	◐	◐
50%	U7_2	RUN	◐	◐	◐
50%	U7_3	GND	◐	◐	◐
50%	U7_4	OUTPUT_EN	◐	◐	◐
50%	U6_2	+3V3	◐	◐	◐
50%	U6_11	GND	◐	◐	◐
50%	U6_19	+5V	◐	◐	◐
50%	U4_2	+3V3	◐	◐	◐
50%	R22_2	Net-(J4-LEDY_A)	◐	◐	◐
50%	R13_1	Net-(U9A-XO)	◐	◐	◐
50%	R13_2	Net-(U9A-XI)	◐	◐	◐
50%	R36_2	LAN1_RXN	◐	◐	◐
50%	R12_2	nRESET_LAN1	◐	◐	◐
50%	R24_1	Net-(D7-K)	◐	◐	◐
50%	R24_2	GND	◐	◐	◐
50%	R25_1	Net-(D8-K)	◐	◐	◐
50%	R25_2	GND	◐	◐	◐
50%	R56_2	LAN1_TXN	◐	◐	◐
50%	U9_1	USB_OTG_1_N	◐	◐	◐
50%	U9_2	USB_OTG_1_P	◐	◐	◐
50%	U9_3	USB_OTG_2_N	◐	◐	◐
50%	U9_4	USB_OTG_2_P	◐	◐	◐
50%	U9_7		◐	◐	◐
50%	U9_8		◐	◐	◐
50%	U9_9		◐	◐	◐
50%	U9_11	Net-(U9B-VBUS_DET)	◐	◐	◐
50%	U9_14	PRTCTL2_OTG_1	◐	◐	◐
50%	U9_16	PRTCTL3_OTG_2	◐	◐	◐
50%	U9_17		◐	◐	◐
50%	U9_18		◐	◐	◐
50%	U9_41	Net-(U9B-AUTOMDIX_EN)	◐	◐	◐
50%	U9_50	Net-(U9B-EXRES)	◐	◐	◐
50%	U9_52	LAN1_RXP	◐	◐	◐
50%	U9_53	LAN1_RXN	◐	◐	◐
50%	U9_55	LAN1_TXP	◐	◐	◐
50%	U9_56	LAN1_TXN	◐	◐	◐
50%	U9_58	USB_LAN_N	◐	◐	◐
50%	U9_59	USB_LAN_P	◐	◐	◐
50%	U9_63	Net-(U9B-USBRBIAS)	◐	◐	◐
50%	R21_1	VDD33A_LAN1	◐	◐	◐
50%	R21_2	Net-(J4-LEDG_A)	◐	◐	◐
50%	R20_1	VDD33A_LAN1	◐	◐	◐
50%	R20_2	Net-(C39-Pad1)	◐	◐	◐
50%	R57_2	LAN1_RXP	◐	◐	◐
50%	C35_1	3V3_LAN1	◐	◐	◐
50%	C35_2	GND	◐	◐	◐
50%	C23_1	VDD18CORE_LAN1	◐	◐	◐
50%	C23_2	GND	◐	◐	◐
50%	C25_1	3V3_LAN1	◐	◐	◐
50%	C25_2	GND	◐	◐	◐
50%	C36_1	VDD33A_LAN1	◐	◐	◐
50%	C36_2	GND	◐	◐	◐
50%	C20_1	+3V3	◐	◐	◐
50%	C20_2	GND	◐	◐	◐
50%	U2_32	GND	◐	●	○
50%	R17_2	Net-(U9B-USBRBIAS)	◐	◐	◐
50%	C33_1	VDD33A_LAN1	◐	◐	◐
50%	C33_2	GND	◐	◐	◐
50%	C26_1	VDD18CORE_LAN1	◐	◐	◐
50%	C26_2	GND	◐	◐	◐
50%	C29_1	VDD33A_LAN1	◐	◐	◐
50%	C29_2	GND	◐	◐	◐
50%	C37_1	+5V	◐	◐	◐
50%	C37_2	GND	◐	◐	◐
50%	D35_2	SD_CLK	◐	●	○
50%	R19_2	Net-(U9B-EXRES)	◐	◐	◐
50%	C31_1	VDD33A_LAN1	◐	◐	◐
50%	C31_2	GND	◐	◐	◐
50%	C16_1	Net-(U9A-XO)	◐	◐	◐
50%	D10_2	SD_DAT1	◐	●	○
50%	FB1_1	Net-(U9A-VDD18ETHPLL)	◐	◐	◐
50%	FB1_2	Net-(U9A-VDD18USBPLL)	◐	◐	◐
50%	C19_1	3V3_LAN1	◐	◐	◐
50%	C19_2	GND	◐	◐	◐
50%	R14_1	Net-(D5-K)	◐	◐	◐
50%	R14_2	GND	◐	◐	◐
50%	C24_1	Net-(U9A-VDD18USBPLL)	◐	◐	◐
50%	C41_1	SD_PWR	◐	◐	◐
50%	U13_3		◐	◐	◐
50%	U11_2	GND	◐	◐	◐
50%	U11_3		◐	◐	◐
50%	U11_4	PRTCTL2_OTG_1	◐	◐	◐
50%	U11_5	+5V	◐	◐	◐
50%	C28_1	3V3_LAN1	◐	◐	◐
50%	C28_2	GND	◐	◐	◐
50%	C38_1	+5V	◐	◐	◐
50%	C38_2	GND	◐	◐	◐
50%	R15_1	EECS_LAN1	◐	◐	◐
50%	U13_4	SD_VDD	◐	◐	◐
50%	U13_5	Net-(U13-VIN)	◐	◐	◐
50%	U12_2	GND	◐	◐	◐
50%	U12_3		◐	◐	◐
50%	U9_6		◐	◐	◐
50%	U12_5	+5V	◐	◐	◐
50%	FB2_1	VDD33A_LAN1	◐	◐	◐
50%	FB2_2	3V3_LAN1	◐	◐	◐
50%	C30_1	VDD33A_LAN1	◐	◐	◐
50%	C30_2	GND	◐	◐	◐
50%	D32_2	SD_DAT2	◐	●	○
50%	U8_2	GND	◐	◐	◐
50%	U8_3		◐	◐	◐
50%	U8_4	LAN1_EN	◐	◐	◐
50%	U8_5	+3V3	◐	◐	◐
50%	R28_1	Net-(U13-VIN)	◐	◐	◐
50%	R18_2	Net-(U9B-AUTOMDIX_EN)	◐	◐	◐
50%	R28_2	SD_VDD	◐	◐	◐
50%	R16_2	Net-(U9B-VBUS_DET)	◐	◐	◐
50%	R23_1	VDD33A_LAN1	◐	◐	◐
50%	R23_2	Net-(D6-A)	◐	◐	◐
50%	C34_1	VDD33A_LAN1	◐	◐	◐
50%	C34_2	GND	◐	◐	◐
50%	C21_1	Net-(U9A-VDD18ETHPLL)	◐	◐	◐
50%	J5_1	SD_DAT2	◐	●	○
50%	U10_1	EEDI_LAN1	◐	◐	◐
50%	J5_2	SD_DAT3	◐	●	○
50%	U10_3	EEDO_LAN1	◐	◐	◐
50%	U10_4	EECLK_LAN1	◐	◐	◐
50%	U10_5	EECS_LAN1	◐	◐	◐
50%	U10_6	3V3_LAN1	◐	◐	◐
50%	C32_1	VDD33A_LAN1	◐	◐	◐
50%	C32_2	GND	◐	◐	◐
50%	C18_1	VDD18CORE_LAN1	◐	◐	◐
50%	C18_2	GND	◐	◐	◐
50%	C39_1	Net-(C39-Pad1)	◐	◐	◐
50%	C39_2	GND	◐	◐	◐
50%	R26_1	Earth	◐	◐	◐
50%	R26_2	GND	◐	◐	◐
50%	C22_1	3V3_LAN1	◐	◐	◐
50%	C22_2	GND	◐	◐	◐
50%	C13_1	3V3_LAN1	◐	◐	◐
50%	C13_2	GND	◐	◐	◐
50%	J5_3	SD_CMD	◐	●	○
50%	R55_2	LAN1_TXP	◐	◐	◐
50%	J5_5	SD_CLK	◐	●	○
50%	J5_7	SD_DAT0	◐	●	○
50%	U14_3		◐	◐	◐
50%	U14_4	Net-(U14-EN)	◐	◐	◐
50%	U14_5	Net-(U14-EN)	◐	◐	◐
50%	R58_1	HDMI_5V	◐	◐	◐
50%	J5_8	SD_DAT1	◐	●	○
50%	C44_1	Net-(J6-CKS)	◐	◐	◐
50%	C44_2	GND	◐	◐	◐
50%	R22_1	VDD33A_LAN1	◐	◐	◐
50%	U4_11	GND	◐	◐	◐
50%	C43_1	HDMI_5V	◐	◐	◐
50%	D34_2	SD_CMD	◐	●	○
50%	D15_2	HDMI0_SDA	◐	●	○
50%	D15_4	HDMI0_SCL	◐	●	○
50%	D15_7	HDMI0_SCL	◐	●	○
50%	D15_9	HDMI0_SDA	◐	●	○
50%	R5_1	HDMI_5V	◐	◐	◐
50%	D9_2	SD_DAT0	◐	●	○
50%	R30_1	Net-(J6-CKS)	◐	◐	◐
50%	R30_2	GND	◐	◐	◐
50%	C42_1	Net-(U14-EN)	◐	◐	◐
50%	C42_2	GND	◐	◐	◐
50%	J6_15	HDMI0_SCL	◐	●	○
50%	J6_16	HDMI0_SDA	◐	●	○
50%	D4_1	+5V	◐	◐	◐
50%	D4_2	Net-(D4-A)	◐	◐	◐
50%	Q5_1	RELAY1	◐	◐	◐
50%	Q5_2	GND	◐	◐	◐
50%	Q5_3	Net-(D4-A)	◐	◐	◐
50%	C46_1	Net-(U13-VIN)	◐	◐	◐
50%	U12_4	PRTCTL3_OTG_2	◐	◐	◐
33%	U3_6	GPIO15	○	◐	◐
33%	U4_9	GPIO8	○	◐	◐
33%	U3_7	GPIO17	○	◐	◐
33%	U3_8	GPIO18	○	◐	◐
33%	U3_9	GPIO27	○	◐	◐
33%	U3_10	OUTPUT_EN	○	◐	◐
33%	U4_17	GPIO24_EXT	○	◐	◐
33%	U4_8	GPIO11	○	◐	◐
33%	U3_12	GPIO27_EXT	○	◐	◐
33%	U3_13	GPIO18_EXT	○	◐	◐
33%	U3_14	GPIO17_EXT	○	◐	◐
33%	U3_15	GPIO15_EXT	○	◐	◐
33%	U3_16	GPIO14_EXT	○	◐	◐
33%	U4_7	GPIO25	○	◐	◐
33%	U3_17	GPIO4_EXT	○	◐	◐
33%	U3_18	GPIO3_EXT	○	◐	◐
33%	U16_4	USB_N	○	◐	◐
33%	U3_20	GPIO2_EXT	○	◐	◐
33%	U16_6	USB_BOOT_N	○	◐	◐
33%	U16_7	USB_BOOT_P	○	◐	◐
33%	U16_8	USB_LAN_N	○	◐	◐
33%	U4_16	GPIO10_EXT	○	◐	◐
33%	U16_9	USB_LAN_P	○	◐	◐
33%	U20_8	Net-(D22-K)	○	◐	◐
33%	U5_1	GPIO7	○	◐	◐
33%	U4_15	GPIO9_EXT	○	◐	◐
33%	U5_3	GPIO5	○	◐	◐
33%	U5_4	GPIO6	○	◐	◐
33%	U5_5	GPIO12	○	◐	◐
33%	U5_6	GPIO13	○	◐	◐
33%	U5_7	GPIO19	○	◐	◐
33%	U5_8	GPIO16	○	◐	◐
33%	U5_9	GPIO26	○	◐	◐
33%	U5_10	OUTPUT_EN	○	◐	◐
33%	U20_6	Net-(U20-SS)	○	◐	◐
33%	U4_6	GPIO9	○	◐	◐
33%	U5_12	GPIO26_EXT	○	◐	◐
33%	U5_13	GPIO16_EXT	○	◐	◐
33%	U5_14	GPIO19_EXT	○	◐	◐
33%	U5_15	GPIO13_EXT	○	◐	◐
33%	U5_16	GPIO12_EXT	○	◐	◐
33%	U5_17	GPIO6_EXT	○	◐	◐
33%	U5_18	GPIO5_EXT	○	◐	◐
33%	U4_14	GPIO25_EXT	○	◐	◐
33%	U5_20	GPIO7_EXT	○	◐	◐
33%	U4_13	GPIO11_EXT	○	◐	◐
33%	U20_4	Net-(U20-RT/SYNC)	○	◐	◐
33%	U20_1	Net-(U20-BOOT)	○	◐	◐
33%	U4_20	GPIO22_EXT	○	◐	◐
33%	U4_12	GPIO8_EXT	○	◐	◐
33%	U6_1	GPIO20	○	◐	◐
33%	U16_2	Net-(Q6-D)	○	◐	◐
33%	U6_3	GPIO21	○	◐	◐
33%	U6_4	Net-(U6-A3)	○	◐	◐
33%	U6_5	Net-(U6-A4)	○	◐	◐
33%	U6_6	Net-(U6-A5)	○	◐	◐
33%	U6_7	Net-(U6-A6)	○	◐	◐
33%	U6_8	Net-(U6-A7)	○	◐	◐
33%	U6_9	Net-(U6-A8)	○	◐	◐
33%	U6_10	OUTPUT_EN	○	◐	◐
33%	U4_18	GPIO23_EXT	○	◐	◐
33%	U6_12	Net-(U6-B8)	○	◐	◐
33%	U6_13	Net-(U6-B7)	○	◐	◐
33%	U6_14	Net-(U6-B6)	○	◐	◐
33%	U6_15	Net-(U6-B5)	○	◐	◐
33%	U6_16	Net-(U6-B4)	○	◐	◐
33%	U6_17	Net-(U6-B3)	○	◐	◐
33%	U6_18	GPIO21_EXT	○	◐	◐
33%	U3_1	GPIO2	○	◐	◐
33%	U6_20	GPIO20_EXT	○	◐	◐
33%	U4_1	GPIO22	○	◐	◐
33%	U16_3	USB_P	○	◐	◐
33%	U4_3	GPIO23	○	◐	◐
33%	U4_4	GPIO24	○	◐	◐
33%	U4_5	GPIO10	○	◐	◐
33%	U3_3	GPIO3	○	◐	◐
33%	U3_4	GPIO4	○	◐	◐
33%	U3_5	GPIO14	○	◐	◐
33%	U4_10	OUTPUT_EN	○	◐	◐
17%	J5_6	GND	◐	○	○
17%	J5_S1	GND	◐	○	○
17%	J5_S2	GND	◐	○	○
17%	J5_S3	GND	◐	○	○
17%	J5_S4	GND	◐	○	○
17%	D34_1	GND	◐	○	○
17%	D9_1	GND	◐	○	○
17%	D33_1	GND	◐	○	○
17%	D1_2	+3V3	◐	○	○
17%	J1_1	USB_BOOT_VBUS	◐	○	○
17%	J1_3	GND	◐	○	○
17%	S1_1	GND	◐	○	○
17%	S1_2	GND	◐	○	○
17%	D2_1	GND	◐	○	○
17%	U2_4	SD_VDD	◐	○	○
17%	U2_6	SD_VDD	◐	○	○
17%	U2_39	Net-(C2-Pad1)	◐	○	○
17%	U2_40	Net-(C2-Pad1)	◐	○	○
17%	U2_41	Net-(C3-Pad1)	◐	○	○
17%	U2_42	Net-(C3-Pad1)	◐	○	○
17%	U2_197	+BATT	◐	○	○
17%	D8_2	5V_OTG_2	◐	○	○
17%	U2_198	+BATT	◐	○	○
17%	U2_199	+BATT	◐	○	○
17%	U2_200	+BATT	◐	○	○
17%	J2_1	+3V3	◐	○	○
17%	D5_2	3V3_LAN1	◐	○	○
17%	J2_2	+5V	◐	○	○
17%	J2_4	+5V	◐	○	○
17%	J2_6	GND	◐	○	○
17%	J2_9	GND	◐	○	○
17%	J2_14	GND	◐	○	○
17%	J2_17	+3V3	◐	○	○
17%	J2_20	GND	◐	○	○
17%	J2_25	GND	◐	○	○
17%	J2_30	GND	◐	○	○
17%	Y1_2	GND	◐	○	○
17%	Y1_4	GND	◐	○	○
17%	J2_34	GND	◐	○	○
17%	J2_39	GND	◐	○	○
17%	D17_1	GND	◐	○	○
17%	D20_1	GND	◐	○	○
17%	D35_1	GND	◐	○	○
17%	D16_1	GND	◐	○	○
17%	D18_1	GND	◐	○	○
17%	D19_1	GND	◐	○	○
17%	D7_2	5V_OTG_1	◐	○	○
17%	J9_A1	GND	◐	○	○
17%	J9_A12	GND	◐	○	○
17%	J9_B1	GND	◐	○	○
17%	J9_B12	GND	◐	○	○
17%	J9_S1	GND	◐	○	○
17%	D23_1	GND	◐	○	○
17%	D21_2	+5V	◐	○	○
17%	J7_A1	GND	◐	○	○
17%	J7_A4	USB_BOOT_VBUS	◐	○	○
17%	J7_A9	USB_BOOT_VBUS	◐	○	○
17%	J7_A12	GND	◐	○	○
17%	J7_B1	GND	◐	○	○
17%	J7_B4	USB_BOOT_VBUS	◐	○	○
17%	J7_B9	USB_BOOT_VBUS	◐	○	○
17%	J7_B12	GND	◐	○	○
17%	D25_1	GND	◐	○	○
17%	D25_2	USB_BOOT_VBUS	◐	○	○
17%	D12_3	GND	◐	○	○
17%	D12_8	GND	◐	○	○
17%	D24_1	GND	◐	○	○
17%	D15_3	GND	◐	○	○
17%	D26_1	GND	◐	○	○
17%	D27_1	GND	◐	○	○
17%	D15_8	GND	◐	○	○
17%	D28_1	GND	◐	○	○
17%	D29_1	GND	◐	○	○
17%	D30_1	GND	◐	○	○
17%	D30_2	5V_OTG_1	◐	○	○
17%	J8_1	5V_OTG_1	◐	○	○
17%	J8_4	GND	◐	○	○
17%	J8_5	5V_OTG_2	◐	○	○
17%	D13_3	GND	◐	○	○
17%	D13_8	GND	◐	○	○
17%	J8_8	GND	◐	○	○
17%	D31_1	GND	◐	○	○
17%	J6_17	GND	◐	○	○
17%	J6_18	HDMI_5V	◐	○	○
17%	D31_2	5V_OTG_2	◐	○	○
17%	D14_1	GND	◐	○	○
17%	D10_1	GND	◐	○	○
17%	J4_8	GND	◐	○	○
17%	J4_13	Earth	◐	○	○
17%	D32_1	GND	◐	○	○
17%	J5_4	SD_PWR	◐	○	○
17%	K1_1	+5V	◐	○	○
0%	D1_1	Net-(D1-K)	○	○	○
0%	J5_9		○	○	○
0%	J9_A8		○	○	○
0%	J4_1	LAN1_TXP	○	○	○
0%	J4_2	LAN1_TXN	○	○	○
0%	J4_3	LAN1_RXP	○	○	○
0%	J4_4	Net-(C39-Pad1)	○	○	○
0%	J4_5	Net-(C39-Pad1)	○	○	○
0%	J4_6	LAN1_RXN	○	○	○
0%	J4_7		○	○	○
0%	J9_A9	Net-(D18-A2)	○	○	○
0%	J4_9	Net-(J4-LEDG_A)	○	○	○
0%	J4_10	nLNKA_LAN1	○	○	○
0%	J4_11	Net-(J4-LEDY_A)	○	○	○
0%	J4_12	nSPD_LAN1	○	○	○
0%	J2_37	GPIO26_EXT	○	○	○
0%	J2_36	GPIO16_EXT	○	○	○
0%	J9_B4	Net-(D18-A2)	○	○	○
0%	J9_B5	Net-(D17-A2)	○	○	○
0%	J9_B6	USB_D+	○	○	○
0%	D6_1	nFDX_LAN1	○	○	○
0%	D6_2	Net-(D6-A)	○	○	○
0%	J9_B7	USB_D-	○	○	○
0%	J9_B8		○	○	○
0%	J9_B9	Net-(D18-A2)	○	○	○
0%	J2_35	GPIO19_EXT	○	○	○
0%	J2_33	GPIO13_EXT	○	○	○
0%	J2_13	GPIO27_EXT	○	○	○
0%	J2_12	GPIO18_EXT	○	○	○
0%	J2_11	GPIO17_EXT	○	○	○
0%	J2_10	GPIO15_EXT	○	○	○
0%	J2_8	GPIO14_EXT	○	○	○
0%	J2_7	GPIO4_EXT	○	○	○
0%	J2_5	GPIO3_EXT	○	○	○
0%	J2_3	GPIO2_EXT	○	○	○
0%	U2_S2		○	○	○
0%	U2_S1		○	○	○
0%	U2_190	Net-(R9-Pad2)	○	○	○
0%	U2_189	Net-(R9-Pad2)	○	○	○
0%	U2_186		○	○	○
0%	U2_185		○	○	○
0%	U2_184		○	○	○
0%	U2_183		○	○	○
0%	U2_180		○	○	○
0%	U2_179		○	○	○
0%	U2_178		○	○	○
0%	U2_177	RUN	○	○	○
0%	U2_176		○	○	○
0%	U2_174		○	○	○
0%	U2_172		○	○	○
0%	U2_171	HDMI0_CEC	○	○	○
0%	U2_168	USB_OTGID	○	○	○
0%	J2_32	GPIO12_EXT	○	○	○
0%	D23_2	Net-(D23-A)	○	○	○
0%	Y1_1	Net-(U9A-XO)	○	○	○
0%	U2_167	USB_N	○	○	○
0%	Y1_3	Net-(U9A-XI)	○	○	○
0%	U2_166		○	○	○
0%	U2_165	USB_P	○	○	○
0%	U2_162		○	○	○
0%	U2_161		○	○	○
0%	U2_160		○	○	○
0%	U2_159		○	○	○
0%	D21_1	Net-(D21-K)	○	○	○
0%	J2_31	GPIO6_EXT	○	○	○
0%	U2_156		○	○	○
0%	D7_1	Net-(D7-K)	○	○	○
0%	U2_155		○	○	○
0%	U2_154		○	○	○
0%	U2_153		○	○	○
0%	J2_29	GPIO5_EXT	○	○	○
0%	J2_28	ID_SC	○	○	○
0%	J7_A5	Net-(J7-CC1)	○	○	○
0%	J7_A6	USB_BOOT_P	○	○	○
0%	J7_A7	USB_BOOT_N	○	○	○
0%	J7_A8		○	○	○
0%	D20_2	USB_D-	○	○	○
0%	D16_2	Net-(D16-A2)	○	○	○
0%	J2_27	ID_SD	○	○	○
0%	J2_26	GPIO7_EXT	○	○	○
0%	J7_B5	Net-(J7-CC2)	○	○	○
0%	J7_B6	USB_BOOT_P	○	○	○
0%	J7_B7	USB_BOOT_N	○	○	○
0%	J7_B8		○	○	○
0%	J2_24	GPIO8_EXT	○	○	○
0%	J2_23	GPIO11_EXT	○	○	○
0%	J7_SH	Net-(J7-SHIELD)	○	○	○
0%	J2_22	GPIO25_EXT	○	○	○
0%	J2_21	GPIO9_EXT	○	○	○
0%	U2_150		○	○	○
0%	U2_149		○	○	○
0%	J2_19	GPIO10_EXT	○	○	○
0%	D24_2	USB_BOOT_P	○	○	○
0%	L1_1	Net-(D22-K)	○	○	○
0%	D26_2	USB_OTG_1_P	○	○	○
0%	U2_148		○	○	○
0%	U2_147		○	○	○
0%	J2_18	GPIO24_EXT	○	○	○
0%	D27_2	USB_OTG_2_P	○	○	○
0%	U2_144		○	○	○
0%	U2_143		○	○	○
0%	U2_142		○	○	○
0%	U2_141		○	○	○
0%	U2_138		○	○	○
0%	U2_137		○	○	○
0%	U2_136		○	○	○
0%	U2_135		○	○	○
0%	D17_2	Net-(D17-A2)	○	○	○
0%	D28_2	USB_OTG_1_N	○	○	○
0%	U2_132		○	○	○
0%	U2_131	HDMI0_D2_P	○	○	○
0%	U2_130		○	○	○
0%	U2_129	HDMI0_D2_N	○	○	○
0%	U2_126		○	○	○
0%	U2_125	HDMI0_D1_P	○	○	○
0%	U2_124		○	○	○
0%	U2_123	HDMI0_D1_N	○	○	○
0%	U2_120		○	○	○
0%	U2_119	HDMI0_D0_P	○	○	○
0%	D18_2	Net-(D18-A2)	○	○	○
0%	D29_2	USB_OTG_2_N	○	○	○
0%	J2_40	GPIO21_EXT	○	○	○
0%	D19_2	USB_D+	○	○	○
0%	U2_118		○	○	○
0%	U2_117	HDMI0_D0_N	○	○	○
0%	D8_1	Net-(D8-K)	○	○	○
0%	U2_114		○	○	○
0%	U2_113	HDMI0_CK_P	○	○	○
0%	U2_112		○	○	○
0%	J2_16	GPIO23_EXT	○	○	○
0%	J8_2	USB_OTG_1_N	○	○	○
0%	D5_1	Net-(D5-K)	○	○	○
0%	J8_3	USB_OTG_1_P	○	○	○
0%	J2_15	GPIO22_EXT	○	○	○
0%	J2_38	GPIO20_EXT	○	○	○
0%	J8_6	USB_OTG_2_N	○	○	○
0%	J8_7	USB_OTG_2_P	○	○	○
0%	J9_A4	Net-(D18-A2)	○	○	○
0%	J8_S1	Net-(J7-SHIELD)	○	○	○
0%	J8_S2	Net-(J7-SHIELD)	○	○	○
0%	J8_S3	Net-(J7-SHIELD)	○	○	○
0%	J8_S4	Net-(J7-SHIELD)	○	○	○
0%	J9_A5	Net-(D16-A2)	○	○	○
0%	J9_A6	USB_D+	○	○	○
0%	U2_111	HDMI0_CK_N	○	○	○
0%	U2_108		○	○	○
0%	J9_A7	USB_D-	○	○	○
0%	D14_2	USB_BOOT_N	○	○	○
0%	U2_107		○	○	○
0%	U2_106		○	○	○
0%	U2_105		○	○	○
0%	U2_102		○	○	○
0%	U2_101		○	○	○
0%	U2_100		○	○	○
0%	U2_99		○	○	○
0%	U2_96		○	○	○
0%	U2_95		○	○	○
0%	U2_94		○	○	○
0%	U2_93		○	○	○
0%	U2_90	EMMC_EN_N_1V8	○	○	○
0%	U2_89	GPIO27	○	○	○
0%	U2_88	Net-(Q4-D)	○	○	○
0%	U2_87	GPIO26	○	○	○
0%	U2_83	GPIO25	○	○	○
0%	U2_81	GPIO24	○	○	○
0%	U2_77	GPIO23	○	○	○
0%	U2_75	GPIO22	○	○	○
0%	U2_71	GPIO21	○	○	○
0%	U2_69	GPIO20	○	○	○
0%	U2_65	GPIO19	○	○	○
0%	D12_1	HDMI0_D2_P	○	○	○
0%	D12_2	HDMI0_D2_N	○	○	○
0%	U2_63	GPIO18	○	○	○
0%	D12_4	HDMI0_D1_P	○	○	○
0%	D12_5	HDMI0_D1_N	○	○	○
0%	D12_6	HDMI0_D1_N	○	○	○
0%	D12_7	HDMI0_D1_P	○	○	○
0%	U2_59	GPIO17	○	○	○
0%	D12_9	HDMI0_D2_N	○	○	○
0%	D12_10	HDMI0_D2_P	○	○	○
0%	D15_1	HDMI0_HOTPLUG	○	○	○
0%	U2_57	GPIO16	○	○	○
0%	U2_53	GPIO15	○	○	○
0%	U2_51	GPIO14	○	○	○
0%	D15_5	HDMI0_CEC	○	○	○
0%	D15_6	HDMI0_CEC	○	○	○
0%	U2_47	GPIO13	○	○	○
0%	U2_45	GPIO12	○	○	○
0%	U2_38		○	○	○
0%	D15_10	HDMI0_HOTPLUG	○	○	○
0%	U2_35	GPIO11	○	○	○
0%	U2_33	GPIO10	○	○	○
0%	U2_30	LAN1_EN	○	○	○
0%	U2_29	GPIO9	○	○	○
0%	U2_27	GPIO8	○	○	○
0%	U2_23	GPIO7	○	○	○
0%	D13_1	HDMI0_D0_P	○	○	○
0%	D13_2	HDMI0_D0_N	○	○	○
0%	U2_21	GPIO6	○	○	○
0%	D13_4	HDMI0_CK_P	○	○	○
0%	D13_5	HDMI0_CK_N	○	○	○
0%	D13_6	HDMI0_CK_N	○	○	○
0%	D13_7	HDMI0_CK_P	○	○	○
0%	U2_17	GPIO5	○	○	○
0%	D13_9	HDMI0_D0_N	○	○	○
0%	D13_10	HDMI0_D0_P	○	○	○
0%	J6_1	HDMI0_D2_P	○	○	○
0%	J6_2	Net-(J6-CKS)	○	○	○
0%	J6_3	HDMI0_D2_N	○	○	○
0%	J6_4	HDMI0_D1_P	○	○	○
0%	J6_5	Net-(J6-CKS)	○	○	○
0%	J6_6	HDMI0_D1_N	○	○	○
0%	J6_7	HDMI0_D0_P	○	○	○
0%	J6_8	Net-(J6-CKS)	○	○	○
0%	J6_9	HDMI0_D0_N	○	○	○
0%	J6_10	HDMI0_CK_P	○	○	○
0%	J6_11	Net-(J6-CKS)	○	○	○
0%	J6_12	HDMI0_CK_N	○	○	○
0%	J6_13	HDMI0_CEC	○	○	○
0%	J6_14		○	○	○
0%	U2_15	GPIO4	○	○	○
0%	U2_11	GPIO3	○	○	○
0%	U2_9	GPIO2	○	○	○
0%	U2_5	Net-(U2-GPIO1)	○	○	○
0%	J6_19	HDMI0_HOTPLUG	○	○	○
0%	J6_SH	Net-(J6-CKS)	○	○	○
0%	U2_3	Net-(U2-GPIO0)	○	○	○
0%	U2_2	EMMC_DISABLE_N	○	○	○
0%	D3_2	Net-(D3-A)	○	○	○
0%	D3_1	Net-(D3-K)	○	○	○
0%	D2_2	RUN	○	○	○
0%	J3_1	RELAY1_NO	○	○	○
0%	J3_2	RELAY1_NO	○	○	○
0%	J3_3	RELAY1_COM	○	○	○
0%	J3_4	RELAY1_COM	○	○	○
0%	J3_5	RELAY1_NC	○	○	○
0%	J3_6	RELAY1_NC	○	○	○
0%	S1_4	RUN	○	○	○
0%	S1_3	RUN	○	○	○
0%	J1_2	Net-(J1-Pin_2)	○	○	○
0%	K1_2		○	○	○
0%	K1_3		○	○	○
0%	K1_4		○	○	○
0%	K1_5	RELAY1_NO	○	○	○
0%	K1_6	RELAY1_COM	○	○	○
0%	K1_7	RELAY1_NC	○	○	○
0%	K1_8	Net-(D4-A)	○	○	○

14.11.6 Scoring Matrix

PCOLA/SOQ scoring premises used for this analysis. Each cell shows the score assigned when a test method applies to a component or pin.

Method	P	C	O	L	A	S	Opens	Q
AOI	Full	Full	Full	—	Partial	Partial	Partial	Partial
AXI	—	—	—	—	Partial	Partial	Partial	Partial
JTAG/BSCAN	Full	Full	Full	Partial	—	Full	Full	—
BSCAN_Passives	Full	Full	Full	Full	—	Full	Full	—
I2C	Partial	Partial	—	Partial	—	Partial	Partial	—
SPI	Partial	Partial	—	Partial	—	Partial	Partial	—
UART	—	—	—	Partial	—	—	—	—
Passive_Meas	Full	Full	Full	Full	—	Full	Full	—
Powered_Off	Partial	—	—	—	—	Partial	Full	—

15 Component Properties

Schematic library symbol quality analysis.

15.1 Datasheet Link Integrity

The datasheet link stored in the schematic was followed, and the document it returned was compared against the part number. The rows below are links that resolved to a document covering a different part - most often a sibling variant of the same family, where the specifications read as plausible but describe the wrong device.

	Observation	Status
RefDesC45 Part NumberCL10B105KP8NNNC	The linked datasheet does not cover this part number. the link returns a other, not this part's datasheet https://media.digikey.com/pdf/Data%20Sheets/Samsung%20PDFs/CL10B105KP8NNNC_Spec.pdf Correct the datasheet link in the schematic, or supply the manufacturer PDF for this part.	High
RefDesS1 Part NumberPTS810SJM250SMT Linked document coversPTS810 series	The linked datasheet does not cover this part number. the link returns a ordering_sheet, not this part's datasheet http://www.farnell.com/datasheets/2789835.pdf Correct the datasheet link in the schematic, or supply the manufacturer PDF for this part.	High
RefDesD6 Part NumberSML-LXFM0603SIC-TR	The linked datasheet does not cover this part number. this part number does not appear anywhere in the linked document https://www.lumex.com/spec/SML-LXFM0603SUGCTR.pdf Correct the datasheet link in the schematic, or supply the manufacturer PDF for this part.	High
RefDesC56 Part NumberVPDD202W102K1GV001E Linked document coversVPDR202W471K1GV001E	The linked datasheet does not cover this part number. the link returns a ordering_sheet, not this part's datasheet https://www.johansondielectrics.com/search/pn-pdf/VPDR202W471K1GV001E/ Correct the datasheet link in the schematic, or supply the manufacturer PDF for this part.	High

15.2 Library Symbol Grades

Grading schematic library symbol quality based on pin electrical type definitions:

Grade Definitions
Grade	Rating	Description
A	Excellent	Has Power pins AND properly typed I/O pins (>=90% typed)
B	Good	>=70% typed OR (>=50% typed AND has Power)
C	Fair	Mix of typed and Passive pins (>=40% typed)
D	Poor	Mostly Passive with few typed pins (>=10% typed)
F	Fail	All pins Passive/Unknown (<10% typed, no ERC)

IC Library Symbol Grades (sorted worst to best)
RefDes	Grd	Pins	Pwr	In	Out	IO	OC	OE	HiZ	Pas	Part Number	Creator
U1	-	0	0	0	0	0	0	0	0	0	LOGO_BENY_DEVICES
U10	C	6	1	3	0	0	0	0	1	1	93LC66AT-I
U11	C	5	2	1	0	0	1	0	0	1	RT9742QGJ5
U12	C	5	2	1	0	0	1	0	0	1	RT9742QGJ5
U13	C	5	2	1	0	0	1	0	0	1	RT9742QGJ5
U14	C	5	2	1	0	0	1	0	0	1	RT9742QGJ5
U2	C	202	7	36	29	54	0	0	0	76	RPi-CM4S_RA
U20	C	9	1	3	3	0	0	0	0	2	LMR14050
U7	C	5	1	1	1	0	0	0	0	2	74LVC1G17DCK3
U8	C	5	2	1	0	0	1	0	0	1	RT9742QGJ5
U9	C	65	5	25	7	16	0	0	0	12	LAN9512i
U19	B	11	1	3	0	5	1	0	0	1	HUSB238
U6	B	20	2	1	0	16	0	0	0	1	TXB0108PW
U16	A	10	2	2	0	6	0	0	0	0	FSUSB42MUX
U3	A	20	3	1	0	16	0	0	0	0	TXS0108E
U4	A	20	3	1	0	16	0	0	0	0	TXS0108E
U5	A	20	3	1	0	16	0	0	0	0	TXS0108E

15.2.1 Library Quality Summary

Total ICs evaluated	17
Grade A (excellent)	4 (23.5%)
Grade B (good)	2 (11.8%)
Grade C (fair)	10 (58.8%)
Grade D (poor)	0 (0.0%)
Grade F (fail)	0 (0.0%)
OVERALL LIBRARY QUALITY	B (3.11/4.00)

15.3 Component Library Validation

Checking for generic/incomplete library symbols using statistical patterns.

Library Symbol Issues (8 symbols)
Library Name	Industry Name	Part Number	RefDes	Pins	Distribution	Issues
74LVC1G17DCK3	SN74LVC1G17DCKR	-	U7	5	P:2 Pwr:1 I:1 O:1	Power-named pins not typed as Power - library pin types incomplete [GND=Passive]
93LC66AT-I	93LC66AT-I/OT	-	U10	6	P:1 Pwr:1 I:3 HiZ:1	Power-named pins not typed as Power - library pin types incomplete [GND=Passive]
HUSB238	HUSB238	-	U19	11	P:1 Pwr:1 Bi:5 I:3 OC:1	Power-named pins not typed as Power - library pin types incomplete [GND=Passive]
LAN9512i	LAN9512I-JZX	-	U9	65	P:12 Pwr:5 Bi:16 I:19 O:7 ?:6	Power-named pins not typed as Power - library pin types incomplete [VDD33A=Passive, VDD33IO=Passive, VDD33IO=Passive, VDD18CORE=Passive, VDD33IO=Passive, +8 more]
LMR14050	LMR14050SDDA	-	U20	9	P:2 Pwr:1 I:3 O:3	Power-named pins not typed as Power - library pin types incomplete [GND=Passive, SW=Output]
RPi-CM4S_RA	RPi-CM4S_RA	-	U2	202	P:76 Pwr:7 Bi:54 I:23 O:29 ?:13	Pin 1 (GND) at same location as pin 7 (GND); Pin 1 (GND) at same location as pin 8 (GND); Pin 1 (GND) at same location as pin 13 (GND); Pin 1 (GND) at same location as pin 14 (GND); Pin 1 (GND) at same location as pin 19 (GND); Pin 1 (GND) at same location as pin 20 (GND); Pin 1 (GND) at same location as pin 25 (GND); Pin 1 (GND) at same location as pin 26 (GND); Pin 1 (GND) at same location as pin 31 (GND); Pin 1 (GND) at same location as pin 32 (GND); Pin 1 (GND) at same location as pin 37 (GND); Pin 1 (GND) at same location as pin 43 (GND); Pin 1 (GND) at same location as pin 44 (GND); Pin 1 (GND) at same location as pin 49 (GND); Pin 1 (GND) at same location as pin 50 (GND); Pin 1 (GND) at same location as pin 55 (GND); Pin 1 (GND) at same location as pin 56 (GND); Pin 1 (GND) at same location as pin 61 (GND); Pin 1 (GND) at same location as pin 62 (GND); Pin 1 (GND) at same location as pin 67 (GND); Pin 1 (GND) at same location as pin 68 (GND); Pin 1 (GND) at same location as pin 73 (GND); Pin 1 (GND) at same location as pin 74 (GND); Pin 1 (GND) at same location as pin 79 (GND); Pin 1 (GND) at same location as pin 80 (GND); Pin 1 (GND) at same location as pin 85 (GND); Pin 1 (GND) at same location as pin 86 (GND); Pin 1 (GND) at same location as pin 91 (GND); Pin 1 (GND) at same location as pin 92 (GND); Pin 1 (GND) at same location as pin 97 (GND); Pin 1 (GND) at same location as pin 98 (GND); Pin 1 (GND) at same location as pin 103 (GND); Pin 1 (GND) at same location as pin 104 (GND); Pin 1 (GND) at same location as pin 109 (GND); Pin 1 (GND) at same location as pin 110 (GND); Pin 1 (GND) at same location as pin 115 (GND); Pin 1 (GND) at same location as pin 116 (GND); Pin 1 (GND) at same location as pin 121 (GND); Pin 1 (GND) at same location as pin 122 (GND); Pin 1 (GND) at same location as pin 127 (GND); Pin 1 (GND) at same location as pin 128 (GND); Pin 1 (GND) at same location as pin 133 (GND); Pin 1 (GND) at same location as pin 134 (GND); Pin 1 (GND) at same location as pin 139 (GND); Pin 1 (GND) at same location as pin 140 (GND); Pin 1 (GND) at same location as pin 145 (GND); Pin 1 (GND) at same location as pin 146 (GND); Pin 1 (GND) at same location as pin 151 (GND); Pin 1 (GND) at same location as pin 152 (GND); Pin 1 (GND) at same location as pin 157 (GND); Pin 1 (GND) at same location as pin 158 (GND); Pin 1 (GND) at same location as pin 163 (GND); Pin 1 (GND) at same location as pin 164 (GND); Pin 1 (GND) at same location as pin 169 (GND); Pin 1 (GND) at same location as pin 170 (GND); Pin 1 (GND) at same location as pin 181 (GND); Pin 1 (GND) at same location as pin 182 (GND); Pin 1 (GND) at same location as pin 187 (GND); Pin 1 (GND) at same location as pin 188 (GND); Pin 1 (GND) at same location as pin 195 (GND); Pin 1 (GND) at same location as pin 196 (GND); Pin 4 (SDX_VDD) at same location as pin 6 (SDX_VDD); Pin 7 (GND) at same location as pin 8 (GND); Pin 7 (GND) at same location as pin 13 (GND); Pin 7 (GND) at same location as pin 14 (GND); Pin 7 (GND) at same location as pin 19 (GND); Pin 7 (GND) at same location as pin 20 (GND); Pin 7 (GND) at same location as pin 25 (GND); Pin 7 (GND) at same location as pin 26 (GND); Pin 7 (GND) at same location as pin 31 (GND); Pin 7 (GND) at same location as pin 32 (GND); Pin 7 (GND) at same location as pin 37 (GND); Pin 7 (GND) at same location as pin 43 (GND); Pin 7 (GND) at same location as pin 44 (GND); Pin 7 (GND) at same location as pin 49 (GND); Pin 7 (GND) at same location as pin 50 (GND); Pin 7 (GND) at same location as pin 55 (GND); Pin 7 (GND) at same location as pin 56 (GND); Pin 7 (GND) at same location as pin 61 (GND); Pin 7 (GND) at same location as pin 62 (GND); Pin 7 (GND) at same location as pin 67 (GND); Pin 7 (GND) at same location as pin 68 (GND); Pin 7 (GND) at same location as pin 73 (GND); Pin 7 (GND) at same location as pin 74 (GND); Pin 7 (GND) at same location as pin 79 (GND); Pin 7 (GND) at same location as pin 80 (GND); Pin 7 (GND) at same location as pin 85 (GND); Pin 7 (GND) at same location as pin 86 (GND); Pin 7 (GND) at same location as pin 91 (GND); Pin 7 (GND) at same location as pin 92 (GND); Pin 7 (GND) at same location as pin 97 (GND); Pin 7 (GND) at same location as pin 98 (GND); Pin 7 (GND) at same location as pin 103 (GND); Pin 7 (GND) at same location as pin 104 (GND); Pin 7 (GND) at same location as pin 109 (GND); Pin 7 (GND) at same location as pin 110 (GND); Pin 7 (GND) at same location as pin 115 (GND); Pin 7 (GND) at same location as pin 116 (GND); Pin 7 (GND) at same location as pin 121 (GND); Pin 7 (GND) at same location as pin 122 (GND); Pin 7 (GND) at same location as pin 127 (GND); Pin 7 (GND) at same location as pin 128 (GND); Pin 7 (GND) at same location as pin 133 (GND); Pin 7 (GND) at same location as pin 134 (GND); Pin 7 (GND) at same location as pin 139 (GND); Pin 7 (GND) at same location as pin 140 (GND); Pin 7 (GND) at same location as pin 145 (GND); Pin 7 (GND) at same location as pin 146 (GND); Pin 7 (GND) at same location as pin 151 (GND); Pin 7 (GND) at same location as pin 152 (GND); Pin 7 (GND) at same location as pin 157 (GND); Pin 7 (GND) at same location as pin 158 (GND); Pin 7 (GND) at same location as pin 163 (GND); Pin 7 (GND) at same location as pin 164 (GND); Pin 7 (GND) at same location as pin 169 (GND); Pin 7 (GND) at same location as pin 170 (GND); Pin 7 (GND) at same location as pin 181 (GND); Pin 7 (GND) at same location as pin 182 (GND); Pin 7 (GND) at same location as pin 187 (GND); Pin 7 (GND) at same location as pin 188 (GND); Pin 7 (GND) at same location as pin 195 (GND); Pin 7 (GND) at same location as pin 196 (GND); Pin 8 (GND) at same location as pin 13 (GND); Pin 8 (GND) at same location as pin 14 (GND); Pin 8 (GND) at same location as pin 19 (GND); Pin 8 (GND) at same location as pin 20 (GND); Pin 8 (GND) at same location as pin 25 (GND); Pin 8 (GND) at same location as pin 26 (GND); Pin 8 (GND) at same location as pin 31 (GND); Pin 8 (GND) at same location as pin 32 (GND); Pin 8 (GND) at same location as pin 37 (GND); Pin 8 (GND) at same location as pin 43 (GND); Pin 8 (GND) at same location as pin 44 (GND); Pin 8 (GND) at same location as pin 49 (GND); Pin 8 (GND) at same location as pin 50 (GND); Pin 8 (GND) at same location as pin 55 (GND); Pin 8 (GND) at same location as pin 56 (GND); Pin 8 (GND) at same location as pin 61 (GND); Pin 8 (GND) at same location as pin 62 (GND); Pin 8 (GND) at same location as pin 67 (GND); Pin 8 (GND) at same location as pin 68 (GND); Pin 8 (GND) at same location as pin 73 (GND); Pin 8 (GND) at same location as pin 74 (GND); Pin 8 (GND) at same location as pin 79 (GND); Pin 8 (GND) at same location as pin 80 (GND); Pin 8 (GND) at same location as pin 85 (GND); Pin 8 (GND) at same location as pin 86 (GND); Pin 8 (GND) at same location as pin 91 (GND); Pin 8 (GND) at same location as pin 92 (GND); Pin 8 (GND) at same location as pin 97 (GND); Pin 8 (GND) at same location as pin 98 (GND); Pin 8 (GND) at same location as pin 103 (GND); Pin 8 (GND) at same location as pin 104 (GND); Pin 8 (GND) at same location as pin 109 (GND); Pin 8 (GND) at same location as pin 110 (GND); Pin 8 (GND) at same location as pin 115 (GND); Pin 8 (GND) at same location as pin 116 (GND); Pin 8 (GND) at same location as pin 121 (GND); Pin 8 (GND) at same location as pin 122 (GND); Pin 8 (GND) at same location as pin 127 (GND); Pin 8 (GND) at same location as pin 128 (GND); Pin 8 (GND) at same location as pin 133 (GND); Pin 8 (GND) at same location as pin 134 (GND); Pin 8 (GND) at same location as pin 139 (GND); Pin 8 (GND) at same location as pin 140 (GND); Pin 8 (GND) at same location as pin 145 (GND); Pin 8 (GND) at same location as pin 146 (GND); Pin 8 (GND) at same location as pin 151 (GND); Pin 8 (GND) at same location as pin 152 (GND); Pin 8 (GND) at same location as pin 157 (GND); Pin 8 (GND) at same location as pin 158 (GND); Pin 8 (GND) at same location as pin 163 (GND); Pin 8 (GND) at same location as pin 164 (GND); Pin 8 (GND) at same location as pin 169 (GND); Pin 8 (GND) at same location as pin 170 (GND); Pin 8 (GND) at same location as pin 181 (GND); Pin 8 (GND) at same location as pin 182 (GND); Pin 8 (GND) at same location as pin 187 (GND); Pin 8 (GND) at same location as pin 188 (GND); Pin 8 (GND) at same location as pin 195 (GND); Pin 8 (GND) at same location as pin 196 (GND); Pin 13 (GND) at same location as pin 14 (GND); Pin 13 (GND) at same location as pin 19 (GND); Pin 13 (GND) at same location as pin 20 (GND); Pin 13 (GND) at same location as pin 25 (GND); Pin 13 (GND) at same location as pin 26 (GND); Pin 13 (GND) at same location as pin 31 (GND); Pin 13 (GND) at same location as pin 32 (GND); Pin 13 (GND) at same location as pin 37 (GND); Pin 13 (GND) at same location as pin 43 (GND); Pin 13 (GND) at same location as pin 44 (GND); Pin 13 (GND) at same location as pin 49 (GND); Pin 13 (GND) at same location as pin 50 (GND); Pin 13 (GND) at same location as pin 55 (GND); Pin 13 (GND) at same location as pin 56 (GND); Pin 13 (GND) at same location as pin 61 (GND); Pin 13 (GND) at same location as pin 62 (GND); Pin 13 (GND) at same location as pin 67 (GND); Pin 13 (GND) at same location as pin 68 (GND); Pin 13 (GND) at same location as pin 73 (GND); Pin 13 (GND) at same location as pin 74 (GND); Pin 13 (GND) at same location as pin 79 (GND); Pin 13 (GND) at same location as pin 80 (GND); Pin 13 (GND) at same location as pin 85 (GND); Pin 13 (GND) at same location as pin 86 (GND); Pin 13 (GND) at same location as pin 91 (GND); Pin 13 (GND) at same location as pin 92 (GND); Pin 13 (GND) at same location as pin 97 (GND); Pin 13 (GND) at same location as pin 98 (GND); Pin 13 (GND) at same location as pin 103 (GND); Pin 13 (GND) at same location as pin 104 (GND); Pin 13 (GND) at same location as pin 109 (GND); Pin 13 (GND) at same location as pin 110 (GND); Pin 13 (GND) at same location as pin 115 (GND); Pin 13 (GND) at same location as pin 116 (GND); Pin 13 (GND) at same location as pin 121 (GND); Pin 13 (GND) at same location as pin 122 (GND); Pin 13 (GND) at same location as pin 127 (GND); Pin 13 (GND) at same location as pin 128 (GND); Pin 13 (GND) at same location as pin 133 (GND); Pin 13 (GND) at same location as pin 134 (GND); Pin 13 (GND) at same location as pin 139 (GND); Pin 13 (GND) at same location as pin 140 (GND); Pin 13 (GND) at same location as pin 145 (GND); Pin 13 (GND) at same location as pin 146 (GND); Pin 13 (GND) at same location as pin 151 (GND); Pin 13 (GND) at same location as pin 152 (GND); Pin 13 (GND) at same location as pin 157 (GND); Pin 13 (GND) at same location as pin 158 (GND); Pin 13 (GND) at same location as pin 163 (GND); Pin 13 (GND) at same location as pin 164 (GND); Pin 13 (GND) at same location as pin 169 (GND); Pin 13 (GND) at same location as pin 170 (GND); Pin 13 (GND) at same location as pin 181 (GND); Pin 13 (GND) at same location as pin 182 (GND); Pin 13 (GND) at same location as pin 187 (GND); Pin 13 (GND) at same location as pin 188 (GND); Pin 13 (GND) at same location as pin 195 (GND); Pin 13 (GND) at same location as pin 196 (GND); Pin 14 (GND) at same location as pin 19 (GND); Pin 14 (GND) at same location as pin 20 (GND); Pin 14 (GND) at same location as pin 25 (GND); Pin 14 (GND) at same location as pin 26 (GND); Pin 14 (GND) at same location as pin 31 (GND); Pin 14 (GND) at same location as pin 32 (GND); Pin 14 (GND) at same location as pin 37 (GND); Pin 14 (GND) at same location as pin 43 (GND); Pin 14 (GND) at same location as pin 44 (GND); Pin 14 (GND) at same location as pin 49 (GND); Pin 14 (GND) at same location as pin 50 (GND); Pin 14 (GND) at same location as pin 55 (GND); Pin 14 (GND) at same location as pin 56 (GND); Pin 14 (GND) at same location as pin 61 (GND); Pin 14 (GND) at same location as pin 62 (GND); Pin 14 (GND) at same location as pin 67 (GND); Pin 14 (GND) at same location as pin 68 (GND); Pin 14 (GND) at same location as pin 73 (GND); Pin 14 (GND) at same location as pin 74 (GND); Pin 14 (GND) at same location as pin 79 (GND); Pin 14 (GND) at same location as pin 80 (GND); Pin 14 (GND) at same location as pin 85 (GND); Pin 14 (GND) at same location as pin 86 (GND); Pin 14 (GND) at same location as pin 91 (GND); Pin 14 (GND) at same location as pin 92 (GND); Pin 14 (GND) at same location as pin 97 (GND); Pin 14 (GND) at same location as pin 98 (GND); Pin 14 (GND) at same location as pin 103 (GND); Pin 14 (GND) at same location as pin 104 (GND); Pin 14 (GND) at same location as pin 109 (GND); Pin 14 (GND) at same location as pin 110 (GND); Pin 14 (GND) at same location as pin 115 (GND); Pin 14 (GND) at same location as pin 116 (GND); Pin 14 (GND) at same location as pin 121 (GND); Pin 14 (GND) at same location as pin 122 (GND); Pin 14 (GND) at same location as pin 127 (GND); Pin 14 (GND) at same location as pin 128 (GND); Pin 14 (GND) at same location as pin 133 (GND); Pin 14 (GND) at same location as pin 134 (GND); Pin 14 (GND) at same location as pin 139 (GND); Pin 14 (GND) at same location as pin 140 (GND); Pin 14 (GND) at same location as pin 145 (GND); Pin 14 (GND) at same location as pin 146 (GND); Pin 14 (GND) at same location as pin 151 (GND); Pin 14 (GND) at same location as pin 152 (GND); Pin 14 (GND) at same location as pin 157 (GND); Pin 14 (GND) at same location as pin 158 (GND); Pin 14 (GND) at same location as pin 163 (GND); Pin 14 (GND) at same location as pin 164 (GND); Pin 14 (GND) at same location as pin 169 (GND); Pin 14 (GND) at same location as pin 170 (GND); Pin 14 (GND) at same location as pin 181 (GND); Pin 14 (GND) at same location as pin 182 (GND); Pin 14 (GND) at same location as pin 187 (GND); Pin 14 (GND) at same location as pin 188 (GND); Pin 14 (GND) at same location as pin 195 (GND); Pin 14 (GND) at same location as pin 196 (GND); Pin 19 (GND) at same location as pin 20 (GND); Pin 19 (GND) at same location as pin 25 (GND); Pin 19 (GND) at same location as pin 26 (GND); Pin 19 (GND) at same location as pin 31 (GND); Pin 19 (GND) at same location as pin 32 (GND); Pin 19 (GND) at same location as pin 37 (GND); Pin 19 (GND) at same location as pin 43 (GND); Pin 19 (GND) at same location as pin 44 (GND); Pin 19 (GND) at same location as pin 49 (GND); Pin 19 (GND) at same location as pin 50 (GND); Pin 19 (GND) at same location as pin 55 (GND); Pin 19 (GND) at same location as pin 56 (GND); Pin 19 (GND) at same location as pin 61 (GND); Pin 19 (GND) at same location as pin 62 (GND); Pin 19 (GND) at same location as pin 67 (GND); Pin 19 (GND) at same location as pin 68 (GND); Pin 19 (GND) at same location as pin 73 (GND); Pin 19 (GND) at same location as pin 74 (GND); Pin 19 (GND) at same location as pin 79 (GND); Pin 19 (GND) at same location as pin 80 (GND); Pin 19 (GND) at same location as pin 85 (GND); Pin 19 (GND) at same location as pin 86 (GND); Pin 19 (GND) at same location as pin 91 (GND); Pin 19 (GND) at same location as pin 92 (GND); Pin 19 (GND) at same location as pin 97 (GND); Pin 19 (GND) at same location as pin 98 (GND); Pin 19 (GND) at same location as pin 103 (GND); Pin 19 (GND) at same location as pin 104 (GND); Pin 19 (GND) at same location as pin 109 (GND); Pin 19 (GND) at same location as pin 110 (GND); Pin 19 (GND) at same location as pin 115 (GND); Pin 19 (GND) at same location as pin 116 (GND); Pin 19 (GND) at same location as pin 121 (GND); Pin 19 (GND) at same location as pin 122 (GND); Pin 19 (GND) at same location as pin 127 (GND); Pin 19 (GND) at same location as pin 128 (GND); Pin 19 (GND) at same location as pin 133 (GND); Pin 19 (GND) at same location as pin 134 (GND); Pin 19 (GND) at same location as pin 139 (GND); Pin 19 (GND) at same location as pin 140 (GND); Pin 19 (GND) at same location as pin 145 (GND); Pin 19 (GND) at same location as pin 146 (GND); Pin 19 (GND) at same location as pin 151 (GND); Pin 19 (GND) at same location as pin 152 (GND); Pin 19 (GND) at same location as pin 157 (GND); Pin 19 (GND) at same location as pin 158 (GND); Pin 19 (GND) at same location as pin 163 (GND); Pin 19 (GND) at same location as pin 164 (GND); Pin 19 (GND) at same location as pin 169 (GND); Pin 19 (GND) at same location as pin 170 (GND); Pin 19 (GND) at same location as pin 181 (GND); Pin 19 (GND) at same location as pin 182 (GND); Pin 19 (GND) at same location as pin 187 (GND); Pin 19 (GND) at same location as pin 188 (GND); Pin 19 (GND) at same location as pin 195 (GND); Pin 19 (GND) at same location as pin 196 (GND); Pin 20 (GND) at same location as pin 25 (GND); Pin 20 (GND) at same location as pin 26 (GND); Pin 20 (GND) at same location as pin 31 (GND); Pin 20 (GND) at same location as pin 32 (GND); Pin 20 (GND) at same location as pin 37 (GND); Pin 20 (GND) at same location as pin 43 (GND); Pin 20 (GND) at same location as pin 44 (GND); Pin 20 (GND) at same location as pin 49 (GND); Pin 20 (GND) at same location as pin 50 (GND); Pin 20 (GND) at same location as pin 55 (GND); Pin 20 (GND) at same location as pin 56 (GND); Pin 20 (GND) at same location as pin 61 (GND); Pin 20 (GND) at same location as pin 62 (GND); Pin 20 (GND) at same location as pin 67 (GND); Pin 20 (GND) at same location as pin 68 (GND); Pin 20 (GND) at same location as pin 73 (GND); Pin 20 (GND) at same location as pin 74 (GND); Pin 20 (GND) at same location as pin 79 (GND); Pin 20 (GND) at same location as pin 80 (GND); Pin 20 (GND) at same location as pin 85 (GND); Pin 20 (GND) at same location as pin 86 (GND); Pin 20 (GND) at same location as pin 91 (GND); Pin 20 (GND) at same location as pin 92 (GND); Pin 20 (GND) at same location as pin 97 (GND); Pin 20 (GND) at same location as pin 98 (GND); Pin 20 (GND) at same location as pin 103 (GND); Pin 20 (GND) at same location as pin 104 (GND); Pin 20 (GND) at same location as pin 109 (GND); Pin 20 (GND) at same location as pin 110 (GND); Pin 20 (GND) at same location as pin 115 (GND); Pin 20 (GND) at same location as pin 116 (GND); Pin 20 (GND) at same location as pin 121 (GND); Pin 20 (GND) at same location as pin 122 (GND); Pin 20 (GND) at same location as pin 127 (GND); Pin 20 (GND) at same location as pin 128 (GND); Pin 20 (GND) at same location as pin 133 (GND); Pin 20 (GND) at same location as pin 134 (GND); Pin 20 (GND) at same location as pin 139 (GND); Pin 20 (GND) at same location as pin 140 (GND); Pin 20 (GND) at same location as pin 145 (GND); Pin 20 (GND) at same location as pin 146 (GND); Pin 20 (GND) at same location as pin 151 (GND); Pin 20 (GND) at same location as pin 152 (GND); Pin 20 (GND) at same location as pin 157 (GND); Pin 20 (GND) at same location as pin 158 (GND); Pin 20 (GND) at same location as pin 163 (GND); Pin 20 (GND) at same location as pin 164 (GND); Pin 20 (GND) at same location as pin 169 (GND); Pin 20 (GND) at same location as pin 170 (GND); Pin 20 (GND) at same location as pin 181 (GND); Pin 20 (GND) at same location as pin 182 (GND); Pin 20 (GND) at same location as pin 187 (GND); Pin 20 (GND) at same location as pin 188 (GND); Pin 20 (GND) at same location as pin 195 (GND); Pin 20 (GND) at same location as pin 196 (GND); Pin 25 (GND) at same location as pin 26 (GND); Pin 25 (GND) at same location as pin 31 (GND); Pin 25 (GND) at same location as pin 32 (GND); Pin 25 (GND) at same location as pin 37 (GND); Pin 25 (GND) at same location as pin 43 (GND); Pin 25 (GND) at same location as pin 44 (GND); Pin 25 (GND) at same location as pin 49 (GND); Pin 25 (GND) at same location as pin 50 (GND); Pin 25 (GND) at same location as pin 55 (GND); Pin 25 (GND) at same location as pin 56 (GND); Pin 25 (GND) at same location as pin 61 (GND); Pin 25 (GND) at same location as pin 62 (GND); Pin 25 (GND) at same location as pin 67 (GND); Pin 25 (GND) at same location as pin 68 (GND); Pin 25 (GND) at same location as pin 73 (GND); Pin 25 (GND) at same location as pin 74 (GND); Pin 25 (GND) at same location as pin 79 (GND); Pin 25 (GND) at same location as pin 80 (GND); Pin 25 (GND) at same location as pin 85 (GND); Pin 25 (GND) at same location as pin 86 (GND); Pin 25 (GND) at same location as pin 91 (GND); Pin 25 (GND) at same location as pin 92 (GND); Pin 25 (GND) at same location as pin 97 (GND); Pin 25 (GND) at same location as pin 98 (GND); Pin 25 (GND) at same location as pin 103 (GND); Pin 25 (GND) at same location as pin 104 (GND); Pin 25 (GND) at same location as pin 109 (GND); Pin 25 (GND) at same location as pin 110 (GND); Pin 25 (GND) at same location as pin 115 (GND); Pin 25 (GND) at same location as pin 116 (GND); Pin 25 (GND) at same location as pin 121 (GND); Pin 25 (GND) at same location as pin 122 (GND); Pin 25 (GND) at same location as pin 127 (GND); Pin 25 (GND) at same location as pin 128 (GND); Pin 25 (GND) at same location as pin 133 (GND); Pin 25 (GND) at same location as pin 134 (GND); Pin 25 (GND) at same location as pin 139 (GND); Pin 25 (GND) at same location as pin 140 (GND); Pin 25 (GND) at same location as pin 145 (GND); Pin 25 (GND) at same location as pin 146 (GND); Pin 25 (GND) at same location as pin 151 (GND); Pin 25 (GND) at same location as pin 152 (GND); Pin 25 (GND) at same location as pin 157 (GND); Pin 25 (GND) at same location as pin 158 (GND); Pin 25 (GND) at same location as pin 163 (GND); Pin 25 (GND) at same location as pin 164 (GND); Pin 25 (GND) at same location as pin 169 (GND); Pin 25 (GND) at same location as pin 170 (GND); Pin 25 (GND) at same location as pin 181 (GND); Pin 25 (GND) at same location as pin 182 (GND); Pin 25 (GND) at same location as pin 187 (GND); Pin 25 (GND) at same location as pin 188 (GND); Pin 25 (GND) at same location as pin 195 (GND); Pin 25 (GND) at same location as pin 196 (GND); Pin 26 (GND) at same location as pin 31 (GND); Pin 26 (GND) at same location as pin 32 (GND); Pin 26 (GND) at same location as pin 37 (GND); Pin 26 (GND) at same location as pin 43 (GND); Pin 26 (GND) at same location as pin 44 (GND); Pin 26 (GND) at same location as pin 49 (GND); Pin 26 (GND) at same location as pin 50 (GND); Pin 26 (GND) at same location as pin 55 (GND); Pin 26 (GND) at same location as pin 56 (GND); Pin 26 (GND) at same location as pin 61 (GND); Pin 26 (GND) at same location as pin 62 (GND); Pin 26 (GND) at same location as pin 67 (GND); Pin 26 (GND) at same location as pin 68 (GND); Pin 26 (GND) at same location as pin 73 (GND); Pin 26 (GND) at same location as pin 74 (GND); Pin 26 (GND) at same location as pin 79 (GND); Pin 26 (GND) at same location as pin 80 (GND); Pin 26 (GND) at same location as pin 85 (GND); Pin 26 (GND) at same location as pin 86 (GND); Pin 26 (GND) at same location as pin 91 (GND); Pin 26 (GND) at same location as pin 92 (GND); Pin 26 (GND) at same location as pin 97 (GND); Pin 26 (GND) at same location as pin 98 (GND); Pin 26 (GND) at same location as pin 103 (GND); Pin 26 (GND) at same location as pin 104 (GND); Pin 26 (GND) at same location as pin 109 (GND); Pin 26 (GND) at same location as pin 110 (GND); Pin 26 (GND) at same location as pin 115 (GND); Pin 26 (GND) at same location as pin 116 (GND); Pin 26 (GND) at same location as pin 121 (GND); Pin 26 (GND) at same location as pin 122 (GND); Pin 26 (GND) at same location as pin 127 (GND); Pin 26 (GND) at same location as pin 128 (GND); Pin 26 (GND) at same location as pin 133 (GND); Pin 26 (GND) at same location as pin 134 (GND); Pin 26 (GND) at same location as pin 139 (GND); Pin 26 (GND) at same location as pin 140 (GND); Pin 26 (GND) at same location as pin 145 (GND); Pin 26 (GND) at same location as pin 146 (GND); Pin 26 (GND) at same location as pin 151 (GND); Pin 26 (GND) at same location as pin 152 (GND); Pin 26 (GND) at same location as pin 157 (GND); Pin 26 (GND) at same location as pin 158 (GND); Pin 26 (GND) at same location as pin 163 (GND); Pin 26 (GND) at same location as pin 164 (GND); Pin 26 (GND) at same location as pin 169 (GND); Pin 26 (GND) at same location as pin 170 (GND); Pin 26 (GND) at same location as pin 181 (GND); Pin 26 (GND) at same location as pin 182 (GND); Pin 26 (GND) at same location as pin 187 (GND); Pin 26 (GND) at same location as pin 188 (GND); Pin 26 (GND) at same location as pin 195 (GND); Pin 26 (GND) at same location as pin 196 (GND); Pin 31 (GND) at same location as pin 32 (GND); Pin 31 (GND) at same location as pin 37 (GND); Pin 31 (GND) at same location as pin 43 (GND); Pin 31 (GND) at same location as pin 44 (GND); Pin 31 (GND) at same location as pin 49 (GND); Pin 31 (GND) at same location as pin 50 (GND); Pin 31 (GND) at same location as pin 55 (GND); Pin 31 (GND) at same location as pin 56 (GND); Pin 31 (GND) at same location as pin 61 (GND); Pin 31 (GND) at same location as pin 62 (GND); Pin 31 (GND) at same location as pin 67 (GND); Pin 31 (GND) at same location as pin 68 (GND); Pin 31 (GND) at same location as pin 73 (GND); Pin 31 (GND) at same location as pin 74 (GND); Pin 31 (GND) at same location as pin 79 (GND); Pin 31 (GND) at same location as pin 80 (GND); Pin 31 (GND) at same location as pin 85 (GND); Pin 31 (GND) at same location as pin 86 (GND); Pin 31 (GND) at same location as pin 91 (GND); Pin 31 (GND) at same location as pin 92 (GND); Pin 31 (GND) at same location as pin 97 (GND); Pin 31 (GND) at same location as pin 98 (GND); Pin 31 (GND) at same location as pin 103 (GND); Pin 31 (GND) at same location as pin 104 (GND); Pin 31 (GND) at same location as pin 109 (GND); Pin 31 (GND) at same location as pin 110 (GND); Pin 31 (GND) at same location as pin 115 (GND); Pin 31 (GND) at same location as pin 116 (GND); Pin 31 (GND) at same location as pin 121 (GND); Pin 31 (GND) at same location as pin 122 (GND); Pin 31 (GND) at same location as pin 127 (GND); Pin 31 (GND) at same location as pin 128 (GND); Pin 31 (GND) at same location as pin 133 (GND); Pin 31 (GND) at same location as pin 134 (GND); Pin 31 (GND) at same location as pin 139 (GND); Pin 31 (GND) at same location as pin 140 (GND); Pin 31 (GND) at same location as pin 145 (GND); Pin 31 (GND) at same location as pin 146 (GND); Pin 31 (GND) at same location as pin 151 (GND); Pin 31 (GND) at same location as pin 152 (GND); Pin 31 (GND) at same location as pin 157 (GND); Pin 31 (GND) at same location as pin 158 (GND); Pin 31 (GND) at same location as pin 163 (GND); Pin 31 (GND) at same location as pin 164 (GND); Pin 31 (GND) at same location as pin 169 (GND); Pin 31 (GND) at same location as pin 170 (GND); Pin 31 (GND) at same location as pin 181 (GND); Pin 31 (GND) at same location as pin 182 (GND); Pin 31 (GND) at same location as pin 187 (GND); Pin 31 (GND) at same location as pin 188 (GND); Pin 31 (GND) at same location as pin 195 (GND); Pin 31 (GND) at same location as pin 196 (GND); Pin 32 (GND) at same location as pin 37 (GND); Pin 32 (GND) at same location as pin 43 (GND); Pin 32 (GND) at same location as pin 44 (GND); Pin 32 (GND) at same location as pin 49 (GND); Pin 32 (GND) at same location as pin 50 (GND); Pin 32 (GND) at same location as pin 55 (GND); Pin 32 (GND) at same location as pin 56 (GND); Pin 32 (GND) at same location as pin 61 (GND); Pin 32 (GND) at same location as pin 62 (GND); Pin 32 (GND) at same location as pin 67 (GND); Pin 32 (GND) at same location as pin 68 (GND); Pin 32 (GND) at same location as pin 73 (GND); Pin 32 (GND) at same location as pin 74 (GND); Pin 32 (GND) at same location as pin 79 (GND); Pin 32 (GND) at same location as pin 80 (GND); Pin 32 (GND) at same location as pin 85 (GND); Pin 32 (GND) at same location as pin 86 (GND); Pin 32 (GND) at same location as pin 91 (GND); Pin 32 (GND) at same location as pin 92 (GND); Pin 32 (GND) at same location as pin 97 (GND); Pin 32 (GND) at same location as pin 98 (GND); Pin 32 (GND) at same location as pin 103 (GND); Pin 32 (GND) at same location as pin 104 (GND); Pin 32 (GND) at same location as pin 109 (GND); Pin 32 (GND) at same location as pin 110 (GND); Pin 32 (GND) at same location as pin 115 (GND); Pin 32 (GND) at same location as pin 116 (GND); Pin 32 (GND) at same location as pin 121 (GND); Pin 32 (GND) at same location as pin 122 (GND); Pin 32 (GND) at same location as pin 127 (GND); Pin 32 (GND) at same location as pin 128 (GND); Pin 32 (GND) at same location as pin 133 (GND); Pin 32 (GND) at same location as pin 134 (GND); Pin 32 (GND) at same location as pin 139 (GND); Pin 32 (GND) at same location as pin 140 (GND); Pin 32 (GND) at same location as pin 145 (GND); Pin 32 (GND) at same location as pin 146 (GND); Pin 32 (GND) at same location as pin 151 (GND); Pin 32 (GND) at same location as pin 152 (GND); Pin 32 (GND) at same location as pin 157 (GND); Pin 32 (GND) at same location as pin 158 (GND); Pin 32 (GND) at same location as pin 163 (GND); Pin 32 (GND) at same location as pin 164 (GND); Pin 32 (GND) at same location as pin 169 (GND); Pin 32 (GND) at same location as pin 170 (GND); Pin 32 (GND) at same location as pin 181 (GND); Pin 32 (GND) at same location as pin 182 (GND); Pin 32 (GND) at same location as pin 187 (GND); Pin 32 (GND) at same location as pin 188 (GND); Pin 32 (GND) at same location as pin 195 (GND); Pin 32 (GND) at same location as pin 196 (GND); Pin 37 (GND) at same location as pin 43 (GND); Pin 37 (GND) at same location as pin 44 (GND); Pin 37 (GND) at same location as pin 49 (GND); Pin 37 (GND) at same location as pin 50 (GND); Pin 37 (GND) at same location as pin 55 (GND); Pin 37 (GND) at same location as pin 56 (GND); Pin 37 (GND) at same location as pin 61 (GND); Pin 37 (GND) at same location as pin 62 (GND); Pin 37 (GND) at same location as pin 67 (GND); Pin 37 (GND) at same location as pin 68 (GND); Pin 37 (GND) at same location as pin 73 (GND); Pin 37 (GND) at same location as pin 74 (GND); Pin 37 (GND) at same location as pin 79 (GND); Pin 37 (GND) at same location as pin 80 (GND); Pin 37 (GND) at same location as pin 85 (GND); Pin 37 (GND) at same location as pin 86 (GND); Pin 37 (GND) at same location as pin 91 (GND); Pin 37 (GND) at same location as pin 92 (GND); Pin 37 (GND) at same location as pin 97 (GND); Pin 37 (GND) at same location as pin 98 (GND); Pin 37 (GND) at same location as pin 103 (GND); Pin 37 (GND) at same location as pin 104 (GND); Pin 37 (GND) at same location as pin 109 (GND); Pin 37 (GND) at same location as pin 110 (GND); Pin 37 (GND) at same location as pin 115 (GND); Pin 37 (GND) at same location as pin 116 (GND); Pin 37 (GND) at same location as pin 121 (GND); Pin 37 (GND) at same location as pin 122 (GND); Pin 37 (GND) at same location as pin 127 (GND); Pin 37 (GND) at same location as pin 128 (GND); Pin 37 (GND) at same location as pin 133 (GND); Pin 37 (GND) at same location as pin 134 (GND); Pin 37 (GND) at same location as pin 139 (GND); Pin 37 (GND) at same location as pin 140 (GND); Pin 37 (GND) at same location as pin 145 (GND); Pin 37 (GND) at same location as pin 146 (GND); Pin 37 (GND) at same location as pin 151 (GND); Pin 37 (GND) at same location as pin 152 (GND); Pin 37 (GND) at same location as pin 157 (GND); Pin 37 (GND) at same location as pin 158 (GND); Pin 37 (GND) at same location as pin 163 (GND); Pin 37 (GND) at same location as pin 164 (GND); Pin 37 (GND) at same location as pin 169 (GND); Pin 37 (GND) at same location as pin 170 (GND); Pin 37 (GND) at same location as pin 181 (GND); Pin 37 (GND) at same location as pin 182 (GND); Pin 37 (GND) at same location as pin 187 (GND); Pin 37 (GND) at same location as pin 188 (GND); Pin 37 (GND) at same location as pin 195 (GND); Pin 37 (GND) at same location as pin 196 (GND); Pin 39 (GPIO0-27_VDD) at same location as pin 40 (GPIO0-27_VDD); Pin 41 (GPIO28-45_VDD) at same location as pin 42 (GPIO28-45_VDD); Pin 43 (GND) at same location as pin 44 (GND); Pin 43 (GND) at same location as pin 49 (GND); Pin 43 (GND) at same location as pin 50 (GND); Pin 43 (GND) at same location as pin 55 (GND); Pin 43 (GND) at same location as pin 56 (GND); Pin 43 (GND) at same location as pin 61 (GND); Pin 43 (GND) at same location as pin 62 (GND); Pin 43 (GND) at same location as pin 67 (GND); Pin 43 (GND) at same location as pin 68 (GND); Pin 43 (GND) at same location as pin 73 (GND); Pin 43 (GND) at same location as pin 74 (GND); Pin 43 (GND) at same location as pin 79 (GND); Pin 43 (GND) at same location as pin 80 (GND); Pin 43 (GND) at same location as pin 85 (GND); Pin 43 (GND) at same location as pin 86 (GND); Pin 43 (GND) at same location as pin 91 (GND); Pin 43 (GND) at same location as pin 92 (GND); Pin 43 (GND) at same location as pin 97 (GND); Pin 43 (GND) at same location as pin 98 (GND); Pin 43 (GND) at same location as pin 103 (GND); Pin 43 (GND) at same location as pin 104 (GND); Pin 43 (GND) at same location as pin 109 (GND); Pin 43 (GND) at same location as pin 110 (GND); Pin 43 (GND) at same location as pin 115 (GND); Pin 43 (GND) at same location as pin 116 (GND); Pin 43 (GND) at same location as pin 121 (GND); Pin 43 (GND) at same location as pin 122 (GND); Pin 43 (GND) at same location as pin 127 (GND); Pin 43 (GND) at same location as pin 128 (GND); Pin 43 (GND) at same location as pin 133 (GND); Pin 43 (GND) at same location as pin 134 (GND); Pin 43 (GND) at same location as pin 139 (GND); Pin 43 (GND) at same location as pin 140 (GND); Pin 43 (GND) at same location as pin 145 (GND); Pin 43 (GND) at same location as pin 146 (GND); Pin 43 (GND) at same location as pin 151 (GND); Pin 43 (GND) at same location as pin 152 (GND); Pin 43 (GND) at same location as pin 157 (GND); Pin 43 (GND) at same location as pin 158 (GND); Pin 43 (GND) at same location as pin 163 (GND); Pin 43 (GND) at same location as pin 164 (GND); Pin 43 (GND) at same location as pin 169 (GND); Pin 43 (GND) at same location as pin 170 (GND); Pin 43 (GND) at same location as pin 181 (GND); Pin 43 (GND) at same location as pin 182 (GND); Pin 43 (GND) at same location as pin 187 (GND); Pin 43 (GND) at same location as pin 188 (GND); Pin 43 (GND) at same location as pin 195 (GND); Pin 43 (GND) at same location as pin 196 (GND); Pin 44 (GND) at same location as pin 49 (GND); Pin 44 (GND) at same location as pin 50 (GND); Pin 44 (GND) at same location as pin 55 (GND); Pin 44 (GND) at same location as pin 56 (GND); Pin 44 (GND) at same location as pin 61 (GND); Pin 44 (GND) at same location as pin 62 (GND); Pin 44 (GND) at same location as pin 67 (GND); Pin 44 (GND) at same location as pin 68 (GND); Pin 44 (GND) at same location as pin 73 (GND); Pin 44 (GND) at same location as pin 74 (GND); Pin 44 (GND) at same location as pin 79 (GND); Pin 44 (GND) at same location as pin 80 (GND); Pin 44 (GND) at same location as pin 85 (GND); Pin 44 (GND) at same location as pin 86 (GND); Pin 44 (GND) at same location as pin 91 (GND); Pin 44 (GND) at same location as pin 92 (GND); Pin 44 (GND) at same location as pin 97 (GND); Pin 44 (GND) at same location as pin 98 (GND); Pin 44 (GND) at same location as pin 103 (GND); Pin 44 (GND) at same location as pin 104 (GND); Pin 44 (GND) at same location as pin 109 (GND); Pin 44 (GND) at same location as pin 110 (GND); Pin 44 (GND) at same location as pin 115 (GND); Pin 44 (GND) at same location as pin 116 (GND); Pin 44 (GND) at same location as pin 121 (GND); Pin 44 (GND) at same location as pin 122 (GND); Pin 44 (GND) at same location as pin 127 (GND); Pin 44 (GND) at same location as pin 128 (GND); Pin 44 (GND) at same location as pin 133 (GND); Pin 44 (GND) at same location as pin 134 (GND); Pin 44 (GND) at same location as pin 139 (GND); Pin 44 (GND) at same location as pin 140 (GND); Pin 44 (GND) at same location as pin 145 (GND); Pin 44 (GND) at same location as pin 146 (GND); Pin 44 (GND) at same location as pin 151 (GND); Pin 44 (GND) at same location as pin 152 (GND); Pin 44 (GND) at same location as pin 157 (GND); Pin 44 (GND) at same location as pin 158 (GND); Pin 44 (GND) at same location as pin 163 (GND); Pin 44 (GND) at same location as pin 164 (GND); Pin 44 (GND) at same location as pin 169 (GND); Pin 44 (GND) at same location as pin 170 (GND); Pin 44 (GND) at same location as pin 181 (GND); Pin 44 (GND) at same location as pin 182 (GND); Pin 44 (GND) at same location as pin 187 (GND); Pin 44 (GND) at same location as pin 188 (GND); Pin 44 (GND) at same location as pin 195 (GND); Pin 44 (GND) at same location as pin 196 (GND); Pin 49 (GND) at same location as pin 50 (GND); Pin 49 (GND) at same location as pin 55 (GND); Pin 49 (GND) at same location as pin 56 (GND); Pin 49 (GND) at same location as pin 61 (GND); Pin 49 (GND) at same location as pin 62 (GND); Pin 49 (GND) at same location as pin 67 (GND); Pin 49 (GND) at same location as pin 68 (GND); Pin 49 (GND) at same location as pin 73 (GND); Pin 49 (GND) at same location as pin 74 (GND); Pin 49 (GND) at same location as pin 79 (GND); Pin 49 (GND) at same location as pin 80 (GND); Pin 49 (GND) at same location as pin 85 (GND); Pin 49 (GND) at same location as pin 86 (GND); Pin 49 (GND) at same location as pin 91 (GND); Pin 49 (GND) at same location as pin 92 (GND); Pin 49 (GND) at same location as pin 97 (GND); Pin 49 (GND) at same location as pin 98 (GND); Pin 49 (GND) at same location as pin 103 (GND); Pin 49 (GND) at same location as pin 104 (GND); Pin 49 (GND) at same location as pin 109 (GND); Pin 49 (GND) at same location as pin 110 (GND); Pin 49 (GND) at same location as pin 115 (GND); Pin 49 (GND) at same location as pin 116 (GND); Pin 49 (GND) at same location as pin 121 (GND); Pin 49 (GND) at same location as pin 122 (GND); Pin 49 (GND) at same location as pin 127 (GND); Pin 49 (GND) at same location as pin 128 (GND); Pin 49 (GND) at same location as pin 133 (GND); Pin 49 (GND) at same location as pin 134 (GND); Pin 49 (GND) at same location as pin 139 (GND); Pin 49 (GND) at same location as pin 140 (GND); Pin 49 (GND) at same location as pin 145 (GND); Pin 49 (GND) at same location as pin 146 (GND); Pin 49 (GND) at same location as pin 151 (GND); Pin 49 (GND) at same location as pin 152 (GND); Pin 49 (GND) at same location as pin 157 (GND); Pin 49 (GND) at same location as pin 158 (GND); Pin 49 (GND) at same location as pin 163 (GND); Pin 49 (GND) at same location as pin 164 (GND); Pin 49 (GND) at same location as pin 169 (GND); Pin 49 (GND) at same location as pin 170 (GND); Pin 49 (GND) at same location as pin 181 (GND); Pin 49 (GND) at same location as pin 182 (GND); Pin 49 (GND) at same location as pin 187 (GND); Pin 49 (GND) at same location as pin 188 (GND); Pin 49 (GND) at same location as pin 195 (GND); Pin 49 (GND) at same location as pin 196 (GND); Pin 50 (GND) at same location as pin 55 (GND); Pin 50 (GND) at same location as pin 56 (GND); Pin 50 (GND) at same location as pin 61 (GND); Pin 50 (GND) at same location as pin 62 (GND); Pin 50 (GND) at same location as pin 67 (GND); Pin 50 (GND) at same location as pin 68 (GND); Pin 50 (GND) at same location as pin 73 (GND); Pin 50 (GND) at same location as pin 74 (GND); Pin 50 (GND) at same location as pin 79 (GND); Pin 50 (GND) at same location as pin 80 (GND); Pin 50 (GND) at same location as pin 85 (GND); Pin 50 (GND) at same location as pin 86 (GND); Pin 50 (GND) at same location as pin 91 (GND); Pin 50 (GND) at same location as pin 92 (GND); Pin 50 (GND) at same location as pin 97 (GND); Pin 50 (GND) at same location as pin 98 (GND); Pin 50 (GND) at same location as pin 103 (GND); Pin 50 (GND) at same location as pin 104 (GND); Pin 50 (GND) at same location as pin 109 (GND); Pin 50 (GND) at same location as pin 110 (GND); Pin 50 (GND) at same location as pin 115 (GND); Pin 50 (GND) at same location as pin 116 (GND); Pin 50 (GND) at same location as pin 121 (GND); Pin 50 (GND) at same location as pin 122 (GND); Pin 50 (GND) at same location as pin 127 (GND); Pin 50 (GND) at same location as pin 128 (GND); Pin 50 (GND) at same location as pin 133 (GND); Pin 50 (GND) at same location as pin 134 (GND); Pin 50 (GND) at same location as pin 139 (GND); Pin 50 (GND) at same location as pin 140 (GND); Pin 50 (GND) at same location as pin 145 (GND); Pin 50 (GND) at same location as pin 146 (GND); Pin 50 (GND) at same location as pin 151 (GND); Pin 50 (GND) at same location as pin 152 (GND); Pin 50 (GND) at same location as pin 157 (GND); Pin 50 (GND) at same location as pin 158 (GND); Pin 50 (GND) at same location as pin 163 (GND); Pin 50 (GND) at same location as pin 164 (GND); Pin 50 (GND) at same location as pin 169 (GND); Pin 50 (GND) at same location as pin 170 (GND); Pin 50 (GND) at same location as pin 181 (GND); Pin 50 (GND) at same location as pin 182 (GND); Pin 50 (GND) at same location as pin 187 (GND); Pin 50 (GND) at same location as pin 188 (GND); Pin 50 (GND) at same location as pin 195 (GND); Pin 50 (GND) at same location as pin 196 (GND); Pin 55 (GND) at same location as pin 56 (GND); Pin 55 (GND) at same location as pin 61 (GND); Pin 55 (GND) at same location as pin 62 (GND); Pin 55 (GND) at same location as pin 67 (GND); Pin 55 (GND) at same location as pin 68 (GND); Pin 55 (GND) at same location as pin 73 (GND); Pin 55 (GND) at same location as pin 74 (GND); Pin 55 (GND) at same location as pin 79 (GND); Pin 55 (GND) at same location as pin 80 (GND); Pin 55 (GND) at same location as pin 85 (GND); Pin 55 (GND) at same location as pin 86 (GND); Pin 55 (GND) at same location as pin 91 (GND); Pin 55 (GND) at same location as pin 92 (GND); Pin 55 (GND) at same location as pin 97 (GND); Pin 55 (GND) at same location as pin 98 (GND); Pin 55 (GND) at same location as pin 103 (GND); Pin 55 (GND) at same location as pin 104 (GND); Pin 55 (GND) at same location as pin 109 (GND); Pin 55 (GND) at same location as pin 110 (GND); Pin 55 (GND) at same location as pin 115 (GND); Pin 55 (GND) at same location as pin 116 (GND); Pin 55 (GND) at same location as pin 121 (GND); Pin 55 (GND) at same location as pin 122 (GND); Pin 55 (GND) at same location as pin 127 (GND); Pin 55 (GND) at same location as pin 128 (GND); Pin 55 (GND) at same location as pin 133 (GND); Pin 55 (GND) at same location as pin 134 (GND); Pin 55 (GND) at same location as pin 139 (GND); Pin 55 (GND) at same location as pin 140 (GND); Pin 55 (GND) at same location as pin 145 (GND); Pin 55 (GND) at same location as pin 146 (GND); Pin 55 (GND) at same location as pin 151 (GND); Pin 55 (GND) at same location as pin 152 (GND); Pin 55 (GND) at same location as pin 157 (GND); Pin 55 (GND) at same location as pin 158 (GND); Pin 55 (GND) at same location as pin 163 (GND); Pin 55 (GND) at same location as pin 164 (GND); Pin 55 (GND) at same location as pin 169 (GND); Pin 55 (GND) at same location as pin 170 (GND); Pin 55 (GND) at same location as pin 181 (GND); Pin 55 (GND) at same location as pin 182 (GND); Pin 55 (GND) at same location as pin 187 (GND); Pin 55 (GND) at same location as pin 188 (GND); Pin 55 (GND) at same location as pin 195 (GND); Pin 55 (GND) at same location as pin 196 (GND); Pin 56 (GND) at same location as pin 61 (GND); Pin 56 (GND) at same location as pin 62 (GND); Pin 56 (GND) at same location as pin 67 (GND); Pin 56 (GND) at same location as pin 68 (GND); Pin 56 (GND) at same location as pin 73 (GND); Pin 56 (GND) at same location as pin 74 (GND); Pin 56 (GND) at same location as pin 79 (GND); Pin 56 (GND) at same location as pin 80 (GND); Pin 56 (GND) at same location as pin 85 (GND); Pin 56 (GND) at same location as pin 86 (GND); Pin 56 (GND) at same location as pin 91 (GND); Pin 56 (GND) at same location as pin 92 (GND); Pin 56 (GND) at same location as pin 97 (GND); Pin 56 (GND) at same location as pin 98 (GND); Pin 56 (GND) at same location as pin 103 (GND); Pin 56 (GND) at same location as pin 104 (GND); Pin 56 (GND) at same location as pin 109 (GND); Pin 56 (GND) at same location as pin 110 (GND); Pin 56 (GND) at same location as pin 115 (GND); Pin 56 (GND) at same location as pin 116 (GND); Pin 56 (GND) at same location as pin 121 (GND); Pin 56 (GND) at same location as pin 122 (GND); Pin 56 (GND) at same location as pin 127 (GND); Pin 56 (GND) at same location as pin 128 (GND); Pin 56 (GND) at same location as pin 133 (GND); Pin 56 (GND) at same location as pin 134 (GND); Pin 56 (GND) at same location as pin 139 (GND); Pin 56 (GND) at same location as pin 140 (GND); Pin 56 (GND) at same location as pin 145 (GND); Pin 56 (GND) at same location as pin 146 (GND); Pin 56 (GND) at same location as pin 151 (GND); Pin 56 (GND) at same location as pin 152 (GND); Pin 56 (GND) at same location as pin 157 (GND); Pin 56 (GND) at same location as pin 158 (GND); Pin 56 (GND) at same location as pin 163 (GND); Pin 56 (GND) at same location as pin 164 (GND); Pin 56 (GND) at same location as pin 169 (GND); Pin 56 (GND) at same location as pin 170 (GND); Pin 56 (GND) at same location as pin 181 (GND); Pin 56 (GND) at same location as pin 182 (GND); Pin 56 (GND) at same location as pin 187 (GND); Pin 56 (GND) at same location as pin 188 (GND); Pin 56 (GND) at same location as pin 195 (GND); Pin 56 (GND) at same location as pin 196 (GND); Pin 61 (GND) at same location as pin 62 (GND); Pin 61 (GND) at same location as pin 67 (GND); Pin 61 (GND) at same location as pin 68 (GND); Pin 61 (GND) at same location as pin 73 (GND); Pin 61 (GND) at same location as pin 74 (GND); Pin 61 (GND) at same location as pin 79 (GND); Pin 61 (GND) at same location as pin 80 (GND); Pin 61 (GND) at same location as pin 85 (GND); Pin 61 (GND) at same location as pin 86 (GND); Pin 61 (GND) at same location as pin 91 (GND); Pin 61 (GND) at same location as pin 92 (GND); Pin 61 (GND) at same location as pin 97 (GND); Pin 61 (GND) at same location as pin 98 (GND); Pin 61 (GND) at same location as pin 103 (GND); Pin 61 (GND) at same location as pin 104 (GND); Pin 61 (GND) at same location as pin 109 (GND); Pin 61 (GND) at same location as pin 110 (GND); Pin 61 (GND) at same location as pin 115 (GND); Pin 61 (GND) at same location as pin 116 (GND); Pin 61 (GND) at same location as pin 121 (GND); Pin 61 (GND) at same location as pin 122 (GND); Pin 61 (GND) at same location as pin 127 (GND); Pin 61 (GND) at same location as pin 128 (GND); Pin 61 (GND) at same location as pin 133 (GND); Pin 61 (GND) at same location as pin 134 (GND); Pin 61 (GND) at same location as pin 139 (GND); Pin 61 (GND) at same location as pin 140 (GND); Pin 61 (GND) at same location as pin 145 (GND); Pin 61 (GND) at same location as pin 146 (GND); Pin 61 (GND) at same location as pin 151 (GND); Pin 61 (GND) at same location as pin 152 (GND); Pin 61 (GND) at same location as pin 157 (GND); Pin 61 (GND) at same location as pin 158 (GND); Pin 61 (GND) at same location as pin 163 (GND); Pin 61 (GND) at same location as pin 164 (GND); Pin 61 (GND) at same location as pin 169 (GND); Pin 61 (GND) at same location as pin 170 (GND); Pin 61 (GND) at same location as pin 181 (GND); Pin 61 (GND) at same location as pin 182 (GND); Pin 61 (GND) at same location as pin 187 (GND); Pin 61 (GND) at same location as pin 188 (GND); Pin 61 (GND) at same location as pin 195 (GND); Pin 61 (GND) at same location as pin 196 (GND); Pin 62 (GND) at same location as pin 67 (GND); Pin 62 (GND) at same location as pin 68 (GND); Pin 62 (GND) at same location as pin 73 (GND); Pin 62 (GND) at same location as pin 74 (GND); Pin 62 (GND) at same location as pin 79 (GND); Pin 62 (GND) at same location as pin 80 (GND); Pin 62 (GND) at same location as pin 85 (GND); Pin 62 (GND) at same location as pin 86 (GND); Pin 62 (GND) at same location as pin 91 (GND); Pin 62 (GND) at same location as pin 92 (GND); Pin 62 (GND) at same location as pin 97 (GND); Pin 62 (GND) at same location as pin 98 (GND); Pin 62 (GND) at same location as pin 103 (GND); Pin 62 (GND) at same location as pin 104 (GND); Pin 62 (GND) at same location as pin 109 (GND); Pin 62 (GND) at same location as pin 110 (GND); Pin 62 (GND) at same location as pin 115 (GND); Pin 62 (GND) at same location as pin 116 (GND); Pin 62 (GND) at same location as pin 121 (GND); Pin 62 (GND) at same location as pin 122 (GND); Pin 62 (GND) at same location as pin 127 (GND); Pin 62 (GND) at same location as pin 128 (GND); Pin 62 (GND) at same location as pin 133 (GND); Pin 62 (GND) at same location as pin 134 (GND); Pin 62 (GND) at same location as pin 139 (GND); Pin 62 (GND) at same location as pin 140 (GND); Pin 62 (GND) at same location as pin 145 (GND); Pin 62 (GND) at same location as pin 146 (GND); Pin 62 (GND) at same location as pin 151 (GND); Pin 62 (GND) at same location as pin 152 (GND); Pin 62 (GND) at same location as pin 157 (GND); Pin 62 (GND) at same location as pin 158 (GND); Pin 62 (GND) at same location as pin 163 (GND); Pin 62 (GND) at same location as pin 164 (GND); Pin 62 (GND) at same location as pin 169 (GND); Pin 62 (GND) at same location as pin 170 (GND); Pin 62 (GND) at same location as pin 181 (GND); Pin 62 (GND) at same location as pin 182 (GND); Pin 62 (GND) at same location as pin 187 (GND); Pin 62 (GND) at same location as pin 188 (GND); Pin 62 (GND) at same location as pin 195 (GND); Pin 62 (GND) at same location as pin 196 (GND); Pin 67 (GND) at same location as pin 68 (GND); Pin 67 (GND) at same location as pin 73 (GND); Pin 67 (GND) at same location as pin 74 (GND); Pin 67 (GND) at same location as pin 79 (GND); Pin 67 (GND) at same location as pin 80 (GND); Pin 67 (GND) at same location as pin 85 (GND); Pin 67 (GND) at same location as pin 86 (GND); Pin 67 (GND) at same location as pin 91 (GND); Pin 67 (GND) at same location as pin 92 (GND); Pin 67 (GND) at same location as pin 97 (GND); Pin 67 (GND) at same location as pin 98 (GND); Pin 67 (GND) at same location as pin 103 (GND); Pin 67 (GND) at same location as pin 104 (GND); Pin 67 (GND) at same location as pin 109 (GND); Pin 67 (GND) at same location as pin 110 (GND); Pin 67 (GND) at same location as pin 115 (GND); Pin 67 (GND) at same location as pin 116 (GND); Pin 67 (GND) at same location as pin 121 (GND); Pin 67 (GND) at same location as pin 122 (GND); Pin 67 (GND) at same location as pin 127 (GND); Pin 67 (GND) at same location as pin 128 (GND); Pin 67 (GND) at same location as pin 133 (GND); Pin 67 (GND) at same location as pin 134 (GND); Pin 67 (GND) at same location as pin 139 (GND); Pin 67 (GND) at same location as pin 140 (GND); Pin 67 (GND) at same location as pin 145 (GND); Pin 67 (GND) at same location as pin 146 (GND); Pin 67 (GND) at same location as pin 151 (GND); Pin 67 (GND) at same location as pin 152 (GND); Pin 67 (GND) at same location as pin 157 (GND); Pin 67 (GND) at same location as pin 158 (GND); Pin 67 (GND) at same location as pin 163 (GND); Pin 67 (GND) at same location as pin 164 (GND); Pin 67 (GND) at same location as pin 169 (GND); Pin 67 (GND) at same location as pin 170 (GND); Pin 67 (GND) at same location as pin 181 (GND); Pin 67 (GND) at same location as pin 182 (GND); Pin 67 (GND) at same location as pin 187 (GND); Pin 67 (GND) at same location as pin 188 (GND); Pin 67 (GND) at same location as pin 195 (GND); Pin 67 (GND) at same location as pin 196 (GND); Pin 68 (GND) at same location as pin 73 (GND); Pin 68 (GND) at same location as pin 74 (GND); Pin 68 (GND) at same location as pin 79 (GND); Pin 68 (GND) at same location as pin 80 (GND); Pin 68 (GND) at same location as pin 85 (GND); Pin 68 (GND) at same location as pin 86 (GND); Pin 68 (GND) at same location as pin 91 (GND); Pin 68 (GND) at same location as pin 92 (GND); Pin 68 (GND) at same location as pin 97 (GND); Pin 68 (GND) at same location as pin 98 (GND); Pin 68 (GND) at same location as pin 103 (GND); Pin 68 (GND) at same location as pin 104 (GND); Pin 68 (GND) at same location as pin 109 (GND); Pin 68 (GND) at same location as pin 110 (GND); Pin 68 (GND) at same location as pin 115 (GND); Pin 68 (GND) at same location as pin 116 (GND); Pin 68 (GND) at same location as pin 121 (GND); Pin 68 (GND) at same location as pin 122 (GND); Pin 68 (GND) at same location as pin 127 (GND); Pin 68 (GND) at same location as pin 128 (GND); Pin 68 (GND) at same location as pin 133 (GND); Pin 68 (GND) at same location as pin 134 (GND); Pin 68 (GND) at same location as pin 139 (GND); Pin 68 (GND) at same location as pin 140 (GND); Pin 68 (GND) at same location as pin 145 (GND); Pin 68 (GND) at same location as pin 146 (GND); Pin 68 (GND) at same location as pin 151 (GND); Pin 68 (GND) at same location as pin 152 (GND); Pin 68 (GND) at same location as pin 157 (GND); Pin 68 (GND) at same location as pin 158 (GND); Pin 68 (GND) at same location as pin 163 (GND); Pin 68 (GND) at same location as pin 164 (GND); Pin 68 (GND) at same location as pin 169 (GND); Pin 68 (GND) at same location as pin 170 (GND); Pin 68 (GND) at same location as pin 181 (GND); Pin 68 (GND) at same location as pin 182 (GND); Pin 68 (GND) at same location as pin 187 (GND); Pin 68 (GND) at same location as pin 188 (GND); Pin 68 (GND) at same location as pin 195 (GND); Pin 68 (GND) at same location as pin 196 (GND); Pin 73 (GND) at same location as pin 74 (GND); Pin 73 (GND) at same location as pin 79 (GND); Pin 73 (GND) at same location as pin 80 (GND); Pin 73 (GND) at same location as pin 85 (GND); Pin 73 (GND) at same location as pin 86 (GND); Pin 73 (GND) at same location as pin 91 (GND); Pin 73 (GND) at same location as pin 92 (GND); Pin 73 (GND) at same location as pin 97 (GND); Pin 73 (GND) at same location as pin 98 (GND); Pin 73 (GND) at same location as pin 103 (GND); Pin 73 (GND) at same location as pin 104 (GND); Pin 73 (GND) at same location as pin 109 (GND); Pin 73 (GND) at same location as pin 110 (GND); Pin 73 (GND) at same location as pin 115 (GND); Pin 73 (GND) at same location as pin 116 (GND); Pin 73 (GND) at same location as pin 121 (GND); Pin 73 (GND) at same location as pin 122 (GND); Pin 73 (GND) at same location as pin 127 (GND); Pin 73 (GND) at same location as pin 128 (GND); Pin 73 (GND) at same location as pin 133 (GND); Pin 73 (GND) at same location as pin 134 (GND); Pin 73 (GND) at same location as pin 139 (GND); Pin 73 (GND) at same location as pin 140 (GND); Pin 73 (GND) at same location as pin 145 (GND); Pin 73 (GND) at same location as pin 146 (GND); Pin 73 (GND) at same location as pin 151 (GND); Pin 73 (GND) at same location as pin 152 (GND); Pin 73 (GND) at same location as pin 157 (GND); Pin 73 (GND) at same location as pin 158 (GND); Pin 73 (GND) at same location as pin 163 (GND); Pin 73 (GND) at same location as pin 164 (GND); Pin 73 (GND) at same location as pin 169 (GND); Pin 73 (GND) at same location as pin 170 (GND); Pin 73 (GND) at same location as pin 181 (GND); Pin 73 (GND) at same location as pin 182 (GND); Pin 73 (GND) at same location as pin 187 (GND); Pin 73 (GND) at same location as pin 188 (GND); Pin 73 (GND) at same location as pin 195 (GND); Pin 73 (GND) at same location as pin 196 (GND); Pin 74 (GND) at same location as pin 79 (GND); Pin 74 (GND) at same location as pin 80 (GND); Pin 74 (GND) at same location as pin 85 (GND); Pin 74 (GND) at same location as pin 86 (GND); Pin 74 (GND) at same location as pin 91 (GND); Pin 74 (GND) at same location as pin 92 (GND); Pin 74 (GND) at same location as pin 97 (GND); Pin 74 (GND) at same location as pin 98 (GND); Pin 74 (GND) at same location as pin 103 (GND); Pin 74 (GND) at same location as pin 104 (GND); Pin 74 (GND) at same location as pin 109 (GND); Pin 74 (GND) at same location as pin 110 (GND); Pin 74 (GND) at same location as pin 115 (GND); Pin 74 (GND) at same location as pin 116 (GND); Pin 74 (GND) at same location as pin 121 (GND); Pin 74 (GND) at same location as pin 122 (GND); Pin 74 (GND) at same location as pin 127 (GND); Pin 74 (GND) at same location as pin 128 (GND); Pin 74 (GND) at same location as pin 133 (GND); Pin 74 (GND) at same location as pin 134 (GND); Pin 74 (GND) at same location as pin 139 (GND); Pin 74 (GND) at same location as pin 140 (GND); Pin 74 (GND) at same location as pin 145 (GND); Pin 74 (GND) at same location as pin 146 (GND); Pin 74 (GND) at same location as pin 151 (GND); Pin 74 (GND) at same location as pin 152 (GND); Pin 74 (GND) at same location as pin 157 (GND); Pin 74 (GND) at same location as pin 158 (GND); Pin 74 (GND) at same location as pin 163 (GND); Pin 74 (GND) at same location as pin 164 (GND); Pin 74 (GND) at same location as pin 169 (GND); Pin 74 (GND) at same location as pin 170 (GND); Pin 74 (GND) at same location as pin 181 (GND); Pin 74 (GND) at same location as pin 182 (GND); Pin 74 (GND) at same location as pin 187 (GND); Pin 74 (GND) at same location as pin 188 (GND); Pin 74 (GND) at same location as pin 195 (GND); Pin 74 (GND) at same location as pin 196 (GND); Pin 79 (GND) at same location as pin 80 (GND); Pin 79 (GND) at same location as pin 85 (GND); Pin 79 (GND) at same location as pin 86 (GND); Pin 79 (GND) at same location as pin 91 (GND); Pin 79 (GND) at same location as pin 92 (GND); Pin 79 (GND) at same location as pin 97 (GND); Pin 79 (GND) at same location as pin 98 (GND); Pin 79 (GND) at same location as pin 103 (GND); Pin 79 (GND) at same location as pin 104 (GND); Pin 79 (GND) at same location as pin 109 (GND); Pin 79 (GND) at same location as pin 110 (GND); Pin 79 (GND) at same location as pin 115 (GND); Pin 79 (GND) at same location as pin 116 (GND); Pin 79 (GND) at same location as pin 121 (GND); Pin 79 (GND) at same location as pin 122 (GND); Pin 79 (GND) at same location as pin 127 (GND); Pin 79 (GND) at same location as pin 128 (GND); Pin 79 (GND) at same location as pin 133 (GND); Pin 79 (GND) at same location as pin 134 (GND); Pin 79 (GND) at same location as pin 139 (GND); Pin 79 (GND) at same location as pin 140 (GND); Pin 79 (GND) at same location as pin 145 (GND); Pin 79 (GND) at same location as pin 146 (GND); Pin 79 (GND) at same location as pin 151 (GND); Pin 79 (GND) at same location as pin 152 (GND); Pin 79 (GND) at same location as pin 157 (GND); Pin 79 (GND) at same location as pin 158 (GND); Pin 79 (GND) at same location as pin 163 (GND); Pin 79 (GND) at same location as pin 164 (GND); Pin 79 (GND) at same location as pin 169 (GND); Pin 79 (GND) at same location as pin 170 (GND); Pin 79 (GND) at same location as pin 181 (GND); Pin 79 (GND) at same location as pin 182 (GND); Pin 79 (GND) at same location as pin 187 (GND); Pin 79 (GND) at same location as pin 188 (GND); Pin 79 (GND) at same location as pin 195 (GND); Pin 79 (GND) at same location as pin 196 (GND); Pin 80 (GND) at same location as pin 85 (GND); Pin 80 (GND) at same location as pin 86 (GND); Pin 80 (GND) at same location as pin 91 (GND); Pin 80 (GND) at same location as pin 92 (GND); Pin 80 (GND) at same location as pin 97 (GND); Pin 80 (GND) at same location as pin 98 (GND); Pin 80 (GND) at same location as pin 103 (GND); Pin 80 (GND) at same location as pin 104 (GND); Pin 80 (GND) at same location as pin 109 (GND); Pin 80 (GND) at same location as pin 110 (GND); Pin 80 (GND) at same location as pin 115 (GND); Pin 80 (GND) at same location as pin 116 (GND); Pin 80 (GND) at same location as pin 121 (GND); Pin 80 (GND) at same location as pin 122 (GND); Pin 80 (GND) at same location as pin 127 (GND); Pin 80 (GND) at same location as pin 128 (GND); Pin 80 (GND) at same location as pin 133 (GND); Pin 80 (GND) at same location as pin 134 (GND); Pin 80 (GND) at same location as pin 139 (GND); Pin 80 (GND) at same location as pin 140 (GND); Pin 80 (GND) at same location as pin 145 (GND); Pin 80 (GND) at same location as pin 146 (GND); Pin 80 (GND) at same location as pin 151 (GND); Pin 80 (GND) at same location as pin 152 (GND); Pin 80 (GND) at same location as pin 157 (GND); Pin 80 (GND) at same location as pin 158 (GND); Pin 80 (GND) at same location as pin 163 (GND); Pin 80 (GND) at same location as pin 164 (GND); Pin 80 (GND) at same location as pin 169 (GND); Pin 80 (GND) at same location as pin 170 (GND); Pin 80 (GND) at same location as pin 181 (GND); Pin 80 (GND) at same location as pin 182 (GND); Pin 80 (GND) at same location as pin 187 (GND); Pin 80 (GND) at same location as pin 188 (GND); Pin 80 (GND) at same location as pin 195 (GND); Pin 80 (GND) at same location as pin 196 (GND); Pin 85 (GND) at same location as pin 86 (GND); Pin 85 (GND) at same location as pin 91 (GND); Pin 85 (GND) at same location as pin 92 (GND); Pin 85 (GND) at same location as pin 97 (GND); Pin 85 (GND) at same location as pin 98 (GND); Pin 85 (GND) at same location as pin 103 (GND); Pin 85 (GND) at same location as pin 104 (GND); Pin 85 (GND) at same location as pin 109 (GND); Pin 85 (GND) at same location as pin 110 (GND); Pin 85 (GND) at same location as pin 115 (GND); Pin 85 (GND) at same location as pin 116 (GND); Pin 85 (GND) at same location as pin 121 (GND); Pin 85 (GND) at same location as pin 122 (GND); Pin 85 (GND) at same location as pin 127 (GND); Pin 85 (GND) at same location as pin 128 (GND); Pin 85 (GND) at same location as pin 133 (GND); Pin 85 (GND) at same location as pin 134 (GND); Pin 85 (GND) at same location as pin 139 (GND); Pin 85 (GND) at same location as pin 140 (GND); Pin 85 (GND) at same location as pin 145 (GND); Pin 85 (GND) at same location as pin 146 (GND); Pin 85 (GND) at same location as pin 151 (GND); Pin 85 (GND) at same location as pin 152 (GND); Pin 85 (GND) at same location as pin 157 (GND); Pin 85 (GND) at same location as pin 158 (GND); Pin 85 (GND) at same location as pin 163 (GND); Pin 85 (GND) at same location as pin 164 (GND); Pin 85 (GND) at same location as pin 169 (GND); Pin 85 (GND) at same location as pin 170 (GND); Pin 85 (GND) at same location as pin 181 (GND); Pin 85 (GND) at same location as pin 182 (GND); Pin 85 (GND) at same location as pin 187 (GND); Pin 85 (GND) at same location as pin 188 (GND); Pin 85 (GND) at same location as pin 195 (GND); Pin 85 (GND) at same location as pin 196 (GND); Pin 86 (GND) at same location as pin 91 (GND); Pin 86 (GND) at same location as pin 92 (GND); Pin 86 (GND) at same location as pin 97 (GND); Pin 86 (GND) at same location as pin 98 (GND); Pin 86 (GND) at same location as pin 103 (GND); Pin 86 (GND) at same location as pin 104 (GND); Pin 86 (GND) at same location as pin 109 (GND); Pin 86 (GND) at same location as pin 110 (GND); Pin 86 (GND) at same location as pin 115 (GND); Pin 86 (GND) at same location as pin 116 (GND); Pin 86 (GND) at same location as pin 121 (GND); Pin 86 (GND) at same location as pin 122 (GND); Pin 86 (GND) at same location as pin 127 (GND); Pin 86 (GND) at same location as pin 128 (GND); Pin 86 (GND) at same location as pin 133 (GND); Pin 86 (GND) at same location as pin 134 (GND); Pin 86 (GND) at same location as pin 139 (GND); Pin 86 (GND) at same location as pin 140 (GND); Pin 86 (GND) at same location as pin 145 (GND); Pin 86 (GND) at same location as pin 146 (GND); Pin 86 (GND) at same location as pin 151 (GND); Pin 86 (GND) at same location as pin 152 (GND); Pin 86 (GND) at same location as pin 157 (GND); Pin 86 (GND) at same location as pin 158 (GND); Pin 86 (GND) at same location as pin 163 (GND); Pin 86 (GND) at same location as pin 164 (GND); Pin 86 (GND) at same location as pin 169 (GND); Pin 86 (GND) at same location as pin 170 (GND); Pin 86 (GND) at same location as pin 181 (GND); Pin 86 (GND) at same location as pin 182 (GND); Pin 86 (GND) at same location as pin 187 (GND); Pin 86 (GND) at same location as pin 188 (GND); Pin 86 (GND) at same location as pin 195 (GND); Pin 86 (GND) at same location as pin 196 (GND); Pin 91 (GND) at same location as pin 92 (GND); Pin 91 (GND) at same location as pin 97 (GND); Pin 91 (GND) at same location as pin 98 (GND); Pin 91 (GND) at same location as pin 103 (GND); Pin 91 (GND) at same location as pin 104 (GND); Pin 91 (GND) at same location as pin 109 (GND); Pin 91 (GND) at same location as pin 110 (GND); Pin 91 (GND) at same location as pin 115 (GND); Pin 91 (GND) at same location as pin 116 (GND); Pin 91 (GND) at same location as pin 121 (GND); Pin 91 (GND) at same location as pin 122 (GND); Pin 91 (GND) at same location as pin 127 (GND); Pin 91 (GND) at same location as pin 128 (GND); Pin 91 (GND) at same location as pin 133 (GND); Pin 91 (GND) at same location as pin 134 (GND); Pin 91 (GND) at same location as pin 139 (GND); Pin 91 (GND) at same location as pin 140 (GND); Pin 91 (GND) at same location as pin 145 (GND); Pin 91 (GND) at same location as pin 146 (GND); Pin 91 (GND) at same location as pin 151 (GND); Pin 91 (GND) at same location as pin 152 (GND); Pin 91 (GND) at same location as pin 157 (GND); Pin 91 (GND) at same location as pin 158 (GND); Pin 91 (GND) at same location as pin 163 (GND); Pin 91 (GND) at same location as pin 164 (GND); Pin 91 (GND) at same location as pin 169 (GND); Pin 91 (GND) at same location as pin 170 (GND); Pin 91 (GND) at same location as pin 181 (GND); Pin 91 (GND) at same location as pin 182 (GND); Pin 91 (GND) at same location as pin 187 (GND); Pin 91 (GND) at same location as pin 188 (GND); Pin 91 (GND) at same location as pin 195 (GND); Pin 91 (GND) at same location as pin 196 (GND); Pin 92 (GND) at same location as pin 97 (GND); Pin 92 (GND) at same location as pin 98 (GND); Pin 92 (GND) at same location as pin 103 (GND); Pin 92 (GND) at same location as pin 104 (GND); Pin 92 (GND) at same location as pin 109 (GND); Pin 92 (GND) at same location as pin 110 (GND); Pin 92 (GND) at same location as pin 115 (GND); Pin 92 (GND) at same location as pin 116 (GND); Pin 92 (GND) at same location as pin 121 (GND); Pin 92 (GND) at same location as pin 122 (GND); Pin 92 (GND) at same location as pin 127 (GND); Pin 92 (GND) at same location as pin 128 (GND); Pin 92 (GND) at same location as pin 133 (GND); Pin 92 (GND) at same location as pin 134 (GND); Pin 92 (GND) at same location as pin 139 (GND); Pin 92 (GND) at same location as pin 140 (GND); Pin 92 (GND) at same location as pin 145 (GND); Pin 92 (GND) at same location as pin 146 (GND); Pin 92 (GND) at same location as pin 151 (GND); Pin 92 (GND) at same location as pin 152 (GND); Pin 92 (GND) at same location as pin 157 (GND); Pin 92 (GND) at same location as pin 158 (GND); Pin 92 (GND) at same location as pin 163 (GND); Pin 92 (GND) at same location as pin 164 (GND); Pin 92 (GND) at same location as pin 169 (GND); Pin 92 (GND) at same location as pin 170 (GND); Pin 92 (GND) at same location as pin 181 (GND); Pin 92 (GND) at same location as pin 182 (GND); Pin 92 (GND) at same location as pin 187 (GND); Pin 92 (GND) at same location as pin 188 (GND); Pin 92 (GND) at same location as pin 195 (GND); Pin 92 (GND) at same location as pin 196 (GND); Pin 97 (GND) at same location as pin 98 (GND); Pin 97 (GND) at same location as pin 103 (GND); Pin 97 (GND) at same location as pin 104 (GND); Pin 97 (GND) at same location as pin 109 (GND); Pin 97 (GND) at same location as pin 110 (GND); Pin 97 (GND) at same location as pin 115 (GND); Pin 97 (GND) at same location as pin 116 (GND); Pin 97 (GND) at same location as pin 121 (GND); Pin 97 (GND) at same location as pin 122 (GND); Pin 97 (GND) at same location as pin 127 (GND); Pin 97 (GND) at same location as pin 128 (GND); Pin 97 (GND) at same location as pin 133 (GND); Pin 97 (GND) at same location as pin 134 (GND); Pin 97 (GND) at same location as pin 139 (GND); Pin 97 (GND) at same location as pin 140 (GND); Pin 97 (GND) at same location as pin 145 (GND); Pin 97 (GND) at same location as pin 146 (GND); Pin 97 (GND) at same location as pin 151 (GND); Pin 97 (GND) at same location as pin 152 (GND); Pin 97 (GND) at same location as pin 157 (GND); Pin 97 (GND) at same location as pin 158 (GND); Pin 97 (GND) at same location as pin 163 (GND); Pin 97 (GND) at same location as pin 164 (GND); Pin 97 (GND) at same location as pin 169 (GND); Pin 97 (GND) at same location as pin 170 (GND); Pin 97 (GND) at same location as pin 181 (GND); Pin 97 (GND) at same location as pin 182 (GND); Pin 97 (GND) at same location as pin 187 (GND); Pin 97 (GND) at same location as pin 188 (GND); Pin 97 (GND) at same location as pin 195 (GND); Pin 97 (GND) at same location as pin 196 (GND); Pin 98 (GND) at same location as pin 103 (GND); Pin 98 (GND) at same location as pin 104 (GND); Pin 98 (GND) at same location as pin 109 (GND); Pin 98 (GND) at same location as pin 110 (GND); Pin 98 (GND) at same location as pin 115 (GND); Pin 98 (GND) at same location as pin 116 (GND); Pin 98 (GND) at same location as pin 121 (GND); Pin 98 (GND) at same location as pin 122 (GND); Pin 98 (GND) at same location as pin 127 (GND); Pin 98 (GND) at same location as pin 128 (GND); Pin 98 (GND) at same location as pin 133 (GND); Pin 98 (GND) at same location as pin 134 (GND); Pin 98 (GND) at same location as pin 139 (GND); Pin 98 (GND) at same location as pin 140 (GND); Pin 98 (GND) at same location as pin 145 (GND); Pin 98 (GND) at same location as pin 146 (GND); Pin 98 (GND) at same location as pin 151 (GND); Pin 98 (GND) at same location as pin 152 (GND); Pin 98 (GND) at same location as pin 157 (GND); Pin 98 (GND) at same location as pin 158 (GND); Pin 98 (GND) at same location as pin 163 (GND); Pin 98 (GND) at same location as pin 164 (GND); Pin 98 (GND) at same location as pin 169 (GND); Pin 98 (GND) at same location as pin 170 (GND); Pin 98 (GND) at same location as pin 181 (GND); Pin 98 (GND) at same location as pin 182 (GND); Pin 98 (GND) at same location as pin 187 (GND); Pin 98 (GND) at same location as pin 188 (GND); Pin 98 (GND) at same location as pin 195 (GND); Pin 98 (GND) at same location as pin 196 (GND); Pin 103 (GND) at same location as pin 104 (GND); Pin 103 (GND) at same location as pin 109 (GND); Pin 103 (GND) at same location as pin 110 (GND); Pin 103 (GND) at same location as pin 115 (GND); Pin 103 (GND) at same location as pin 116 (GND); Pin 103 (GND) at same location as pin 121 (GND); Pin 103 (GND) at same location as pin 122 (GND); Pin 103 (GND) at same location as pin 127 (GND); Pin 103 (GND) at same location as pin 128 (GND); Pin 103 (GND) at same location as pin 133 (GND); Pin 103 (GND) at same location as pin 134 (GND); Pin 103 (GND) at same location as pin 139 (GND); Pin 103 (GND) at same location as pin 140 (GND); Pin 103 (GND) at same location as pin 145 (GND); Pin 103 (GND) at same location as pin 146 (GND); Pin 103 (GND) at same location as pin 151 (GND); Pin 103 (GND) at same location as pin 152 (GND); Pin 103 (GND) at same location as pin 157 (GND); Pin 103 (GND) at same location as pin 158 (GND); Pin 103 (GND) at same location as pin 163 (GND); Pin 103 (GND) at same location as pin 164 (GND); Pin 103 (GND) at same location as pin 169 (GND); Pin 103 (GND) at same location as pin 170 (GND); Pin 103 (GND) at same location as pin 181 (GND); Pin 103 (GND) at same location as pin 182 (GND); Pin 103 (GND) at same location as pin 187 (GND); Pin 103 (GND) at same location as pin 188 (GND); Pin 103 (GND) at same location as pin 195 (GND); Pin 103 (GND) at same location as pin 196 (GND); Pin 104 (GND) at same location as pin 109 (GND); Pin 104 (GND) at same location as pin 110 (GND); Pin 104 (GND) at same location as pin 115 (GND); Pin 104 (GND) at same location as pin 116 (GND); Pin 104 (GND) at same location as pin 121 (GND); Pin 104 (GND) at same location as pin 122 (GND); Pin 104 (GND) at same location as pin 127 (GND); Pin 104 (GND) at same location as pin 128 (GND); Pin 104 (GND) at same location as pin 133 (GND); Pin 104 (GND) at same location as pin 134 (GND); Pin 104 (GND) at same location as pin 139 (GND); Pin 104 (GND) at same location as pin 140 (GND); Pin 104 (GND) at same location as pin 145 (GND); Pin 104 (GND) at same location as pin 146 (GND); Pin 104 (GND) at same location as pin 151 (GND); Pin 104 (GND) at same location as pin 152 (GND); Pin 104 (GND) at same location as pin 157 (GND); Pin 104 (GND) at same location as pin 158 (GND); Pin 104 (GND) at same location as pin 163 (GND); Pin 104 (GND) at same location as pin 164 (GND); Pin 104 (GND) at same location as pin 169 (GND); Pin 104 (GND) at same location as pin 170 (GND); Pin 104 (GND) at same location as pin 181 (GND); Pin 104 (GND) at same location as pin 182 (GND); Pin 104 (GND) at same location as pin 187 (GND); Pin 104 (GND) at same location as pin 188 (GND); Pin 104 (GND) at same location as pin 195 (GND); Pin 104 (GND) at same location as pin 196 (GND); Pin 109 (GND) at same location as pin 110 (GND); Pin 109 (GND) at same location as pin 115 (GND); Pin 109 (GND) at same location as pin 116 (GND); Pin 109 (GND) at same location as pin 121 (GND); Pin 109 (GND) at same location as pin 122 (GND); Pin 109 (GND) at same location as pin 127 (GND); Pin 109 (GND) at same location as pin 128 (GND); Pin 109 (GND) at same location as pin 133 (GND); Pin 109 (GND) at same location as pin 134 (GND); Pin 109 (GND) at same location as pin 139 (GND); Pin 109 (GND) at same location as pin 140 (GND); Pin 109 (GND) at same location as pin 145 (GND); Pin 109 (GND) at same location as pin 146 (GND); Pin 109 (GND) at same location as pin 151 (GND); Pin 109 (GND) at same location as pin 152 (GND); Pin 109 (GND) at same location as pin 157 (GND); Pin 109 (GND) at same location as pin 158 (GND); Pin 109 (GND) at same location as pin 163 (GND); Pin 109 (GND) at same location as pin 164 (GND); Pin 109 (GND) at same location as pin 169 (GND); Pin 109 (GND) at same location as pin 170 (GND); Pin 109 (GND) at same location as pin 181 (GND); Pin 109 (GND) at same location as pin 182 (GND); Pin 109 (GND) at same location as pin 187 (GND); Pin 109 (GND) at same location as pin 188 (GND); Pin 109 (GND) at same location as pin 195 (GND); Pin 109 (GND) at same location as pin 196 (GND); Pin 110 (GND) at same location as pin 115 (GND); Pin 110 (GND) at same location as pin 116 (GND); Pin 110 (GND) at same location as pin 121 (GND); Pin 110 (GND) at same location as pin 122 (GND); Pin 110 (GND) at same location as pin 127 (GND); Pin 110 (GND) at same location as pin 128 (GND); Pin 110 (GND) at same location as pin 133 (GND); Pin 110 (GND) at same location as pin 134 (GND); Pin 110 (GND) at same location as pin 139 (GND); Pin 110 (GND) at same location as pin 140 (GND); Pin 110 (GND) at same location as pin 145 (GND); Pin 110 (GND) at same location as pin 146 (GND); Pin 110 (GND) at same location as pin 151 (GND); Pin 110 (GND) at same location as pin 152 (GND); Pin 110 (GND) at same location as pin 157 (GND); Pin 110 (GND) at same location as pin 158 (GND); Pin 110 (GND) at same location as pin 163 (GND); Pin 110 (GND) at same location as pin 164 (GND); Pin 110 (GND) at same location as pin 169 (GND); Pin 110 (GND) at same location as pin 170 (GND); Pin 110 (GND) at same location as pin 181 (GND); Pin 110 (GND) at same location as pin 182 (GND); Pin 110 (GND) at same location as pin 187 (GND); Pin 110 (GND) at same location as pin 188 (GND); Pin 110 (GND) at same location as pin 195 (GND); Pin 110 (GND) at same location as pin 196 (GND); Pin 115 (GND) at same location as pin 116 (GND); Pin 115 (GND) at same location as pin 121 (GND); Pin 115 (GND) at same location as pin 122 (GND); Pin 115 (GND) at same location as pin 127 (GND); Pin 115 (GND) at same location as pin 128 (GND); Pin 115 (GND) at same location as pin 133 (GND); Pin 115 (GND) at same location as pin 134 (GND); Pin 115 (GND) at same location as pin 139 (GND); Pin 115 (GND) at same location as pin 140 (GND); Pin 115 (GND) at same location as pin 145 (GND); Pin 115 (GND) at same location as pin 146 (GND); Pin 115 (GND) at same location as pin 151 (GND); Pin 115 (GND) at same location as pin 152 (GND); Pin 115 (GND) at same location as pin 157 (GND); Pin 115 (GND) at same location as pin 158 (GND); Pin 115 (GND) at same location as pin 163 (GND); Pin 115 (GND) at same location as pin 164 (GND); Pin 115 (GND) at same location as pin 169 (GND); Pin 115 (GND) at same location as pin 170 (GND); Pin 115 (GND) at same location as pin 181 (GND); Pin 115 (GND) at same location as pin 182 (GND); Pin 115 (GND) at same location as pin 187 (GND); Pin 115 (GND) at same location as pin 188 (GND); Pin 115 (GND) at same location as pin 195 (GND); Pin 115 (GND) at same location as pin 196 (GND); Pin 116 (GND) at same location as pin 121 (GND); Pin 116 (GND) at same location as pin 122 (GND); Pin 116 (GND) at same location as pin 127 (GND); Pin 116 (GND) at same location as pin 128 (GND); Pin 116 (GND) at same location as pin 133 (GND); Pin 116 (GND) at same location as pin 134 (GND); Pin 116 (GND) at same location as pin 139 (GND); Pin 116 (GND) at same location as pin 140 (GND); Pin 116 (GND) at same location as pin 145 (GND); Pin 116 (GND) at same location as pin 146 (GND); Pin 116 (GND) at same location as pin 151 (GND); Pin 116 (GND) at same location as pin 152 (GND); Pin 116 (GND) at same location as pin 157 (GND); Pin 116 (GND) at same location as pin 158 (GND); Pin 116 (GND) at same location as pin 163 (GND); Pin 116 (GND) at same location as pin 164 (GND); Pin 116 (GND) at same location as pin 169 (GND); Pin 116 (GND) at same location as pin 170 (GND); Pin 116 (GND) at same location as pin 181 (GND); Pin 116 (GND) at same location as pin 182 (GND); Pin 116 (GND) at same location as pin 187 (GND); Pin 116 (GND) at same location as pin 188 (GND); Pin 116 (GND) at same location as pin 195 (GND); Pin 116 (GND) at same location as pin 196 (GND); Pin 121 (GND) at same location as pin 122 (GND); Pin 121 (GND) at same location as pin 127 (GND); Pin 121 (GND) at same location as pin 128 (GND); Pin 121 (GND) at same location as pin 133 (GND); Pin 121 (GND) at same location as pin 134 (GND); Pin 121 (GND) at same location as pin 139 (GND); Pin 121 (GND) at same location as pin 140 (GND); Pin 121 (GND) at same location as pin 145 (GND); Pin 121 (GND) at same location as pin 146 (GND); Pin 121 (GND) at same location as pin 151 (GND); Pin 121 (GND) at same location as pin 152 (GND); Pin 121 (GND) at same location as pin 157 (GND); Pin 121 (GND) at same location as pin 158 (GND); Pin 121 (GND) at same location as pin 163 (GND); Pin 121 (GND) at same location as pin 164 (GND); Pin 121 (GND) at same location as pin 169 (GND); Pin 121 (GND) at same location as pin 170 (GND); Pin 121 (GND) at same location as pin 181 (GND); Pin 121 (GND) at same location as pin 182 (GND); Pin 121 (GND) at same location as pin 187 (GND); Pin 121 (GND) at same location as pin 188 (GND); Pin 121 (GND) at same location as pin 195 (GND); Pin 121 (GND) at same location as pin 196 (GND); Pin 122 (GND) at same location as pin 127 (GND); Pin 122 (GND) at same location as pin 128 (GND); Pin 122 (GND) at same location as pin 133 (GND); Pin 122 (GND) at same location as pin 134 (GND); Pin 122 (GND) at same location as pin 139 (GND); Pin 122 (GND) at same location as pin 140 (GND); Pin 122 (GND) at same location as pin 145 (GND); Pin 122 (GND) at same location as pin 146 (GND); Pin 122 (GND) at same location as pin 151 (GND); Pin 122 (GND) at same location as pin 152 (GND); Pin 122 (GND) at same location as pin 157 (GND); Pin 122 (GND) at same location as pin 158 (GND); Pin 122 (GND) at same location as pin 163 (GND); Pin 122 (GND) at same location as pin 164 (GND); Pin 122 (GND) at same location as pin 169 (GND); Pin 122 (GND) at same location as pin 170 (GND); Pin 122 (GND) at same location as pin 181 (GND); Pin 122 (GND) at same location as pin 182 (GND); Pin 122 (GND) at same location as pin 187 (GND); Pin 122 (GND) at same location as pin 188 (GND); Pin 122 (GND) at same location as pin 195 (GND); Pin 122 (GND) at same location as pin 196 (GND); Pin 127 (GND) at same location as pin 128 (GND); Pin 127 (GND) at same location as pin 133 (GND); Pin 127 (GND) at same location as pin 134 (GND); Pin 127 (GND) at same location as pin 139 (GND); Pin 127 (GND) at same location as pin 140 (GND); Pin 127 (GND) at same location as pin 145 (GND); Pin 127 (GND) at same location as pin 146 (GND); Pin 127 (GND) at same location as pin 151 (GND); Pin 127 (GND) at same location as pin 152 (GND); Pin 127 (GND) at same location as pin 157 (GND); Pin 127 (GND) at same location as pin 158 (GND); Pin 127 (GND) at same location as pin 163 (GND); Pin 127 (GND) at same location as pin 164 (GND); Pin 127 (GND) at same location as pin 169 (GND); Pin 127 (GND) at same location as pin 170 (GND); Pin 127 (GND) at same location as pin 181 (GND); Pin 127 (GND) at same location as pin 182 (GND); Pin 127 (GND) at same location as pin 187 (GND); Pin 127 (GND) at same location as pin 188 (GND); Pin 127 (GND) at same location as pin 195 (GND); Pin 127 (GND) at same location as pin 196 (GND); Pin 128 (GND) at same location as pin 133 (GND); Pin 128 (GND) at same location as pin 134 (GND); Pin 128 (GND) at same location as pin 139 (GND); Pin 128 (GND) at same location as pin 140 (GND); Pin 128 (GND) at same location as pin 145 (GND); Pin 128 (GND) at same location as pin 146 (GND); Pin 128 (GND) at same location as pin 151 (GND); Pin 128 (GND) at same location as pin 152 (GND); Pin 128 (GND) at same location as pin 157 (GND); Pin 128 (GND) at same location as pin 158 (GND); Pin 128 (GND) at same location as pin 163 (GND); Pin 128 (GND) at same location as pin 164 (GND); Pin 128 (GND) at same location as pin 169 (GND); Pin 128 (GND) at same location as pin 170 (GND); Pin 128 (GND) at same location as pin 181 (GND); Pin 128 (GND) at same location as pin 182 (GND); Pin 128 (GND) at same location as pin 187 (GND); Pin 128 (GND) at same location as pin 188 (GND); Pin 128 (GND) at same location as pin 195 (GND); Pin 128 (GND) at same location as pin 196 (GND); Pin 133 (GND) at same location as pin 134 (GND); Pin 133 (GND) at same location as pin 139 (GND); Pin 133 (GND) at same location as pin 140 (GND); Pin 133 (GND) at same location as pin 145 (GND); Pin 133 (GND) at same location as pin 146 (GND); Pin 133 (GND) at same location as pin 151 (GND); Pin 133 (GND) at same location as pin 152 (GND); Pin 133 (GND) at same location as pin 157 (GND); Pin 133 (GND) at same location as pin 158 (GND); Pin 133 (GND) at same location as pin 163 (GND); Pin 133 (GND) at same location as pin 164 (GND); Pin 133 (GND) at same location as pin 169 (GND); Pin 133 (GND) at same location as pin 170 (GND); Pin 133 (GND) at same location as pin 181 (GND); Pin 133 (GND) at same location as pin 182 (GND); Pin 133 (GND) at same location as pin 187 (GND); Pin 133 (GND) at same location as pin 188 (GND); Pin 133 (GND) at same location as pin 195 (GND); Pin 133 (GND) at same location as pin 196 (GND); Pin 134 (GND) at same location as pin 139 (GND); Pin 134 (GND) at same location as pin 140 (GND); Pin 134 (GND) at same location as pin 145 (GND); Pin 134 (GND) at same location as pin 146 (GND); Pin 134 (GND) at same location as pin 151 (GND); Pin 134 (GND) at same location as pin 152 (GND); Pin 134 (GND) at same location as pin 157 (GND); Pin 134 (GND) at same location as pin 158 (GND); Pin 134 (GND) at same location as pin 163 (GND); Pin 134 (GND) at same location as pin 164 (GND); Pin 134 (GND) at same location as pin 169 (GND); Pin 134 (GND) at same location as pin 170 (GND); Pin 134 (GND) at same location as pin 181 (GND); Pin 134 (GND) at same location as pin 182 (GND); Pin 134 (GND) at same location as pin 187 (GND); Pin 134 (GND) at same location as pin 188 (GND); Pin 134 (GND) at same location as pin 195 (GND); Pin 134 (GND) at same location as pin 196 (GND); Pin 139 (GND) at same location as pin 140 (GND); Pin 139 (GND) at same location as pin 145 (GND); Pin 139 (GND) at same location as pin 146 (GND); Pin 139 (GND) at same location as pin 151 (GND); Pin 139 (GND) at same location as pin 152 (GND); Pin 139 (GND) at same location as pin 157 (GND); Pin 139 (GND) at same location as pin 158 (GND); Pin 139 (GND) at same location as pin 163 (GND); Pin 139 (GND) at same location as pin 164 (GND); Pin 139 (GND) at same location as pin 169 (GND); Pin 139 (GND) at same location as pin 170 (GND); Pin 139 (GND) at same location as pin 181 (GND); Pin 139 (GND) at same location as pin 182 (GND); Pin 139 (GND) at same location as pin 187 (GND); Pin 139 (GND) at same location as pin 188 (GND); Pin 139 (GND) at same location as pin 195 (GND); Pin 139 (GND) at same location as pin 196 (GND); Pin 140 (GND) at same location as pin 145 (GND); Pin 140 (GND) at same location as pin 146 (GND); Pin 140 (GND) at same location as pin 151 (GND); Pin 140 (GND) at same location as pin 152 (GND); Pin 140 (GND) at same location as pin 157 (GND); Pin 140 (GND) at same location as pin 158 (GND); Pin 140 (GND) at same location as pin 163 (GND); Pin 140 (GND) at same location as pin 164 (GND); Pin 140 (GND) at same location as pin 169 (GND); Pin 140 (GND) at same location as pin 170 (GND); Pin 140 (GND) at same location as pin 181 (GND); Pin 140 (GND) at same location as pin 182 (GND); Pin 140 (GND) at same location as pin 187 (GND); Pin 140 (GND) at same location as pin 188 (GND); Pin 140 (GND) at same location as pin 195 (GND); Pin 140 (GND) at same location as pin 196 (GND); Pin 145 (GND) at same location as pin 146 (GND); Pin 145 (GND) at same location as pin 151 (GND); Pin 145 (GND) at same location as pin 152 (GND); Pin 145 (GND) at same location as pin 157 (GND); Pin 145 (GND) at same location as pin 158 (GND); Pin 145 (GND) at same location as pin 163 (GND); Pin 145 (GND) at same location as pin 164 (GND); Pin 145 (GND) at same location as pin 169 (GND); Pin 145 (GND) at same location as pin 170 (GND); Pin 145 (GND) at same location as pin 181 (GND); Pin 145 (GND) at same location as pin 182 (GND); Pin 145 (GND) at same location as pin 187 (GND); Pin 145 (GND) at same location as pin 188 (GND); Pin 145 (GND) at same location as pin 195 (GND); Pin 145 (GND) at same location as pin 196 (GND); Pin 146 (GND) at same location as pin 151 (GND); Pin 146 (GND) at same location as pin 152 (GND); Pin 146 (GND) at same location as pin 157 (GND); Pin 146 (GND) at same location as pin 158 (GND); Pin 146 (GND) at same location as pin 163 (GND); Pin 146 (GND) at same location as pin 164 (GND); Pin 146 (GND) at same location as pin 169 (GND); Pin 146 (GND) at same location as pin 170 (GND); Pin 146 (GND) at same location as pin 181 (GND); Pin 146 (GND) at same location as pin 182 (GND); Pin 146 (GND) at same location as pin 187 (GND); Pin 146 (GND) at same location as pin 188 (GND); Pin 146 (GND) at same location as pin 195 (GND); Pin 146 (GND) at same location as pin 196 (GND); Pin 151 (GND) at same location as pin 152 (GND); Pin 151 (GND) at same location as pin 157 (GND); Pin 151 (GND) at same location as pin 158 (GND); Pin 151 (GND) at same location as pin 163 (GND); Pin 151 (GND) at same location as pin 164 (GND); Pin 151 (GND) at same location as pin 169 (GND); Pin 151 (GND) at same location as pin 170 (GND); Pin 151 (GND) at same location as pin 181 (GND); Pin 151 (GND) at same location as pin 182 (GND); Pin 151 (GND) at same location as pin 187 (GND); Pin 151 (GND) at same location as pin 188 (GND); Pin 151 (GND) at same location as pin 195 (GND); Pin 151 (GND) at same location as pin 196 (GND); Pin 152 (GND) at same location as pin 157 (GND); Pin 152 (GND) at same location as pin 158 (GND); Pin 152 (GND) at same location as pin 163 (GND); Pin 152 (GND) at same location as pin 164 (GND); Pin 152 (GND) at same location as pin 169 (GND); Pin 152 (GND) at same location as pin 170 (GND); Pin 152 (GND) at same location as pin 181 (GND); Pin 152 (GND) at same location as pin 182 (GND); Pin 152 (GND) at same location as pin 187 (GND); Pin 152 (GND) at same location as pin 188 (GND); Pin 152 (GND) at same location as pin 195 (GND); Pin 152 (GND) at same location as pin 196 (GND); Pin 157 (GND) at same location as pin 158 (GND); Pin 157 (GND) at same location as pin 163 (GND); Pin 157 (GND) at same location as pin 164 (GND); Pin 157 (GND) at same location as pin 169 (GND); Pin 157 (GND) at same location as pin 170 (GND); Pin 157 (GND) at same location as pin 181 (GND); Pin 157 (GND) at same location as pin 182 (GND); Pin 157 (GND) at same location as pin 187 (GND); Pin 157 (GND) at same location as pin 188 (GND); Pin 157 (GND) at same location as pin 195 (GND); Pin 157 (GND) at same location as pin 196 (GND); Pin 158 (GND) at same location as pin 163 (GND); Pin 158 (GND) at same location as pin 164 (GND); Pin 158 (GND) at same location as pin 169 (GND); Pin 158 (GND) at same location as pin 170 (GND); Pin 158 (GND) at same location as pin 181 (GND); Pin 158 (GND) at same location as pin 182 (GND); Pin 158 (GND) at same location as pin 187 (GND); Pin 158 (GND) at same location as pin 188 (GND); Pin 158 (GND) at same location as pin 195 (GND); Pin 158 (GND) at same location as pin 196 (GND); Pin 163 (GND) at same location as pin 164 (GND); Pin 163 (GND) at same location as pin 169 (GND); Pin 163 (GND) at same location as pin 170 (GND); Pin 163 (GND) at same location as pin 181 (GND); Pin 163 (GND) at same location as pin 182 (GND); Pin 163 (GND) at same location as pin 187 (GND); Pin 163 (GND) at same location as pin 188 (GND); Pin 163 (GND) at same location as pin 195 (GND); Pin 163 (GND) at same location as pin 196 (GND); Pin 164 (GND) at same location as pin 169 (GND); Pin 164 (GND) at same location as pin 170 (GND); Pin 164 (GND) at same location as pin 181 (GND); Pin 164 (GND) at same location as pin 182 (GND); Pin 164 (GND) at same location as pin 187 (GND); Pin 164 (GND) at same location as pin 188 (GND); Pin 164 (GND) at same location as pin 195 (GND); Pin 164 (GND) at same location as pin 196 (GND); Pin 169 (GND) at same location as pin 170 (GND); Pin 169 (GND) at same location as pin 181 (GND); Pin 169 (GND) at same location as pin 182 (GND); Pin 169 (GND) at same location as pin 187 (GND); Pin 169 (GND) at same location as pin 188 (GND); Pin 169 (GND) at same location as pin 195 (GND); Pin 169 (GND) at same location as pin 196 (GND); Pin 170 (GND) at same location as pin 181 (GND); Pin 170 (GND) at same location as pin 182 (GND); Pin 170 (GND) at same location as pin 187 (GND); Pin 170 (GND) at same location as pin 188 (GND); Pin 170 (GND) at same location as pin 195 (GND); Pin 170 (GND) at same location as pin 196 (GND); Pin 181 (GND) at same location as pin 182 (GND); Pin 181 (GND) at same location as pin 187 (GND); Pin 181 (GND) at same location as pin 188 (GND); Pin 181 (GND) at same location as pin 195 (GND); Pin 181 (GND) at same location as pin 196 (GND); Pin 182 (GND) at same location as pin 187 (GND); Pin 182 (GND) at same location as pin 188 (GND); Pin 182 (GND) at same location as pin 195 (GND); Pin 182 (GND) at same location as pin 196 (GND); Pin 187 (GND) at same location as pin 188 (GND); Pin 187 (GND) at same location as pin 195 (GND); Pin 187 (GND) at same location as pin 196 (GND); Pin 188 (GND) at same location as pin 195 (GND); Pin 188 (GND) at same location as pin 196 (GND); Pin 189 (VDAC) at same location as pin 190 (VDAC); Pin 191 (3V3) at same location as pin 192 (3V3); Pin 191 (3V3) at same location as pin 193 (3V3); Pin 191 (3V3) at same location as pin 194 (3V3); Pin 192 (3V3) at same location as pin 193 (3V3); Pin 192 (3V3) at same location as pin 194 (3V3); Pin 193 (3V3) at same location as pin 194 (3V3); Pin 195 (GND) at same location as pin 196 (GND); Pin 197 (VBAT) at same location as pin 198 (VBAT); Pin 197 (VBAT) at same location as pin 199 (VBAT); Pin 197 (VBAT) at same location as pin 200 (VBAT); Pin 198 (VBAT) at same location as pin 199 (VBAT); Pin 198 (VBAT) at same location as pin 200 (VBAT); Pin 199 (VBAT) at same location as pin 200 (VBAT); Power-named pins not typed as Power - library pin types incomplete [GND=Passive, GND=Passive, GND=Passive, GND=Passive, GND=Passive, +61 more]
RT9742QGJ5	RT9742QGJ5	-	U8, U11, U12, U13, U14	5	P:1 Pwr:2 I:1 OC:1	Power-named pins not typed as Power - library pin types incomplete [GND=Passive]
TXB0108PW	TXB0108PWR	-	U6	20	P:1 Pwr:2 Bi:16 I:1	Power-named pins not typed as Power - library pin types incomplete [GND=Passive]

15.3.1 Validation Heuristics

All pins same type: Generic library with no electrical rules

High % passive pins on IC: Incomplete type information

No power pins: May indicate separate power symbol

Low type diversity: Very underspecified library symbol

Power-named pins not typed as Power: Library pin types incomplete

15.4 Symbol vs Datasheet Pin Table

Each symbol's pin numbers are compared with the pin table of its datasheet. A datasheet pin the symbol lacks is a warning only when the datasheet calls it electrical; a pin the datasheet marks NC or mechanical, or a symbol pin the table does not list, is shown for information. An exposed pad is never counted as a mismatch, whether the symbol names it or numbers it one past the last pin. Where it was numbered, the row suggests giving it a name, because a bare number does not tell a reader what the pin is.

117 parts compared with their datasheet: 114 agree, 3 differ.

	Observation
RefDesU6 Part NumberTXB0108PWR TXB0108PW Pinssymbol 20 / datasheet 21	Datasheet pin 21 (Thermal Pad) is not on the symbol - For RGY/RKS/RUK packages, the exposed center thermal pad must be connected to ground.
RefDesU2 Part NumberRPi-CM4S_RA RPi-CM4S_RA Pinssymbol 202 / datasheet 200	Symbol pin S1 is not in the datasheet pin table Symbol pin S2 is not in the datasheet pin table
RefDesU7 Part NumberSN74LVC1G17DCKR 74LVC1G17DCK3 Pinssymbol 5 / datasheet 6	Datasheet pin 6 (VCC) is not on the symbol - the symbol carries VCC as pin 5 (numbering or package differs)

15.5 Shielded Connector Symbol Quality

Shielded connectors with missing pin names

All shielded connectors have proper pin names for EMC analysis.

15.6 I/O Bank Power

U2 RPi-CM4S_RA: 4 I/O banks checked against the vendor package file; 192 of 192 symbol pin names agree with it

U9 LAN9512I-JZX: 0 I/O banks checked against the vendor package file; 59 of 59 symbol pin names agree with it

15.7 Footprints and Other Models

Components with model data

Component Model Assignments
RefDes	Industry Name	Pins	Model Type	Model
D12	RClamp0524PATCT	10	Footprint	daymoon:SLP2510P8
D13	RClamp0524PATCT	10	Footprint	daymoon:SLP2510P8
D15	RClamp0524PATCT	10	Footprint	daymoon:SLP2510P8
D22	PDS760Q-13	3	Footprint	daymoon:D_POWERDI5
H1	M3.2Pad	1	Footprint	daymoon:MountingHole_3.2mm_M3_Pad
H2	M3.2Pad	1	Footprint	daymoon:MountingHole_3.2mm_M3_Pad
H3	M3.2Pad	1	Footprint	daymoon:MountingHole_3.2mm_M3_Pad
H4	M3.2Pad	1	Footprint	daymoon:MountingHole_3.2mm_M3_Pad
H5	M2.6Pad	1	Footprint	daymoon:MountingHole_2.6mm_Pad_5.2mm
H6	M2.6Pad	1	Footprint	daymoon:MountingHole_2.6mm_Pad_5.2mm
H7	-	1	Footprint	daymoon:HOLE_2.5MM_1.5MM
H8	-	1	Footprint	daymoon:HOLE_2.5MM_1.5MM
J1	S1G20	3	Footprint	daymoon:PinHeader_1x03_P2.54mm_Vertical
J2	S2G20C	40	Footprint	daymoon:PinHeader_2x20_P2.54mm_Vertical
J3	1862055	6	Footprint	daymoon:PC_1862055
J4	ARJM11D7-009-AB-EW2	13	Footprint	daymoon:RJ45-POE_ARJM11D7-009
J5	MEM2052-00-195-00-A	13	Footprint	daymoon:GCT_MEM2052-00-195-00-A
J6	685119134923	20	Footprint	daymoon:685119134923
J7	USB4205-GF-A	17	Footprint	daymoon:GCT_USB4205-GF-A_REVA
J8	5787745-1	12	Footprint	daymoon:TE_5787745-1
J9	USB4085-GF-A	17	Footprint	daymoon:GCT_USB4085-GF-A_REVA4
K1	IM03GR	8	Footprint	daymoon:Relay_2P2T_10x6mm_TE_IMxxG
Q1	2N7002W	3	Footprint	daymoon:SOT-323_SC-70
Q2	2N7002W	3	Footprint	daymoon:SOT-323_SC-70
Q3	BSS84AK,215	3	Footprint	daymoon:SOT-23
Q4	2N7002W	3	Footprint	daymoon:SOT-323_SC-70
Q5	2N7002W	3	Footprint	daymoon:SOT-323_SC-70
Q6	2N7002W	3	Footprint	daymoon:SOT-323_SC-70
Q7	AONR21307	5	Footprint	daymoon:DFN-8_FET_3x3mm
S1	PTS810SJM250SMT	4	Footprint	daymoon:MIKROSPINAC_PTS810
TP1	-	1	Footprint	daymoon:TestPoint_D1.27
TP3	GPIO30	1	Footprint	daymoon:TestPoint_D1.27
TP4	GPIO31	1	Footprint	daymoon:TestPoint_D1.27
TP5	GPIO32	1	Footprint	daymoon:TestPoint_D1.27
TP6	GPIO33	1	Footprint	daymoon:TestPoint_D1.27
TP7	GPIO34	1	Footprint	daymoon:TestPoint_D1.27
TP8	GPIO35	1	Footprint	daymoon:TestPoint_D1.27
TP9	GPIO36	1	Footprint	daymoon:TestPoint_D1.27
TP10	GPIO37	1	Footprint	daymoon:TestPoint_D1.27
TP11	GPIO38	1	Footprint	daymoon:TestPoint_D1.27
TP12	GPIO39	1	Footprint	daymoon:TestPoint_D1.27
TP13	GPIO40	1	Footprint	daymoon:TestPoint_D1.27
TP14	GPIO41	1	Footprint	daymoon:TestPoint_D1.27
TP15	GPIO42	1	Footprint	daymoon:TestPoint_D1.27
TP16	GPIO43	1	Footprint	daymoon:TestPoint_D1.27
TP17	GPIO44	1	Footprint	daymoon:TestPoint_D1.27
TP18	GPIO45	1	Footprint	daymoon:TestPoint_D1.27
TP19	RELAY1	1	Footprint	daymoon:TestPoint_D1.27
TP20	3V3	1	Footprint	daymoon:TestPoint_D1.27
TP21	-	1	Footprint	daymoon:TestPoint_D1.27
TP22	-	1	Footprint	daymoon:TestPoint_D1.27
TP23	HDMI_5V	1	Footprint	daymoon:TestPoint_D1.27
TP24	-	1	Footprint	daymoon:TestPoint_D1.27
TP25	-	1	Footprint	daymoon:TestPoint_D1.27
TP26	-	1	Footprint	daymoon:TestPoint_D1.27
TP27	-	1	Footprint	daymoon:TestPoint_D1.27
TP28	3V3FB	1	Footprint	daymoon:TestPoint_D1.27
TP29	3V3	1	Footprint	daymoon:TestPoint_D1.27
TP30	3V3	1	Footprint	daymoon:TestPoint_D1.27
U2	RPi-CM4S_RA	202	Footprint	daymoon:SO_DIMM_200p_TE_1473149-4
U3	TXS0108EQPWRQ1	20	Footprint	daymoon:TSSOP-20_4.4x6.5mm_P0.65mm
U4	TXS0108EQPWRQ1	20	Footprint	daymoon:TSSOP-20_4.4x6.5mm_P0.65mm
U5	TXS0108EQPWRQ1	20	Footprint	daymoon:TSSOP-20_4.4x6.5mm_P0.65mm
U6	TXB0108PWR	20	Footprint	daymoon:TSSOP-20_4.4x6.5mm_P0.65mm
U7	SN74LVC1G17DCKR	5	Footprint	daymoon:SOT-353_SC-70-5
U8	RT9742QGJ5	5	Footprint	daymoon:TSOT-23-5
U9	LAN9512I-JZX	65	Footprint	daymoon:QFN-64-1EP_9x9mm_P0.5mm_EP7.3x7.3mm
U10	93LC66AT-I/OT	6	Footprint	daymoon:SOT-23-6
U11	RT9742QGJ5	5	Footprint	daymoon:TSOT-23-5
U12	RT9742QGJ5	5	Footprint	daymoon:TSOT-23-5
U13	RT9742QGJ5	5	Footprint	daymoon:TSOT-23-5
U14	RT9742QGJ5	5	Footprint	daymoon:TSOT-23-5
U16	FSUSB42MUX	10	Footprint	daymoon:MSOP-10_3x3mm_P0.5mm
U19	HUSB238	11	Footprint	daymoon:WDFN-10-1EP_3x3mm_P0.5mm_EP1.8x2.5mm
U20	LMR14050SDDA	9	Footprint	daymoon:HSOP-8-1EP_3.9x4.9mm_P1.27mm_EP2.41x3.1mm_ThermalVias
Y1	FY2500117	4	Footprint	daymoon:Crystal_SMD_5032-4Pin_5.0x3.2mm

15.8 IC Pin Electrical Properties

Unique IC symbols	10
Total IC instances	16

IC Library Symbols
Industry Name	Library Name	RefDes	Notes
SN74LVC1G17DCKR	74LVC1G17DCK3	U7
93LC66AT-I/OT	93LC66AT-I	U10
FSUSB42MUX	FSUSB42MUX	U16
HUSB238	HUSB238	U19
LAN9512I-JZX	LAN9512i	U9
LMR14050SDDA	LMR14050	U20
RPi-CM4S_RA	RPi-CM4S_RA	U2
RT9742QGJ5	RT9742QGJ5	U8, U11, U12, U13, U14
TXB0108PWR	TXB0108PW	U6
TXS0108EQPWRQ1	TXS0108E	U3, U4, U5

15.8.1 74LVC1G17DCK3 (SN74LVC1G17DCKR)

Pin	Pin Name	Electrical
1	NC	Passive
2		Input
3	GND	Passive
4		Output
5	VCC	Power In

15.8.2 93LC66AT-I (93LC66AT-I/OT)

Pin	Pin Name	Electrical
1	DO	High Impedance
2	GND	Passive
3	DI	Input
4	SCLK	Input
5	CS	Input
6	VCC	Power In

15.8.3 FSUSB42MUX (FSUSB42MUX)

Pin	Pin Name	Electrical
1	VCC	Power In
2	SEL	Input
3	D+	Bidirectional
4	D-	Bidirectional
5	GND	Power In
6	HSD1-	Bidirectional
7	HSD1+	Bidirectional
8	HSD2-	Bidirectional
9	HSD2+	Bidirectional
10	OE	Input

15.8.4 HUSB238 (HUSB238)

Pin	Pin Name	Electrical
1	VIN	Power In
2	D+	Bidirectional
3	D-	Bidirectional
4	CC1	Bidirectional
5	CC2	Bidirectional
6	SDA	Bidirectional
7	SCL	Input
8	VSET	Input
9	ISET	Input
10	GATE	Open Collector
11	GND	Passive

15.8.5 LAN9512i (LAN9512I-JZX)

Pin	Pin Name	Electrical
1	USBDM2	Bidirectional
2	USBDP2	Bidirectional
3	USBDM3	Bidirectional
4	USBDP3	Bidirectional
5	VDD33A	Power In
6	NC	Unknown
7	NC	Unknown
8	NC	Unknown
9	NC	Unknown
10	VDD33A	Passive
11	VBUS_DET	Input
12	RESET	Input
13	TEST1	Input
14	PRTCTL2	Bidirectional
15	VDD18CORE	Power In
16	PRTCTL3	Bidirectional
17	NC	Unknown
18	NC	Unknown
19	VDD33IO	Power In
20	FDX_LED/GPIO0	Bidirectional
21	LNKA_LED/GPIO1	Bidirectional
22	SPD_LED/GPIO2	Bidirectional
23	EECLK	Output
24	EECS	Output
25	EEDO	Output
26	EEDI	Input
27	VDD33IO	Passive
28	TRST	Input
29	TMS	Input
30	TDI	Input
31	TDO	Output
32	TCK	Input
33	VDD33IO	Passive
34	TEST2	Input
35	GPIO3	Bidirectional
36	GPIO4	Bidirectional
37	GPIO5	Bidirectional
38	VDD18CORE	Passive
39	VDD33IO	Passive
40	TEST3	Input
41	AUTOMDIX_EN	Input
42	GPIO6	Bidirectional
43	GPIO7	Bidirectional
44	CLK24_EN	Input
45	CLK24_OUT	Output
46	VDD33IO	Passive
47	TEST4	Input
48	VDD18ETHPLL	Power In
49	VDD33A	Passive
50	EXRES	Input
51	VDD33A	Passive
52	RXP	Input
53	RXN	Input
54	VDD33A	Passive
55	TXP	Output
56	TXN	Output
57	VDD33A	Passive
58	USBDM0	Bidirectional
59	USBDP0	Bidirectional
60	XO	Input
61	XI	Input
62	VDD18USBPLL	Power Out
63	USBRBIAS	Input
64	VDD33A	Passive
65	GND	Passive

15.8.6 LMR14050 (LMR14050SDDA)

Pin	Pin Name	Electrical
1	BOOT	Output
2	VIN	Power In
3	EN	Input
4	RT/SYNC	Input
5	FB	Input
6	SS	Output
7	GND	Passive
8	SW	Output
9	PAD	Passive

15.8.7 RPi-CM4S_RA (RPi-CM4S_RA)

Pin	Pin Name	Electrical
1	GND	Passive
2	EMMC_DISABLE	Input
3	GPIO0	Bidirectional
4	SDX_VDD	Passive
5	GPIO1	Power Out
6	SDX_VDD	Power Out
7	GND	Passive
8	GND	Passive
9	GPIO2	Bidirectional
10	SDX_CLK	Output
11	GPIO3	Bidirectional
12	SDX_CMD	Output
13	GND	Passive
14	GND	Passive
15	GPIO4	Bidirectional
16	SDX_D0	Bidirectional
17	GPIO5	Bidirectional
18	SDX_D1	Bidirectional
19	GND	Passive
20	GND	Passive
21	GPIO6	Bidirectional
22	SDX_D2	Bidirectional
23	GPIO7	Bidirectional
24	SDX_D3	Bidirectional
25	GND	Passive
26	GND	Passive
27	GPIO8	Bidirectional
28	GPIO28	Bidirectional
29	GPIO9	Bidirectional
30	GPIO29	Bidirectional
31	GND	Passive
32	GND	Passive
33	GPIO10	Bidirectional
34	GPIO30	Bidirectional
35	GPIO11	Bidirectional
36	GPIO31	Bidirectional
37	GND	Passive
38	EEPROM_WP	Passive
39	GPIO0-27_VDD	Passive
40	GPIO0-27_VDD	Power In
41	GPIO28-45_VDD	Passive
42	GPIO28-45_VDD	Power In
43	GND	Passive
44	GND	Passive
45	GPIO12	Bidirectional
46	GPIO32	Bidirectional
47	GPIO13	Bidirectional
48	GPIO33	Bidirectional
49	GND	Passive
50	GND	Passive
51	GPIO14	Bidirectional
52	GPIO34	Bidirectional
53	GPIO15	Bidirectional
54	GPIO35	Bidirectional
55	GND	Passive
56	GND	Passive
57	GPIO16	Bidirectional
58	GPIO36	Bidirectional
59	GPIO17	Bidirectional
60	GPIO37	Bidirectional
61	GND	Passive
62	GND	Passive
63	GPIO18	Bidirectional
64	GPIO38	Bidirectional
65	GPIO19	Bidirectional
66	GPIO39	Bidirectional
67	GND	Passive
68	GND	Passive
69	GPIO20	Bidirectional
70	GPIO40	Bidirectional
71	GPIO21	Bidirectional
72	GPIO41	Bidirectional
73	GND	Passive
74	GND	Passive
75	GPIO22	Bidirectional
76	GPIO42	Bidirectional
77	GPIO23	Bidirectional
78	GPIO43	Bidirectional
79	GND	Passive
80	GND	Passive
81	GPIO24	Bidirectional
82	GPIO44	Bidirectional
83	GPIO25	Bidirectional
84	GPIO45	Bidirectional
85	GND	Passive
86	GND	Passive
87	GPIO26	Bidirectional
88	HDMI_HPD_N_1V8	Input
89	GPIO27	Bidirectional
90	EMMC_EN_N_1V8	Output
91	GND	Passive
92	GND	Passive
93	DSI0_DN1	Output
94	DSI1_DP0	Output
95	DSI0_DP1	Output
96	DSI1_DN0	Output
97	GND	Passive
98	GND	Passive
99	DSI0_DN0	Output
100	DSI1_CP	Output
101	DSI0_DP0	Output
102	DSI1_CN	Output
103	GND	Passive
104	GND	Passive
105	DSI0_CN	Output
106	DSI1_DP3	Output
107	DSI0_CP	Output
108	DSI1_DN3	Output
109	GND	Passive
110	GND	Passive
111	HDMI_CLK_N	Output
112	DSI1_DP2	Output
113	HDMI_CLK_P	Output
114	DSI1_DN2	Output
115	GND	Passive
116	GND	Passive
117	HDMI_D0_N	Output
118	DSI1_DP1	Output
119	HDMI_D0_P	Output
120	DSI1_DN1	Output
121	GND	Passive
122	GND	Passive
123	HDMI_D1_N	Output
124	NC	Unknown
125	HDMI_D1_P	Output
126	NC	Unknown
127	GND	Passive
128	GND	Passive
129	HDMI_D2_N	Output
130	NC	Unknown
131	HDMI_D2_P	Output
132	NC	Unknown
133	GND	Passive
134	GND	Passive
135	CAM1_DP3	Input
136	CAM0_DP0	Input
137	CAM1_DN3	Input
138	CAM0_DN0	Input
139	GND	Passive
140	GND	Passive
141	CAM1_DP2	Input
142	CAM0_CP	Input
143	CAM1_DN2	Input
144	CAM0_CN	Input
145	GND	Passive
146	GND	Passive
147	CAM1_CP	Input
148	CAM0_DP1	Input
149	CAM1_CN	Input
150	CAM0_DN1	Input
151	GND	Passive
152	GND	Passive
153	CAM1_DP1	Input
154	NC	Unknown
155	CAM1_DN1	Input
156	NC	Unknown
157	GND	Passive
158	GND	Passive
159	CAM1_DP0	Input
160	NC	Unknown
161	CAM1_DN0	Input
162	NC	Unknown
163	GND	Passive
164	GND	Passive
165	USB_DP	Bidirectional
166	TVDAC	Output
167	USB_DM	Bidirectional
168	USB_OTGID	Passive
169	GND	Passive
170	GND	Passive
171	HDMI_CEC	Bidirectional
172	VC_TRST	Input
173	HDMI_SDA	Bidirectional
174	VC_TDI	Input
175	HDMI_SCL	Bidirectional
176	VC_TMS	Input
177	RUN	Input
178	VC_TDO	Output
179	VDD_CORE_(DO_NOT_CONNECT)	Unknown
180	VC_TCK	Input
181	GND	Passive
182	GND	Passive
183	NC	Unknown
184	NC	Unknown
185	NC	Unknown
186	NC	Unknown
187	GND	Passive
188	GND	Passive
189	VDAC	Passive
190	VDAC	Power In
191	3V3	Passive
192	3V3	Passive
193	3V3	Passive
194	3V3	Power In
195	GND	Passive
196	GND	Passive
197	VBAT	Passive
198	VBAT	Passive
199	VBAT	Passive
200	VBAT	Power In
S1	PAD	Passive
S2	PAD	Passive

15.8.8 RT9742QGJ5 (RT9742QGJ5)

Pin	Pin Name	Electrical
1	VOUT	Power Out
2	GND	Passive
3	FLG	Open Collector
4	EN	Input
5	VIN	Power In

15.8.9 TXB0108PW (TXB0108PWR)

Pin	Pin Name	Electrical
1	A1	Bidirectional
2	VCCA	Power In
3	A2	Bidirectional
4	A3	Bidirectional
5	A4	Bidirectional
6	A5	Bidirectional
7	A6	Bidirectional
8	A7	Bidirectional
9	A8	Bidirectional
10	OE	Input
11	GND	Passive
12	B8	Bidirectional
13	B7	Bidirectional
14	B6	Bidirectional
15	B5	Bidirectional
16	B4	Bidirectional
17	B3	Bidirectional
18	B2	Bidirectional
19	VCCB	Power In
20	B1	Bidirectional

15.8.10 TXS0108E (TXS0108EQPWRQ1)

Pin	Pin Name	Electrical
1	A1	Bidirectional
2	VCCA	Power In
3	A2	Bidirectional
4	A3	Bidirectional
5	A4	Bidirectional
6	A5	Bidirectional
7	A6	Bidirectional
8	A7	Bidirectional
9	A8	Bidirectional
10	OE	Input
11	GND	Power In
12	B8	Bidirectional
13	B7	Bidirectional
14	B6	Bidirectional
15	B5	Bidirectional
16	B4	Bidirectional
17	B3	Bidirectional
18	B2	Bidirectional
19	VCCB	Power In
20	B1	Bidirectional