Schematic for Spartan AI Accelerator: The Spartan AI Accelerator...

The Spartan AI Accelerator is a project designed to leverage the capabilities of the AMD Spartan-7 FPGA for efficient AI tasks. This project aims to optimize the use of the Spartan-7 FPGA to handle AI computations, with a focus on achieving a balance between size, cost, and performance. Here are some key aspects of the project:

Core Component: The project utilizes the AMD Spartan-7 FPGA, known for its efficient processing capabilities, particularly in AI-related tasks. FPGAs are flexible and can be configured to perform parallel processing, which is advantageous for AI computations.

Memory Interfacing: The project includes support for DDR memory interfacing, enabling high-speed data transfer to and from the FPGA. This is crucial for AI tasks that require large datasets to be processed quickly.

I/O Support: The design accounts for extensive Input/Output (I/O) capabilities, ensuring the system can connect and interact with various peripherals and other electronic components.

Component Overview:
- Capacitors: Multiple capacitors (e.g., $C43$ , $C65$ ) with varying capacitances are used for filtering and stabilizing power supply lines.
- Resistors: Resistors like $R49$ and $R64$ provide specific resistance values needed within the circuit for current control and signal integrity.
- Inductors: Components like $L2$ are used to filter out noise and manage power supply integrity.

Power Management: The project includes power nets such as VCC3V3, VCC1V8, and VCCINT to distribute power at different voltage levels to various components depending on their operational requirements.

Licensing: The project adheres to an open license, promoting sharing and collaboration as setup under the Creative Commons License.

Overall, this project reflects a comprehensive design and integration of various electronic components to create an efficient FPGA-based platform for AI applications. If you have any specific questions about components or connections, feel free to ask!

26d

Can I add a component?

bveal06

@copilot Can I add a component?

1mo

Yes, you can definitely add a component to your design in Flux. Here's a quick overview of how you might go about that:

Select the Library: Go to the component library by clicking on the library icon or tab in the Flux interface.

Search for the Component: Use the search bar to look up the component you want to add by its name or part number.

Inspect and Select: Once you find the desired component, inspect it to ensure it meets your requirements. Then, select the component to add it to your schematic.

Place the Component: Click on the schematic area where you want to place the component.

Configure the Component: If necessary, configure the component’s properties, such as pin numbers, values, or any other settings that are adjustable.

Connect the Component: Use the net tool to wire the component to other parts in your schematic.

Would you like help with a specific part or configuration for your project?

1mo

what is a relay

jochensupper

@copilot what is a relay

1mo

A relay is an electromechanical or solid-state switch that allows a small electrical signal to control a larger electrical load. It operates by using a small electrical current to open or close contacts in another circuit. Relays are commonly used in applications where it is necessary to control a high-power circuit with a low-power signal, such as in automotive systems, industrial automation, and communications equipment. Here are the key components and characteristics of a relay:

Coil: The coil is an electromagnet that, when energized, creates a magnetic field. This magnetic field is used to move the contacts and thereby open or close the circuit.

Contacts: These are the physical switches in the relay. Typically, relays have three main types of contacts: Normally Open (NO), Normally Closed (NC), and Common (COM). The configuration defines the relay's default position and how it reacts when the coil is energized.

Armature: A movable lever that connects or disconnects the contacts when the coil is energized.

Spring: A spring is used to return the armature back to its default position once the coil is de-energized.

Types of Relays:
- Electromechanical Relays (EMR): Use mechanical movement to open or close contacts.
- Solid State Relays (SSR): Use semiconductor components to switch circuits without any moving parts.

Applications:
- Switching devices on and off.
- Protecting circuits from overloads.
- Isolating different parts of a system.
- Interfacing low-power microcontrollers with high-power loads.

Relays play a crucial role in automating circuits and systems, providing isolation between the control and load circuits, and ensuring safe and efficient operation in various electronic and electrical applications.

1mo

is this complete

umadesu

@copilot is this complete

1mo

The project description you provided outlines a comprehensive design for the Spartan AI Accelerator, using the AMD Spartan-7 FPGA. Here's a brief overview of what's included and potential areas that might need to be checked for completeness:

Project Overview

Component Listing: The design includes numerous components such as resistors, capacitors, diodes, FPGAs, and more, each with specific properties.

Nets: Several net connections are listed, linking various components according to the design requirements.

Licensing and Metadata: The project includes licensing information and metadata, which is essential for open-source hardware projects.

Potential Areas to Check for Completeness

Power Management:
- Ensure all power rails are properly connected and that power distribution to all components is adequate. It appears that there are various power nets like VCCINT, VCC3V3, AVCC3V3, etc., but the connections should be verified.

Component Values and Connections:
- Make sure all essential components have designated part numbers and values. Some resistors and capacitors might require verification of their values and appropriate selection based on the circuit's requirements.

JTAG and Programming Interfaces:
- Double-check connections for JTAG interfaces such as TCK, TMS, TDI, and TDO to ensure the FPGA can be programmed and debugged.

Signal Integrity and Terminations:
- Review signal integrity, especially for high-speed lines and DDR interfaces. Check for the necessary terminations and impedance matching.

PCB Layout Considerations:
- If the project includes a PCB layout, ensure that the physical design aligns with the schematic, considering aspects like trace widths, ground planes, and thermal management.

Documentation:
- Provide detailed documentation or comments within the schematic to assist in future modifications or for others to understand the design easily.

If you have specific questions or areas in the design you want to focus on, let me know!

1mo

pavan29

1mo

Hello! How can I assist you with your project today?

1mo

hi frnds\

1mo

Hello! How can I help you with your Spartan AI Accelerator project or any other electronics-related questions you might have?

1mo

sattibabu jai

1mo

vs rao

1mo

It sounds like you're excited! How can I assist you today? Are you working on something specific related to your electronics project?

1mo

It looks like you're mentioning some names. If you have a specific question or need assistance with your project, feel free to let me know! I'm here to help.

1mo

saikrishana babasii

1mo

Hello! If there's anything you'd like to discuss or any help you need with your project, feel free to let me know. I'm here to assist with any electronics design questions you might have.

1mo

bchaitanya

navy nikhil

1mo

hi ra gulabi

1mo

It seems like you're sharing some names. If there's anything specific you'd like to discuss or if you have any questions about your electronics project, feel free to let me know how I can assist you!

1mo

Take your time! Whenever you're ready or if you have any questions about your project or need assistance with something specific, feel free to let me know. I'm here to help!

1mo

vs rao

1mo

bchaitanya

cheppu chamanthi

1mo

It seems like you might be using some familiar names or nicknames. If there's anything particular you'd like to discuss or ask, feel free to let me know. Whether it's about electronics, your project, or something else, I'm here to help!

1mo

If there's a specific topic or question you have in mind related to your project or electronic design in general, feel free to share. I'm here to help with any information or guidance you need!

1mo

vs raio

1mo

If there's something specific you'd like to discuss or a question you have, whether it's about electronics or any assistance you need with your project, just let me know. I'm here to help!

1mo

bchaitanya

cr rishwanth

1mo

It seems like you're mentioning some names or references. If there's anything specific you'd like to know or discuss, especially related to electronics or your project, feel free to let me know. I'm here to assist you with any questions or guidance you might need!

1mo

hod vs'

1mo

It sounds like you're using abbreviations or nicknames. If you have any specific questions or if there's something you'd like to discuss regarding your electronics project or any other topic, please feel free to ask. I'm here to help!

1mo

ok, can you help me to generate pcb

mojwin

@copilot ok, can you help me to generate pcb

1mo

Generating a PCB involves several steps, including part placement, routing traces, applying design rules, and ensuring that all electrical connections are accurate. Here's a high-level overview of the process we can work through together in Flux:

Component Placement: Arrange all components on the PCB while considering the flow of the circuit and ease of routing. Critical components and connectors should be placed first.

Design Rules Check (DRC): Establish and apply design rules for traces, clearance, and other parameters.

Routing: Connect all pins as indicated by the schematic using copper traces. Prioritize power and ground traces for stability.

Ground and Power Planes: Implement planes for ground and power to minimize electrical noise and facilitate easier routing.

DRC and Review: Perform a design rules check to ensure there are no violations. Review the design for optimality and manufacturability.

Export for Manufacturing: Once the design is complete and verified, export the design files (Gerbers, BOM, etc.) for manufacturing.

To get started, could you provide specific information or preferences about the layout or any specific design constraints you have? This way, we can tailor the process to your project's needs.

1mo

umadesu

i am only testing

1mo

That's great! Testing designs in Flux is an excellent way to explore how different components and configurations come together. If you're just experimenting, here are a few simplified steps to help you set up a test PCB layout:

Create a New PCB Layout: Begin by setting up a new PCB layout in Flux.

Place Components: Start dragging components from the schematic view to the PCB layout view. You can focus on a subset of your design for testing purposes.

Define Board Shape: Set the dimensions of your test PCB. It doesn't need to be final but should encompass all the components you're working with.

Basic Connections: Try connecting a few components manually using the trace tool. You can practice routing by creating simple connections between components like resistors, capacitors, and power sources.

Visualize and Simulate: Use Flux's simulation capabilities to see how your basic layout performs. This helps identify any obvious issues early on.

Iterate and Experiment: Adjust component placements and trace routing to see how changes affect the layout and performance.

Flux provides quite a bit of flexibility, so you might also consider exploring features like autorouting or adding ground fills to get more out of your test. If you have specific questions or areas you'd like to explore further, feel free to ask!

1mo

dame un circuito electronico que genere un pulso de 200ms cada vez que se pulse ...

luistc

@copilot dame un circuito electronico que genere un pulso de 200ms cada vez que se pulse un pulsador

2mo

Para generar un pulso de 200 ms cada vez que se pulse un pulsador, se puede usar un circuito monoestable. Un temporizador 555 es adecuado para este tipo de aplicación. Aquí tienes los componentes necesarios y cómo conectarlos:

Componentes:

1 x NE555 (Timer 555)

1 x Pulsador

1 x Resistor de 1kΩ

1 x Capacitor de 22uF

1 x Resistor de 10kΩ (para el pull-up del pulsador)

1 x Diodo (1N4148 o similar)

Fuente de alimentación (5-15V)

Conexiones:

Conexión del Timer 555:
- Pin 1 (GND): Conectar a masa.
- Pin 2 (TRIG): Conectar al ánodo del diodo. El cátodo del diodo va al pin 6 (THR).
- Pin 3 (OUT): Este es la salida del temporizador, y aquí aparecerá el pulso de 200 ms.
- Pin 4 (RESET): Conectar a VCC (fuente de alimentación) para no reiniciar el temporizador.
- Pin 5 (CV): Dejar sin conectar o conectar un capacitor de desacoplamiento (10nF) a tierra.
- Pin 6 (THR): Conectar al cátodo del diodo y al pin 7 (DISCH).
- Pin 7 (DISCH): Conectar al pin 6 (THR) y a un extremo del capacitor de 22uF. El otro extremo va a masa.
- Pin 8 (VCC): Conectar a VCC.

Conexión del Pulsador:
- Un terminal del pulsador a VCC a través de un resistor de 10kΩ.
- El otro terminal del pulsador a ambos, el pin 2 (TRIG) y una resistencia de 1kΩ que va a masa.

El tiempo que el 555 se mantendrá en estado alto está determinado por la resistencia $R$ y la capacitancia $C$ con la fórmula:

t = 1.1 \times R \times C

En este caso:

$R = 1 , \text{k}\Omega$

$C = 22 , \mu\text{F}$

$t = 1.1 \times 1,000 \times 22 \times 10^{-6} \approx 200 , \text{ms}$

Asegúrate de revisar los valores y considerar el margen de tolerancia de los componentes para obtener el tiempo preciso. ¿Necesitas ayuda con algún aspecto específico del montaje o más detalles sobre el funcionamiento del circuito?

2mo

Why can I not see the schematic and the screen appears dark? I do use dark mode ...

johnwick69

@copilot Why can I not see the schematic and the screen appears dark? I do use dark mode but does Flux not adjust?

2mo

kirstyn_harlequin_mon_mothma280330

If you're using Flux in dark mode and experiencing issues where the schematic or screen appears too dark, there might be a few reasons for this, and you could try a couple of solutions:

Potential Solutions:

Theme Settings: Ensure that your dark mode settings in Flux are correctly configured. Sometimes, toggling between light and dark mode can reset any display issues.

Graphic Settings: Check your browser's hardware acceleration settings. Disabling hardware acceleration might help if there's a rendering issue in dark mode.

Browser Compatibility: Make sure that you're using a compatible browser. Flux is optimized for Chrome, so try using or switching to that if you aren't already.

Cache/Cookies: Clear your browser cache and cookies. Sometimes, outdated or corrupted files can cause display issues.

Version Check: Ensure that you have the latest version of Flux loaded. Older versions might not have the latest updates and fixes for dark mode compatibility.

Support: If the above steps don't resolve the issue, consider reaching out to Flux's support for assistance. They may already be aware of the issue and have a fix available.

If you can provide more details about your setup or any other specific issues you're experiencing, I might be able to offer more tailored advice.

2mo

what is the name of the circuit i work on this project?

what is the name of the circuit i work on this project?

2mo

mojwin

how can i should do to generate PCB design?

1mo

where is reset pin for u4 XC7S25-1CSGA324I?

@copilot where is reset pin for u4 XC7S25-1CSGA324I?

5mo

The reset pin for the XC7S25-1CSGA324I (Xilinx Spartan-7 FPGA) is typically named RESET (or similar) on its datasheet or documentation.

In your project, the net RESET is mentioned and connected to various components. The specific connections involving the reset net for the FPGA (U4) are:

Connect $\text{RESET}:~3$ to $\text{RESET}:~1$ .

Connect $\text{C75:P1}$ to $\text{RESET}:~3$ .

However, direct mention of the reset pin for U4 (XC7S25-1CSGA324I) in the provided documentation isn't clear. Typically, the reset pins on Xilinx FPGAs might be labeled as PROGRAM_B, INIT_B, or similar, which act as reset or reconfiguration triggers.

Please let me know if you need any specific information about using or connecting the reset pin for any particular application, and I'll be happy to assist!

5mo

can you write me a short(100-200 symbols) description for this project

@copilot can you write me a short(100-200 symbols) description for this project

5mo

The Spartan AI Accelerator is a densely integrated design employing resistors, capacitors, power management ICs, and an AMD FPGA, alongside extensive network connections for efficient AI-based computations. It's streamlined for performance, powered by versatile voltage rails, and compatible with DDR memory interfacing.

5mo

I need something like this but shorter: The Arty S7 board features the new Xilinx Spartan-7 FPGA and is the latest member of the Arty FPGA development board family from Digilent. The Spartan-7 FPGA offers the most size, performance, and cost-conscious design engineered with the latest technologies from Xilinx and is fully compatible with Vivado Design Suite versions 2017.3 and newer. Putting this FPGA in the Arty form factor provides users with a wide variety of I/O and expansion options. Use the dual row Arduino® connectors to mount one of the hundreds of hardware compatible shields available, or use the Pmod ports with Digilent's pre-made Pmod IP blocks for a more streamlined design experience. Arty S7 was designed to be MicroBlaze ready and comes out of the box ready to use with the free Xilinx WebPack licensing with the Vivado Design Suite.

5mo

The Spartan AI Accelerator leverages the AMD Spartan-7 FPGA for efficient AI tasks. Optimized for size, cost, and performance, it supports extensive I/O and DDR memory interfacing, ensuring high-speed computations.

5mo

thanks

5mo

You're welcome! If you need any more assistance or have further questions, feel free to ask. Happy designing!

5mo

can you write me a short(100-200 symbols) description for this project

@copilot can you write me a short(100-200 symbols) description for this project

5mo

Something went wrong, sorry. Please try again.

5mo

can you write me a short(100-200 symbols) description for this project

@copilot can you write me a short(100-200 symbols) description for this project

5mo

Something went wrong, sorry. Please try again.

5mo

to which pin can I connect DDR\_A14 to U4?

@copilot to which pin can I connect DDR_A14 to U4?

6mo

You should connect the DDR address line

DDR\_A14

to the corresponding pin on U4. According to the provided component details, the connection should be as follows:

Connect $DDR\_A14:P1$ to $U4:IO\_L13P\_T2\_MRCC\_34$

Here’s the detailed connection:

Connect $DDR\_A14:P1$ to $U4:IO\_L13P\_T2\_MRCC\_34$

This ensures that the DDR address line maps correctly to the Spartan-7 FPGA’s input.

6mo

p1 already used by DDR_DQ13

6mo

You're right. Let me carefully review the available pins to find one that's not already used.

You should connect the DDR address line

DDR\_A14

to the corresponding unused pins on

U4

Connect $DDR\_A14:P1$ to $U4:IO\_L16P\_T2\_34$ .

Here's the detailed connection:

Connect $DDR\_A14:P1$ to $U4:IO\_L16P\_T2\_34$ .

6mo

which of these are part numbers for electronic components? 1 1 2 2 3 3 4 4 D D C...

@copilot which of these are part numbers for electronic components? 1 1 2 2 3 3 4 4 D D C C B B A A Title Engineer Author Date Doc# Circuit Rev Sheet# Copyright GMA 500-352 MTA 1/25/2022 1 Arty S7 out of 11 2022 E.2 VCC3V3 GND GND 200 R3 200 R7 200 R11 200 R15 200 R4 200 R8 200 R12 200 R16 VCC3V3 GND GND VCC3V3 GND GND 0 R1 0 R5 0 R9 0 R13 0 R17 0 R21 0 R25 0 R29 0 R2 0 R6 0 R10 0 R14 0 R18 0 R22 0 R26 0 R30 SW0 SW1 SW2 SW3 10K R34 10K R36 10K R38 10K R39 SW0 SW1 SW2 SW3 VCC3V3 GND 10K R33 10K R35 10K R37 10K R40 10K R41 10K R44 10K R42 GND BTN3 BTN1 BTN0 BTN2 10K R43 VCC3V3 BTN0 PTA-142 BTN1 PTA-142 BTN2 PTA-142 BTN3 PTA-142 VCC3V3 GND GND 200 R19 200 R23 200 R27 200 R31 200 R20 200 R24 200 R28 200 R32 PMOD, BTN, SWTs 6 1 2 3 4 5 Pmod 2x6 12 7 8 9 10 11 JA 6 1 2 3 4 5 Pmod 2x6 12 7 8 9 10 11 JB 6 1 2 3 4 5 Pmod 2x6 12 7 8 9 10 11 JC 6 1 2 3 4 5 Pmod 2x6 12 7 8 9 10 11 JD Foot F1 Foot F2 Foot F3 Foot F4 Xilinx CE ROHS ChineseROHS JB1_P JB1_N JB2_N JB2_P JB3_P JB3_N JB4_N JB4_P JA1_N JA2_N JA2_P JA3_P JA3_N JA1_P JA4_N JA4_P JC2/CK_IO40 JC8/CK_IO36 JC9/CK_IO35 JC10/CK_IO34 JD1/CK_IO33 JD2/CK_IO32 JD3/CK_IO31 JD4/CK_IO30 JD7/CK_IO29 JD8/CK_IO28 JD9/CK_IO27 JD10/CK_IO26 JC3/CK_IO39 JC7/CK_IO37 JC4/CK_IO38 JC1/CK_IO41 DDRVCC Arty S7 Digilent Inc. PIBTN001 PIBTN002 PIBTN003 PIBTN004 COBTN0 PIBTN101 PIBTN102 PIBTN103 PIBTN104 COBTN1 PIBTN201 PIBTN202 PIBTN203 PIBTN204 COBTN2 PIBTN301 PIBTN302 PIBTN303 PIBTN304 COBTN3 COF1 COF2 COF3 COF4 PIJA01 PIJA02 PIJA03 PIJA04 PIJA05 PIJA06 PIJA07 PIJA08 PIJA09 PIJA010 PIJA011 PIJA012 COJA PIJB01 PIJB02 PIJB03 PIJB04 PIJB05 PIJB06 PIJB07 PIJB08 PIJB09 PIJB010 PIJB011 PIJB012 COJB PIJC01 PIJC02 PIJC03 PIJC04 PIJC05 PIJC06 PIJC07 PIJC08 PIJC09 PIJC010 PIJC011 PIJC012 COJC PIJD01 PIJD02 PIJD03 PIJD04 PIJD05 PIJD06 PIJD07 PIJD08 PIJD09 PIJD010 PIJD011 PIJD012 COJD COLG1 COLG2 COLG3 COLG4 COLG5 COLG6 PIR102 PIR101 COR1 PIR202 PIR201 COR2 PIR302 PIR301 COR3 PIR402 PIR401 COR4 PIR502 PIR501 COR5 PIR602 PIR601 COR6 PIR702 PIR701 COR7 PIR802 PIR801 COR8 PIR902 PIR901 COR9 PIR1002 PIR1001 COR10 PIR1102 PIR1101 COR11 PIR1202 PIR1201 COR12 PIR1302 PIR1301 COR13 PIR1402 PIR1401 COR14 PIR1502 PIR1501 COR15 PIR1602 PIR1601 COR16 PIR1702 PIR1701 COR17 PIR1802 PIR1801 COR18 PIR1902 PIR1901 COR19 PIR2002 PIR2001 COR20 PIR2102 PIR2101 COR21 PIR2202 PIR2201 COR22 PIR2302 PIR2301 COR23 PIR2402 PIR2401 COR24 PIR2502 PIR2501 COR25 PIR2602 PIR2601 COR26 PIR2702 PIR2701 COR27 PIR2802 PIR2801 COR28 PIR2902 PIR2901 COR29 PIR3002 PIR3001 COR30 PIR3102 PIR3101 COR31 PIR3202 PIR3201 COR32 PIR3302 PIR3301 COR33 PIR3402 PIR3401 COR34 PIR3502 PIR3501 COR35 PIR3602 PIR3601 COR36 PIR3702 PIR3701 COR37 PIR3802 PIR3801 COR38 PIR3902 PIR3901 COR39 PIR4002 PIR4001 COR40 PIR4101 PIR4102 COR41 PIR4201 PIR4202 COR42 PIR4301 PIR4302 COR43 PIR4401 PIR4402 COR44 PISW001 PISW002 PISW003 COSW0 PISW101 PISW102 PISW103 COSW1 PISW201 PISW202 PISW203 COSW2 PISW301 PISW302 PISW303 COSW3 PIR3301 NLBTN0 PIR3501 NLBTN1 PIR3701 NLBTN2 PIR4001 NLBTN3 PISW301 NLDDRVCC PIJA05 PIJA011 PIJB05 PIJB011 PIJC05 PIJC011 PIJD05 PIJD011 PIR4101 PIR4401 PIR4201 PIR4301 PISW003 PISW103 PISW203 PISW303 NLGND PIR502 NLJA10N PIR102 NLJA10P PIR1302 NLJA20N PIR902 NLJA20P PIR601 NLJA30N PIR201 NLJA30P PIR1401 NLJA40N PIR1001 NLJA40P PIR2102 NLJB10N PIR1702 NLJB10P PIR2902 NLJB20N PIR2502 NLJB20P PIR2201 NLJB30N PIR1801 NLJB30P PIR3001 NLJB40N PIR2601 NLJB40P PIR302 NLJC10CK0IO41 PIR702 NLJC20CK0IO40 PIR1102 NLJC30CK0IO39 PIR1502 NLJC40CK0IO38 PIR401 NLJC70CK0IO37 PIR801 NLJC80CK0IO36 PIR1201 NLJC90CK0IO35 PIR1601 NLJC100CK0IO34 PIR1902 NLJD10CK0IO33 PIR2302 NLJD20CK0IO32 PIR2702 NLJD30CK0IO31 PIR3102 NLJD40CK0IO30 PIR2001 NLJD70CK0IO29 PIR2401 NLJD80CK0IO28 PIR2801 NLJD90CK0IO27 PIR3201 NLJD100CK0IO26 PIBTN003 PIBTN004 PIR3302 PIR4302 PIBTN103 PIBTN104 PIR3502 PIR4202 PIBTN203 PIBTN204 PIR3702 PIR4402 PIBTN303 PIBTN304 PIR4002 PIR4102 PIJA01 PIR101 PIR501 PIJA02 PIJA03 PIR901 PIJA04 PIR1301 PIJA07 PIR202 PIJA08 PIR602 PIJA09 PIJA010 PIR1002 PIR1402 PIJB01 PIR1701 PIR2101 PIJB02 PIJB03 PIR2501 PIJB04 PIR2901 PIJB07 PIR1802 PIJB08 PIR2202 PIJB09 PIJB010 PIR2602 PIR3002 PIJC01 PIR301 PIR701 PIJC02 PIJC03 PIR1101 PIJC04 PIR1501 PIJC07 PIR402 PIJC08 PIR802 PIJC09 PIJC010 PIR1202 PIR1602 PIJD01 PIR1901 PIR2301 PIJD02 PIJD03 PIR2701 PIJD04 PIR3101 PIJD07 PIR2002 PIJD08 PIR2402 PIJD09 PIJD010 PIR2802 PIR3202 PISW002 PIR3402 PISW102 PIR3602 PISW202 PIR3802 PISW302 PIR3902 PIR3401 NLSW0 PIR3601 NLSW1 PIR3801 NLSW2 PIR3901 NLSW3 PIBTN001 PIBTN002 PIBTN101 PIBTN102 PIBTN201 PIBTN202 PIBTN301 PIBTN302 PIJA06 PIJA012 PIJB06 PIJB012 PIJC06 PIJC012 PIJD06 PIJD012 PISW001 PISW101 PISW201 NLVCC3V3 1 1 2 2 3 3 4 4 D D C C B B A A Title Engineer Author Date Doc# Circuit Rev Sheet# Copyright GMA 500-352 MTA 1/25/2022 2 Arty S7 out of 11 2022 E.2 Q1A Q3A Q2A 86.6 R45 150 R49 75 R53 2.2K R47 2.2K R51 2.2K R55 GND LED0_R LED0_G LED0_B 2.2K R57 2.2K R58 2.2K R59 Q1B Q3B Q2B 86.6 R46 150 R50 75 R54 2.2K R48 2.2K R52 2.2K R56 GND LED1_R LED1_G LED1_B 2.2K R60 2.2K R61 2.2K R62 VCC5V0 LEDs LD2 LD3 LD4 LD5 330 R63 330 R64 330 R65 330 R66 GND VCC5V0 4 1 5 2 6 3 B R G LD0 VS NRD8 4 1 5 2 6 3 B R G LD1 VS NRD8 LED5 LED4 LED2 LED3 PILD001 PILD002 PILD003 PILD004 PILD005 PILD006 COLD0 PILD101 PILD102 PILD103 PILD104 PILD105 PILD106 COLD1 PILD20A PILD20K COLD2 PILD30A PILD30K COLD3 PILD40A PILD40K COLD4 PILD50A PILD50K COLD5 PIQ101 PIQ102 PIQ106 COQ1A PIQ103 PIQ104 PIQ105 COQ1B PIQ201 PIQ202 PIQ206 COQ2A PIQ203 PIQ204 PIQ205 COQ2B PIQ301 PIQ302 PIQ306 COQ3A PIQ303 PIQ304 PIQ305 COQ3B PIR4502 PIR4501 COR45 PIR4602 PIR4601 COR46 PIR4702 PIR4701 COR47 PIR4802 PIR4801 COR48 PIR4902 PIR4901 COR49 PIR5002 PIR5001 COR50 PIR5102 PIR5101 COR51 PIR5202 PIR5201 COR52 PIR5302 PIR5301 COR53 PIR5402 PIR5401 COR54 PIR5502 PIR5501 COR55 PIR5602 PIR5601 COR56 PIR5701 PIR5702 COR57 PIR5801 PIR5802 COR58 PIR5901 PIR5902 COR59 PIR6001 PIR6002 COR60 PIR6101 PIR6102 COR61 PIR6201 PIR6202 COR62 PIR6302 PIR6301 COR63 PIR6402 PIR6401 COR64 PIR6502 PIR6501 COR65 PIR6602 PIR6601 COR66 PILD20K PILD30K PILD40K PILD50K PIQ101 PIQ104 PIQ201 PIQ204 PIQ301 PIQ304 PIR5702 PIR5802 PIR5902 PIR6002 PIR6102 PIR6202 NLGND PIR4701 PIR5901 NLLED00B PIR5501 PIR5701 NLLED00G PIR5101 PIR5801 NLLED00R PIR4801 PIR6201 NLLED10B PIR5601 PIR6001 NLLED10G PIR5201 PIR6101 NLLED10R PIR6302 NLLED2 PIR6402 NLLED3 PIR6502 NLLED4 PIR6602 NLLED5 PILD001 PIQ106 PILD002 PIQ206 PILD003 PIQ306 PILD004 PIR4501 PIR4901 PILD005 PILD006 PIR5301 PILD101 PIQ103 PILD102 PIQ203 PILD103 PIQ303 PILD104 PIR4601 PIR5001 PILD105 PILD106 PIR5401 PIR6301 PILD20A PIR6401 PILD30A PIR6501 PILD40A PIR6601 PILD50A PIQ102 PIR4702 PIQ105 PIR4802 PIQ202 PIR5102 PIQ205 PIR5202 PIQ302 PIR5502 PIQ305 PIR5602 PIR4502 PIR4602 PIR4902 PIR5002 PIR5302 PIR5402 NLVCC5V0 11 22 33 44 D D C C B B A A Ti t l e Engine e r Author Date Doc# Circuit R e v She e t

Copy r ight GM A 5 0 0

3 5 2 M TA 1 / 2 5 / 2 0 2 2 3 Arty S7 out of 1 1 2 0 2 2 E.2 6 1 2 3 4 5 12 7 8 9 10 11 13 14 15 16 2x 8 J2 6 1 2 3 4 5 12 7 8 9 10 11 13 14 15 16 2x 8 J5 61234578 1x 8 J8 I O H IOL P O W E R S P I 0123456789 1011 12GA 13 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 6 1 2 3 4 5 2x 6 12 7 8 9 10 11 J1 A 0 A 1 A 2 A 3 A4 A5 A 6 A 7 A 8 A 9 A1 0 A1 1 6 1 2 3 4 5 2x 3 J7 MOS I MI S O S C K S S GN D ANA L O G 20 0 R68 20 0 R70 20 0 R72 20 0 R74 20 0 R76 20 0 R78 20 0 R79 20 0 R81 20 0 R67 20 0 R69 20 0 R71 20 0 R73 20 0 R75 20 0 R77 20 0 R80 20 0 R90 20 0 R93 20 0 R95 20 0 R98 20 0 R10 1 20 0 R10 3 20 0 R10 6 20 0 R10 9 20 0 R91 20 0 R94 20 0 R96 20 0 R99 20 0 R10 2 20 0 R10 4 20 0 R10 7 20 0 R 1 1 0 12 1x 2 J3 S D A S C L VC C 3V3 VC C 5V0 GND C H i p K I T I O CK_ S D A CK_ S C L CK_ AN0 _ P CK_ AN1 _ P CK_ AN2 _ P CK_ AN3 _ P CK_ AN4 _ P CK_ AN5 _ P CK_ A 0 CK_ A 1 CK_ A 2 CK_ A 3 CK_ A 4 CK_ A 5 CK_ A 6 CK_ A 7 CK_ A 8 CK_ A 9 CK_ A 1 0 CK_ A 1 1 CK_ I O 0 CK_ I O 1 CK_ I O 2 CK_ I O 3 CK_ I O 4 CK_ I O 5 CK_ I O 6 CK_ I O 7 CK_ I O 8 CK_ I O 9 CK_ I O A GND GND VU 2. 2 K R82 2. 2 K R83 2.32 K R89 1% 1KR12 2 1 % 2.32 K R88 1% 1KR12 1 1 % 2.32 K R87 1% 1KR12 0 1 % 2.32 K R86 1% 1KR1 1 9 1 % 2.32 K R85 1% 1KR1 1 8 1 % 2.32 K R84 1% 1KR1 1 7 1 % CK_ A 0 CK_ A 1 CK_ A 2 CK_ A 3 CK_ A 4 CK_ A 5 GND 12 1x 4 34 J6 CK_ R S T R 1 1 5 84 5 1 % R12 3 84 5 1 % CK_ AN4 _ N CK_ AN5 _ N Note: Te rminate N signals next to Analog He ade r 20 0 R12 4 20 0 R12 5 20 0 R12 7 20 0 R12 6 1nF C1 1nF C2 1nF C3 1nF C4 1nF C5 1nF C6 CK_ AN0 _ N R97 84 5 1 % CK_ AN1 _ N R10 5 84 5 1 % CK_ AN2 _ N R 1 1 1 84 5 1 % XA D C V P XA D C V N XA D CGND XA D CVREF CK_ AN3 _ N R 1 1 3 84 5 1 % R92 14 0 1 % R10 0 14 0 1 % R10 8 14 0 1 % R 1 1 2 14 0 1 % R 1 1 4 14 0 1 % R 1 1 6 14 0 1 % JC 1 / CK_ I O 4 1 JC 2 / CK_ I O 4 0 JC 8 / CK_ I O 3 6 JC 9 / CK_ I O 3 5 JC 1 0 / CK_ I O 3 4 JD 1 / CK_ I O 3 3 JD 2 / CK_ I O 3 2 JD 3 / CK_ I O 3 1 JD 4 / CK_ I O 3 0 JD 7 / CK_ I O 2 9 JD 8 / CK_ I O 2 8 JD 9 / CK_ I O 2 7 JD 1 0 / CK_ I O 2 6 JC 4 / CK_ I O 3 8 JC 3 / CK_ I O 3 9 JC 7 / CK_ I O 3 7 2x 2 J4 VC C 3V3 I 2 C JUMPER CK_ I O 1 0 _ S S CK_ I O 1 1 _ M O S I CK_ I O 1 3 _ S C K CK_ I O 1 2 _ M I S O CK_ I O 1 0 _ S S CK_ I O 1 3 _ S C K CK_ I O 1 1 _ M O S I CK_ I O 1 2 _ M I S O NOTE: CK_ A 1 0 and CK_ A 1 1 ar e D igi tal I / O onl y on X C 7 S 5 0 PIC101 PIC102 COC1 PIC201 PIC202 COC2 PIC301 PIC302 COC3 PIC401 PIC402 COC4 PIC501 PIC502 COC5 PIC601 PIC602 COC6 PIJ101 PIJ102 PIJ103 PIJ104 PIJ105 PIJ106 PIJ107 PIJ108 PIJ109 PIJ1010 PIJ1011 PIJ1012 COJ1 PIJ201 PIJ202 PIJ203 PIJ204 PIJ205 PIJ206 PIJ207 PIJ208 PIJ209 PIJ2010 PIJ2011 PIJ2012 PIJ2013 PIJ2014 PIJ2015 PIJ2016 COJ2 PIJ301 PIJ302 COJ3 PIJ401 PIJ402 PIJ403 PIJ404 COJ4 PIJ501 PIJ502 PIJ503 PIJ504 PIJ505 PIJ506 PIJ507 PIJ508 PIJ509 PIJ5010 PIJ5011 PIJ5012 PIJ5013 PIJ5014 PIJ5015 PIJ5016 COJ5 PIJ601 PIJ602 PIJ603 PIJ604 COJ6 PIJ701 PIJ702 PIJ703 PIJ704 PIJ705 PIJ706 COJ7 PIJ801 PIJ802 PIJ803 PIJ804 PIJ805 PIJ806 PIJ807 PIJ808 COJ8 PIR6702 PIR6701 COR67 PIR6802 PIR6801 COR68 PIR6902 PIR6901 COR69 PIR7002 PIR7001 COR70 PIR7102 PIR7101 COR71 PIR7202 PIR7201 COR72 PIR7302 PIR7301 COR73 PIR7402 PIR7401 COR74 PIR7502 PIR7501 COR75 PIR7602 PIR7601 COR76 PIR7702 PIR7701 COR77 PIR7802 PIR7801 COR78 PIR7902 PIR7901 COR79 PIR8002 PIR8001 COR80 PIR8102 PIR8101 COR81 PIR8201 PIR8202 COR82 PIR8301 PIR8302 COR83 PIR8401 PIR8402 COR84 PIR8501 PIR8502 COR85 PIR8601 PIR8602 COR86 PIR8701 PIR8702 COR87 PIR8801 PIR8802 COR88 PIR8901 PIR8902 COR89 PIR9002 PIR9001 COR90 PIR9102 PIR9101 COR91 PIR9201 PIR9202 COR92 PIR9302 PIR9301 COR93 PIR9402 PIR9401 COR94 PIR9502 PIR9501 COR95 PIR9602 PIR9601 COR96 PIR9702 PIR9701 COR97 PIR9802 PIR9801 COR98 PIR9902 PIR9901 COR99 PIR10001 PIR10002 COR100 PIR10102 PIR10101 COR101 PIR10202 PIR10201 COR102 PIR10302 PIR10301 COR103 PIR10402 PIR10401 COR104 PIR10502 PIR10501 COR105 PIR10602 PIR10601 COR106 PIR10702 PIR10701 COR107 PIR10801 PIR10802 COR108 PIR10902 PIR10901 COR109 PIR11002 PIR11001 COR110 PIR11102 PIR11101 COR111 PIR11201 PIR11202 COR112 PIR11302 PIR11301 COR113 PIR11401 PIR11402 COR114 PIR11502 PIR11501 COR115 PIR11601 PIR11602 COR116 PIR11701 PIR11702 COR117 PIR11801 PIR11802 COR118 PIR11901 PIR11902 COR119 PIR12001 PIR12002 COR120 PIR12101 PIR12102 COR121 PIR12201 PIR12202 COR122 PIR12302 PIR12301 COR123 PIR12402 PIR12401 COR124 PIR12502 PIR12501 COR125 PIR12602 PIR12601 COR126 PIR12702 PIR12701 COR127 PIJ101 PIR8901 NLCK0A0 PIJ103 PIR8801 NLCK0A1 PIJ105 PIR8701 NLCK0A2 PIJ107 PIR8601 NLCK0A3 PIJ109 PIR8501 NLCK0A4 PIJ1011 PIR8401 NLCK0A5 PIJ102 NLCK0A6 PIJ104 NLCK0A7 PIJ106 NLCK0A8 PIJ108 NLCK0A9 PIJ1010 NLCK0A10 PIJ1012 NLCK0A11 PIC102 PIR9702 NLCK0AN00N PIC101 PIR9201 NLCK0AN00P PIC202 PIR10502 NLCK0AN10N PIC201 PIR10001 NLCK0AN10P PIC302 PIR11102 NLCK0AN20N PIC301 PIR10801 NLCK0AN20P PIC402 PIR11302 NLCK0AN30N PIC401 PIR11201 NLCK0AN30P PIC502 PIR11502 NLCK0AN40N PIC501 PIR11401 NLCK0AN40P PIC602 PIR12302 NLCK0AN50N PIC601 PIR11601 NLCK0AN50P PIR9002 NLCK0IO0 PIR9302 NLCK0IO1 PIR9502 NLCK0IO2 PIR9802 NLCK0IO3 PIR10102 NLCK0IO4 PIR10302 NLCK0IO5 PIR10602 NLCK0IO6 PIR10902 NLCK0IO7 PIR6702 NLCK0IO8 PIR6902 NLCK0IO9 PIR7102 PIR12702 NLCK0IO100SS PIR7302 PIR12601 NLCK0IO110MOSI PIR7502 PIR12402 NLCK0IO120MISO PIR7702 PIR12502 NLCK0IO130SCK PIR8002 NLCK0IOA PIJ803 NLCK0RST PIJ302 PIR8301 NLCK0SCL PIJ301 PIR8201 NLCK0SDA PIJ2013 PIJ706 PIJ806 PIJ807 PIR9701 PIR10501 PIR11101 PIR11301 PIR11501 PIR11702 PIR11802 PIR11902 PIR12002 PIR12102 PIR12202 PIR12301 NLGND PIR8101 NLJC10CK0IO41 PIR7901 NLJC20CK0IO40 PIR7801 NLJC30CK0IO39 PIR7601 NLJC40CK0IO38 PIR7401 NLJC70CK0IO37 PIR7201 NLJC80CK0IO36 PIR7001 NLJC90CK0IO35 PIR6801 NLJC100CK0IO34 PIR11001 NLJD10CK0IO33 PIR10701 NLJD20CK0IO32 PIR10401 NLJD30CK0IO31 PIR10201 NLJD40CK0IO30 PIR9901 NLJD70CK0IO29 PIR9601 NLJD80CK0IO28 PIR9401 NLJD90CK0IO27 PIR9101 NLJD100CK0IO26 PIR6701 PIJ201 PIJ202 PIR6802 PIR6901 PIJ203 PIJ204 PIR7002 PIR7101 PIJ205 PIJ206 PIR7202 PIR7301 PIJ207 PIJ208 PIR7402 PIR7501 PIJ209 PIJ2010 PIR7602 PIR7701 PIJ2011 PIJ2012 PIR7802 PIJ2014 PIR7902 PIR8001 PIJ2015 PIJ2016 PIR8102 PIJ402 PIR8202 PIJ404 PIR8302 PIR9001 PIJ501 PIJ502 PIR9102 PIR9301 PIJ503 PIJ504 PIR9402 PIR9501 PIJ505 PIJ506 PIR9602 PIR9801 PIJ507 PIJ508 PIR9902 PIR10101 PIJ509 PIJ5010 PIR10202 PIR10301 PIJ5011 PIJ5012 PIR10402 PIR10601 PIJ5013 PIJ5014 PIR10702 PIR10901 PIJ5015 PIJ5016 PIR11002 PIR12401 PIJ701 PIJ702 PIR12501 PIJ703 PIJ704 PIR12602 PIR12701 PIJ705 PIJ801 PIR8402 PIR11602 PIR11701 PIR8502 PIR11402 PIR11801 PIR8602 PIR11202 PIR11901 PIR8702 PIR10802 PIR12001 PIR8802 PIR10002 PIR12101 PIR8902 PIR9202 PIR12201 PIJ401 PIJ403 PIJ802 PIJ804 NLVCC3V3 PIJ805 NLVCC5V0 PIJ808 NLVU PIJ602 NLXADC0V0N PIJ601 NLXADC0V0P PIJ603 NLXADCGND PIJ604 NLXADCVREF 11 22 33 44 D D C C B B A A Ti t l e Engine e r Author Date Doc# Circuit R e v She e t

Copy r ight GM A 5 0 0 3 5 2 M TA 1 / 2 5 / 2 0 2 2 4 Arty S7 out of 1 1 2 0 2 2 E.2 FPG A Ban k s IO_L4P_T0_D 0 4_ 1 4 L1 7 IO_L4N_T0_D0 5 _ 1 4 L1 8 IO_L5P_T0_D 0 6_ 1 4 M1 4 IO_L5N_T0_D0 7_ 1 4 N1 4 IO_L6N_T0_D08_VR E F_ 1 4 N1 3 IO_L7P_T1_D 0 9_ 1 4 M1 6 IO_L7N_T1_D1 0_ 1 4 M1 7 IO_L8P_T1_D 1 1 _ 1 4 M1 8 IO_L8N_T1_D1 2_ 1 4 N1 8 IO_L9P_T1_D Q S_ 1 4 P 1 7 IO_L9N_T1_DQS D 1 3 _ 1 4 P 1 8 IO_L10P_T1_D 1 4 1 4 R18 IO_L10N_T1_D 1 5 _ 1 4 T1 8 IO_L11P_T1_S R C C_ 1 4 P 1 4 IO_L11N_T1_S R C C_ 1 4 P 1 5 IO_L12P_T1_MR C C_ 1 4 N1 5 IO_L12N_T1_MR C C_ 1 4 P 1 6 IO_L13P_T2_MR C C_ 1 4 R14 IO_L13N_T2_MR C C_ 1 4 T1 4 IO_L14P_T2_S R C C_ 1 4 R16 IO_L14N_T2_S R C C_ 1 4 R17 IO_L16N_T2_A15_ D 3 1 _ 1 4 V1 7 IO_L17P_T2_A14_ D 3 0_ 1 4 R15 IO_L17N_T2_A13_ D 2 9_ 1 4 T1 5 IO_L18P_T2_A12_ D 2 8 _ 1 4 U1 5 IO_L18N_T2_A11_D 2 7_ 1 4 V1 6 IO_L19P_T3_A10_ D 2 6_ 1 4 P 1 3 IO_L19N_T3_A09_D25_ VRE F_ 1 4 R13 IO_L20P_T3_A08_ D 2 4_ 1 4 V1 4 IO_L20N_T3_A07_ D 2 3 _ 1 4 V1 5 IO_L21P_T3_D Q S_ 1 4 U1 2 IO_L21N_T3_DQS_A06 D 2 2 1 4 V1 3 IO_L22P_T3_A05_ D 2 1 _ 1 4 T1 2 IO_L22N_T3_A04_ D 2 0_ 1 4 T1 3 IO_L23P_T3_A03_ D 1 9_ 1 4 R 1 1 IO_L23N_T3_A02_ D 1 8 _ 1 4 T1 1 IO_L24P_T3_A01_ D 1 7_ 1 4 U1 1 IO_L24N_T3_A00_ D 1 6_ 1 4 V1 2 IO_25_ 1 4 R12 IO_0_1 4 L1 3 BANK 14 I C1B IO_0_1 5 G1 3 IO_L1P_T0_A D 0 P _ 1 5 B13 IO_L1N_T0_AD 0N_ 1 5 A1 3 IO_L2P_T0_A D 8 P _ 1 5 B14 IO_L2N_T0_AD 8 N_ 1 5 A1 4 IO_L3P_T0_DQS AD 1 P _ 1 5 B15 IO_L3N_T0_DQS AD 1 N 1 5 A1 5 IO_L4P_T0 _ 1 5 B16 IO_L4N_T0 _ 1 5 A1 6 IO_L5P_T0_A D 9 P _ 1 5 E1 2 IO_L5N_T0_AD 9N 1 5 D1 2 IO_L6P_T0 _ 1 5 C13 IO_L6N_T0_VR E F_ 1 5 C14 IO_L7P_T1_A D 2 P _ 1 5 B17 IO_L7N_T1_AD 2N_ 1 5 A1 7 IO_L8P_T1_AD 1 0 P _ 1 5 C17 IO_L8N_T1_AD 1 0N_ 1 5 B18 IO_L9P_T1_DQS AD 3 P _ 1 5 D1 6 IO_L9N_T1_DQS AD 3 N 1 5 D1 7 IO_L10P_T1_AD 1 1 P _ 1 5 E1 6 IO_L10N_T1_AD 1 1 N 1 5 E1 7 IO_L11P_T1_S R C C_ 1 5 D1 8 IO_L11N_T1_S R C C_ 1 5 C18 IO_L12P_T1_MR C C_ 1 5 D1 4 IO_L12N_T1_MR C C_ 1 5 D1 5 IO_L13P_T2_MR C C_ 1 5 F14 IO_L13N_T2_MR C C_ 1 5 F15 BANK 15 IO_L14P_T2_S R C C_ 1 5 G1 6 IO_L14N_T2_S R C C_ 1 5 G1 7 IO_L15P_T2_D Q S_ 1 5 E1 4 IO_L15N_T2_DQS_A D V_B_ 1 5 E1 5 IO_L16P_T2_A 2 8 _ 1 5 F18 IO_L16N_T2_A 2 7_ 1 5 E1 8 IO_L17P_T2_A 2 6_ 1 5 F13 IO_L17N_T2_A 2 5 _ 1 5 E1 3 IO_L18P_T2_A 2 4_ 1 5 H1 5 IO_L18N_T2_A 2 3 _ 1 5 G1 5 IO_L19P_T3_A 2 2_ 1 5 K16 IO_L19N_T3_A21_V RE F_ 1 5 J1 6 IO_L20P_T3_A 2 0_ 1 5 H1 3 IO_L20N_T3_A 1 9_ 1 5 H1 4 IO_L21P_T3_D Q S_ 1 5 H1 8 IO_L21N_T3_DQS A 1 8 _ 1 5 G1 8 IO_L22P_T3_A 1 7 1 5 H1 6 IO_L22N_T3_A 1 6_ 1 5 H1 7 IO_L23P_T3_FOE B 1 5 K14 IO_L23N_T3_F W E_B_ 1 5 J1 5 IO_L24P_T3_R S 1 _ 1 5 J1 3 IO_L24N_T3_R S 0_ 1 5 J1 4 IO_25_ 1 5 K13 I C1C CK_ A 5 CK_ A 6 CK_ A 7 14 0 R13 1 14 0 R13 2 1nF No Loa d C 8 CK_ A 8 CK_ A 9 14 0 R13 4 14 0 R13 5 1nF No Loa d C 9 CK_ A 0 CK_ A 1 CK_ A 2 CK_ A 3 CK_ A 4 A D 8 _ P A D 8 _ N A D 3 _ P A D 3 _ N CK_ AN1 _ P CK_ AN2 _ P CK_ AN4 _ P CK_ AN1 _ N CK_ AN2 _ N CK_ AN4 _ N CK_ AN0 _ P CK_ AN0 _ N JB 1 _ P JB 1 _ N JB 2 _ N JB 2 _ P JB 3 _ P JB 3 _ N JB 4 _ N JB 4 _ P JC 1 / CK_ I O 4 1 JC 2 / CK_ I O 4 0 JC 8 / CK_ I O 3 6 JC 9 / CK_ I O 3 5 JC 1 0 / CK_ I O 3 4 JD 1 / CK_ I O 3 3 JD 2 / CK_ I O 3 2 JD 3 / CK_ I O 3 1 JD 4 / CK_ I O 3 0 JD 7 / CK_ I O 2 9 JD 8 / CK_ I O 2 8 JD 9 / CK_ I O 2 7 JD 1 0 / CK_ I O 2 6 20 0 R12 8 CK_ R S T CK_ I O 1 CK_ I O 5 CK_ I O 6 CK_ I O 8 CK_ I O 9 CK_ I O 4 CK_ I O 7 CK_ I O 0 CK_ I O 1 0 _ S S CK_ I O 1 1 _ M O S I CK_ I O 1 2 _ M I S O CK_ I O A CK_ S C L CK_ S D A BTN3 BTN1 BTN0 BTN2 SW0 SW1 SW2 LED0_ B LED 1 _ R LED 1 _ G LED 1 _ B LED 3 LED 2 LED 4 LED 5 LED 0 _ R U A RT_TXD _ I N U A RT_ RXD _ OUT CK_ AN5 _ P CK_ AN5 _ N CK_ AN3 _ P CK_ AN3 _ N JA 1 _ N JA 2 _ N JA 2 _ P JA 3 _ P JA 3 _ N JA 1 _ P JA 4 _ N JA 4 _ P 14 0 R13 6 14 0 R13 7 CK_ A 1 0 CK_ A 1 1 CK_ A 1 0 _ R CK_ A 1 1 _ R CK_ A 1 0 _ R CK_ A 1 1 _ R A D 3 _ P A D 3 _ N A D 8 _ P A D 8 _ N 100n F C 7 GND VC C 3V3 GND UC L K UC L K BTN R P TA-142 R ed Knob 20 0 R13 3 10K R130 CK_ R S T VC C 3V3 GND LED 0 _ G CK_ I O 3 1nF No Loa d C10 No Loa d GN D 2 O U T 3 VD D 4 EN 1 I C 2 ASEM1-100.000M H Z L C

T CK_ I O 1 3 _ S C K 0R12 9 1 2 M H Z /UC L K Net Na me C K_AN0 _P C K_AN0 _N AD8 _P AD8 _N C K_AN1 _P C K_AN1 _N C K_AN2 _P C K_AN2 _N C K_AN3 _P C K_AN3 _N C K_AN4 _P C K_AN4 _N AD3 _P AD3 _N C K_AN5 _P C K_AN5 N C K_A10 R C K_A11_R XC7S50 XAD C Vaux0_v_p Vaux0_v_n Vaux8_v_p Vaux8_v_n Vaux1_v_p Vaux1_v_n Vaux9_v_p Vaux9_v_n Vaux2_v_p Vaux2_v_n Vaux10_v_p Vaux10_v_n Vaux3_v_p Vaux3_v_n Vaux11_v_p Vaux11_v_n NANA XC7S25 XAD C Vaux0_v_p Vaux0_v_n Vaux8_v_p Vaux8_v_n Vaux1_v_p Vaux1_v_n Vaux2_v_p Vaux2_v_n Vaux10_v_p Vaux10_v_n Vaux3_v_p Vaux3_v_n Vaux11_v_p Vaux11_v_n Vaux4_v_p Vaux4_v_n Vaux5_v_p Vaux5_v_n P IN NAM E B13 A1 3 B14 A1 4 B15 A1 5 E1 2 D1 2 B17 A1 7 C17 B18 D1 6 D1 7 E1 6 E1 7 D1 4 D1 5 PIBTNR01 PIBTNR02 PIBTNR03 PIBTNR04 COBTNR PIC701 PIC702 COC7 PIC801 PIC802 COC8 PIC901 PIC902 COC9 PIC1001 PIC1002 COC10 PIIC10L13 PIIC10L17 PIIC10L18 PIIC10M14 PIIC10M16 PIIC10M17 PIIC10M18 PIIC10N13 PIIC10N14 PIIC10N15 PIIC10N18 PIIC10P13 PIIC10P14 PIIC10P15 PIIC10P16 PIIC10P17 PIIC10P18 PIIC10R11 PIIC10R12 PIIC10R13 PIIC10R14 PIIC10R15 PIIC10R16 PIIC10R17 PIIC10R18 PIIC10T11 PIIC10T12 PIIC10T13 PIIC10T14 PIIC10T15 PIIC10T18 PIIC10U11 PIIC10U12 PIIC10U15 PIIC10V12 PIIC10V13 PIIC10V14 PIIC10V15 PIIC10V16 PIIC10V17 COIC1B PIIC10A13 PIIC10A14 PIIC10A15 PIIC10A16 PIIC10A17 PIIC10B13 PIIC10B14 PIIC10B15 PIIC10B16 PIIC10B17 PIIC10B18 PIIC10C13 PIIC10C14 PIIC10C17 PIIC10C18 PIIC10D12 PIIC10D14 PIIC10D15 PIIC10D16 PIIC10D17 PIIC10D18 PIIC10E12 PIIC10E13 PIIC10E14 PIIC10E15 PIIC10E16 PIIC10E17 PIIC10E18 PIIC10F13 PIIC10F14 PIIC10F15 PIIC10F18 PIIC10G13 PIIC10G15 PIIC10G16 PIIC10G17 PIIC10G18 PIIC10H13 PIIC10H14 PIIC10H15 PIIC10H16 PIIC10H17 PIIC10H18 PIIC10J13 PIIC10J14 PIIC10J15 PIIC10J16 PIIC10K13 PIIC10K14 PIIC10K16 COIC1C PIIC201 PIIC202 PIIC204 PIIC203 COIC2 PIR12802 PIR12801 COR128 PIR12902 PIR12901 COR129 PIR13001 PIR13002 COR130 PIR13102 PIR13101 COR131 PIR13202 PIR13201 COR132 PIR13301 PIR13302 COR133 PIR13402 PIR13401 COR134 PIR13502 PIR13501 COR135 PIR13602 PIR13601 COR136 PIR13702 PIR13701 COR137 PIR12902 NL12MHZ0UCLK PIC902 PIIC10D17 PIR13501 NLAD30N PIC901 PIIC10D16 PIR13401 NLAD30P PIC802 PIIC10A14 PIR13201 NLAD80N PIC801 PIIC10B14 PIR13101 NLAD80P PIIC10G15 NLBTN0 PIIC10K16 NLBTN1 PIIC10J16 NLBTN2 PIIC10H13 NLBTN3 PIIC10G13 NLCK0A0 PIIC10B16 NLCK0A1 PIIC10A16 NLCK0A2 PIIC10C13 NLCK0A3 PIIC10C14 NLCK0A4 PIIC10D18 NLCK0A5 PIR13102 NLCK0A6 PIR13202 NLCK0A7 PIR13402 NLCK0A8 PIR13502 NLCK0A9 PIR13602 NLCK0A10 PIC1001 PIIC10D14 PIR13601 NLCK0A100R PIR13702 NLCK0A11 PIC1002 PIIC10D15 PIR13701 NLCK0A110R PIIC10A13 NLCK0AN00N PIIC10B13 NLCK0AN00P PIIC10A15 NLCK0AN10N PIIC10B15 NLCK0AN10P PIIC10D12 NLCK0AN20N PIIC10E12 NLCK0AN20P PIIC10A17 NLCK0AN30N PIIC10B17 NLCK0AN30P PIIC10B18 NLCK0AN40N PIIC10C17 NLCK0AN40P PIIC10E17 NLCK0AN50N PIIC10E16 NLCK0AN50P PIIC10L13 NLCK0IO0 PIIC10N13 NLCK0IO1 PIIC10R14 NLCK0IO3 PIIC10T14 NLCK0IO4 PIIC10R16 NLCK0IO5 PIIC10R17 NLCK0IO6 PIIC10V17 NLCK0IO7 PIIC10R15 NLCK0IO8 PIIC10T15 NLCK0IO9 PIIC10H16 NLCK0IO100SS PIIC10H17 NLCK0IO110MOSI PIIC10K14 NLCK0IO120MISO PIIC10G16 NLCK0IO130SCK PIIC10K13 NLCK0IOA PIR12801 PIR13002 PIR13301 NLCK0RST PIIC10J14 NLCK0SCL PIIC10J13 NLCK0SDA PIBTNR01 PIBTNR02 PIC702 PIIC202 NLGND PIIC10L18 NLJA10N PIIC10L17 NLJA10P PIIC10N14 NLJA20N PIIC10M14 NLJA20P PIIC10M17 NLJA30N PIIC10M16 NLJA30P PIIC10N18 NLJA40N PIIC10M18 NLJA40P PIIC10P18 NLJB10N PIIC10P17 NLJB10P PIIC10T18 NLJB20N PIIC10R18 NLJB20P PIIC10P15 NLJB30N PIIC10P14 NLJB30P PIIC10P16 NLJB40N PIIC10N15 NLJB40P PIIC10U15 NLJC10CK0IO41 PIIC10V16 NLJC20CK0IO40 PIIC10P13 NLJC80CK0IO36 PIIC10R13 NLJC90CK0IO35 PIIC10V14 NLJC100CK0IO34 PIIC10V15 NLJD10CK0IO33 PIIC10U12 NLJD20CK0IO32 PIIC10V13 NLJD30CK0IO31 PIIC10T12 NLJD40CK0IO30 PIIC10T13 NLJD70CK0IO29 PIIC10R11 NLJD80CK0IO28 PIIC10T11 NLJD90CK0IO27 PIIC10U11 NLJD100CK0IO26 PIIC10F15 NLLED00B PIIC10G17 NLLED00G PIIC10J15 NLLED00R PIIC10E14 NLLED10B PIIC10F18 NLLED10G PIIC10E15 NLLED10R PIIC10E18 NLLED2 PIIC10F13 NLLED3 PIIC10E13 NLLED4 PIIC10H15 NLLED5 PIBTNR03 PIBTNR04 PIR13302 PIIC10C18 PIR12802 PIIC10H14 NLSW0 PIIC10H18 NLSW1 PIIC10G18 NLSW2 PIIC10R12 NLUART0RXD0OUT PIIC10V12 NLUART0TXD0IN PIIC10F14 PIIC203 PIR12901 PIC701 NLUCLK PIIC201 PIIC204 PIR13001 NLVCC3V3 11 22 33 44 D D C C B B A A Ti t l e Engine e r Author Date Doc# Circuit R e v She e t

Copy r ight GM A 5 0 0 3 5 2 M TA 1 / 2 5 / 2 0 2 2 5 Arty S7 out of 1 1 2 0 2 2 E.2 FPG A Ban k s D D R 3 _A 4 D D R 3 _ CKE0 D D R 3 _ W E D D R 3 _ R A S D D R 3 _ DQS 1 _ P D D R 3 _ DQS 1 _ N D D R 3 _ D M 0 D D R 3 _ D M 1 D D R 3 _ O D T D D R 3 _ DQS 0 _ N D D R 3 _ DQS 0 _ P 100n F C12 GND VC C 1V8 GND D D R 3 _ C LK0 _ N D D R 3 _ C LK0 _ P D D R 3 _A 1 D D R 3 _ B A 2 D D R 3 _ DQ2 D D R 3 _ DQ0 D D R 3 _ DQ1 D D R 3 _ DQ6 D D R 3 _ DQ3 D D R 3 _ DQ5 D D R 3 _ DQ7 D D R 3 _ DQ4 D D R 3 _ C A S D D R 3 _A 2 D D R 3 _ B A 1 D D R 3 _ B A 0 D D R 3 _A 0 D D R 3 _ DQ1 5 D D R 3 _A 1 0 D D R 3 _A 5 D D R 3 _A 8 D D R 3 _A 3 D D R 3 _ DQ1 3 D D R 3 _ DQ9 D D R 3 _A 1 2 D D R 3 _A 1 3 D D R 3 _ DQ1 4 D D R 3 _ DQ1 0 D D R 3 _A 1 1 D D R 3 _A 7 D D R 3 _ DQ1 2 D D R 3 _ DQ8 D D R 3 _ DQ1 1 D D R 3 _A 6 D D R 3 _A 9 BANK 34 IO_0_3 4 J6 IO_L1P_T0 _3 4 K4 IO_L1N_T0 _3 4 L 4 IO_L2P_T0 _3 4 K 3 IO_L2N_T0 _3 4 K2 IO_L3P_T0_D Q S_3 4 K 1 IO_L3N_T0_DQ S_3 4 L 1 IO_L4P_T0 _3 4 K 6 IO_L4N_T0 _3 4 L 6 IO_L5P_T0 _3 4 L 5 IO_L5N_T0 _3 4 M4 IO_L6P_T0 _3 4 M 6 IO_L6N_T0_VR E F_3 4 M 5 IO_L7P_T1 _3 4 M 3 IO_L7N_T1 _3 4 M2 IO_L8P_T1 _3 4 M 1 IO_L8N_T1 _3 4 N 1 IO_L9P_T1_D Q S_3 4 N 3 IO_L9N_T1_DQ S_3 4 N 2 IO_L10P_T 1 _3 4 N 5 IO_L10N_T1 _3 4 N 4 IO_L11P_T1_S R C C_3 4 P 2 IO_L11N_T1_S R C C_3 4 P 1 IO_L12P_T1_MR C C_3 4 R2 IO_L12N_T1_MR C C_3 4 R 1 IO_L13P_T2_MR C C_3 4 R 3 IO_L13N_T2_MR C C_3 4 T 2 IO_L14P_T2_S R C C_3 4 T 1 IO_L14N_T2_S R C C_3 4 U 1 IO_L15P_T2_D Q S_3 4 U 3 IO_L15N_T2_D Q S_3 4 U 2 IO_L16P_T 2_3 4 V 3 IO_L16N_T2 _3 4 V 2 IO_L17P_T 2_3 4 V 5 IO_L17N_T2 _3 4 V4 IO_L18P_T 2_3 4 R4 IO_L18N_T2 _3 4 T 3 IO_L19P_T 3 _3 4 P 6 IO_L19N_T3_VR E F_3 4 P 5 IO_L20P_T 3 _3 4 V 7 IO_L20N_T3 _3 4 V 6 IO_L21P_T3_D Q S_3 4 R 5 IO_L21N_T3_D Q S_3 4 T 4 IO_L22P_T 3 _3 4 T 6 IO_L22N_T3 _3 4 T 5 IO_L23P_T 3 _3 4 R 7 IO_L23N_T3 _3 4 R 6 IO_L24P_T 3 _3 4 U 7 IO_L24N_T3 3 4 U 6 IO_25 3 4 P 7 I C1E D D R 3 _ RESET S W 3 D D R 3 _ C S D D R 3 _ C LK1 0 0 D D RVC C GND GN D 3 O U T 4 VD D 6 STB Y 1 I C 3 AS FLMB -100.000M H Z

L RT 100n F C 1 1 30 0 R13 8 1 % 30 0 R14 1 1 % D D R 3 _ C LK1 0 0 D D RVC C GND Q4 B Q4 A 10K R140 10K R139 2.2K R142 PIC1101 PIC1102 COC11 PIC1201 PIC1202 COC12 PIIC10J6 PIIC10K1 PIIC10K2 PIIC10K3 PIIC10K4 PIIC10K6 PIIC10L1 PIIC10L4 PIIC10L5 PIIC10L6 PIIC10M1 PIIC10M2 PIIC10M3 PIIC10M4 PIIC10M5 PIIC10M6 PIIC10N1 PIIC10N2 PIIC10N3 PIIC10N4 PIIC10N5 PIIC10P1 PIIC10P2 PIIC10P5 PIIC10P6 PIIC10P7 PIIC10R1 PIIC10R2 PIIC10R3 PIIC10R4 PIIC10R5 PIIC10R6 PIIC10R7 PIIC10T1 PIIC10T2 PIIC10T3 PIIC10T4 PIIC10T5 PIIC10T6 PIIC10U1 PIIC10U2 PIIC10U3 PIIC10U6 PIIC10U7 PIIC10V2 PIIC10V3 PIIC10V4 PIIC10V5 PIIC10V6 PIIC10V7 COIC1E PIIC301 PIIC303 PIIC306 PIIC304 COIC3 PIQ401 PIQ402 PIQ406 COQ4A PIQ403 PIQ404 PIQ405 COQ4B PIR13801 PIR13802 COR138 PIR13901 PIR13902 COR139 PIR14001 PIR14002 COR140 PIR14101 PIR14102 COR141 PIR14201 PIR14202 COR142 PIIC10U2 NLDDR30A0 PIIC10R4 NLDDR30A1 PIIC10V2 NLDDR30A2 PIIC10V4 NLDDR30A3 PIIC10T3 NLDDR30A4 PIIC10R7 NLDDR30A5 PIIC10V6 NLDDR30A6 PIIC10T6 NLDDR30A7 PIIC10U7 NLDDR30A8 PIIC10V7 NLDDR30A9 PIIC10P6 NLDDR30A10 PIIC10T5 NLDDR30A11 PIIC10R6 NLDDR30A12 PIIC10U6 NLDDR30A13 PIIC10V5 NLDDR30BA0 PIIC10T1 NLDDR30BA1 PIIC10U3 NLDDR30BA2 PIIC10V3 NLDDR30CAS PIIC10T2 NLDDR30CKE0 PIIC10T4 NLDDR30CLK00N PIIC10R5 NLDDR30CLK00P PIC1102 PIIC10R2 PIR13802 PIR14101 NLDDR30CLK100 PIIC10R3 NLDDR30CS PIIC10K4 NLDDR30DM0 PIIC10M3 NLDDR30DM1 PIIC10K2 NLDDR30DQ0 PIIC10K3 NLDDR30DQ1 PIIC10L4 NLDDR30DQ2 PIIC10M6 NLDDR30DQ3 PIIC10K6 NLDDR30DQ4 PIIC10M4 NLDDR30DQ5 PIIC10L5 NLDDR30DQ6 PIIC10L6 NLDDR30DQ7 PIIC10N4 NLDDR30DQ8 PIIC10R1 NLDDR30DQ9 PIIC10N1 NLDDR30DQ10 PIIC10N5 NLDDR30DQ11 PIIC10M2 NLDDR30DQ12 PIIC10P1 NLDDR30DQ13 PIIC10M1 NLDDR30DQ14 PIIC10P2 NLDDR30DQ15 PIIC10L1 NLDDR30DQS00N PIIC10K1 NLDDR30DQS00P PIIC10N2 NLDDR30DQS10N PIIC10N3 NLDDR30DQS10P PIIC10P5 NLDDR30ODT PIIC10U1 NLDDR30RAS PIIC10J6 NLDDR30RESET PIIC10P7 NLDDR30WE PIR13801 PIR14201 NLDDRVCC PIC1202 PIIC303 PIQ401 PIQ404 PIR14102 NLGND PIIC304 PIC1101 PIIC301 PIQ406 PIR14002 PIQ402 PIQ403 PIR13902 PIR14202 PIQ405 PIIC10M5 NLSW3 PIC1201 PIIC306 PIR13901 PIR14001 NLVCC1V8 1 1 2 2 3 3 4 4 D D C C B B A A Title Engineer Author Date Doc# Circuit Rev Sheet# Copyright GMA 500-352 MTA 1/25/2022 6 Arty S7 out of 11 2022 E.2 SDI/DQ0 5 SCK 6 SDO/DQ1 2 CS 1 VSS 4 WP/DQ2 3 HOLD/DQ3 7 VCC 8 IC4 No Load S25FL128SAGNFx00 SDI/DQ0 15 SCK 16 SDO/DQ1 8 CS 7 VSS 10 WP/DQ2 9 HOLD/DQ3 1 VCC 2 IC6 S25FL128SAGMFx00 100nF C13 VCC3V3 GND GND GND VCC3V3 Load either the MLP8 orthe SOIC16 package, not both. 0 R163 0 R164 0 R160 4.7K R147 0 R148 1.8K R155 1.8K R156 VCC3V3 DONE INIT PROG QSPI_SCK 4.7K R153 200 R152 LD6 100 No Load R151 100 No Load R161 4.7K R154 CONFIG, SPI FLASH TMS TCK TDO_FPGA TDI_FPGA GND 1K R168 1K R169 MODE0 MODE1 MODE2 VCC3V3 GND 1K R167 VCC3V3 Master SPI JTAG D1 100 R143 100 R144 100 R145 GND VCC3V3 GND TMS_JTAG TDI_JTAG TCK_JTAG TCK TMS 100 R146 TDO_FPGA TDI_FPGA 6 1 2 3 4 5 1x6 No Load J9 TDO_JTAG 100 R162 BTNP PTA-142 Red Knob QSPI_DQ0 QSPI_DQ1 QSPI_DQ2 QSPI_DQ3 MODE0 MODE1 MODE2 QSPI_CS 4.7K R159 VCC3V3 1K R149 VCC3V3 GND 1K No Load R150 GND XADCGND JP1 GND 140 R165 140 R166 V_P V_N V_P V_N XADC_V_P XADC_V_N XADCVREF 10nF C14 1nF C15 DONE_0 V8 DXP_0 L10 VREFP_0 K10 VN_0 K9 TCK_0 D9 DXN_0 L9 VREFN_0 J9 VP_0 J10 CCLK_0 C8 M0_0 T10 M1_0 U10 INIT_B_0 U8 TDI_0 R9 TDO_0 T8 M2_0 U9 CFGBVS_0 V9 PROGRAM_B_0 R8 TMS_0 T9 IO_L1P_T0_D00_MOSI_14 K17 IO_L1N_T0_D01_DIN_14 K18 IO_L3P_T0_DQS_PUDC_B_14 L15 IO_L3N_T0_DQS_EMCCLK_14 L16 IO_L6P_T0_FCS_B_14 M13 IO_L15P_T2_DQS_RDWR_B_14 U17 IO_L15N_T2_DQS_DOUT_CSO_B_14 U18 IO_L16P_T2_CSI_B_14 U16 CONFIG IO_L2P_T0_D02_14 L14 IO_L2N_T0_D03_14 M15 IC1A JC3/CK_IO39 JC4/CK_IO38 JC7/CK_IO37 0 R157 0 R158 CK_IO2 PUDC Due to supply chain constraints, S25FL127SABMFx00x or S25FL128SAGMFx00x may be loaded forIC6. Please see the Arty S7 Reference Manual forinformation about the differences between these Quad-SPIFlash Memories and how to identify which memory is installed on your board. PIBTNP01 PIBTNP02 PIBTNP03 PIBTNP04 COBTNP PIC1301 PIC1302 COC13 PIC1401 PIC1402 COC14 PIC1501 PIC1502 COC15 PID101 PID102 PID103 PID104 PID105 COD1 PIIC10C8 PIIC10D9 PIIC10J9 PIIC10J10 PIIC10K9 PIIC10K10 PIIC10K17 PIIC10K18 PIIC10L9 PIIC10L10 PIIC10L14 PIIC10L15 PIIC10L16 PIIC10M13 PIIC10M15 PIIC10R8 PIIC10R9 PIIC10T8 PIIC10T9 PIIC10T10 PIIC10U8 PIIC10U9 PIIC10U10 PIIC10U16 PIIC10U17 PIIC10U18 PIIC10V8 PIIC10V9 COIC1A PIIC401 PIIC402 PIIC403 PIIC404 PIIC405 PIIC406 PIIC407 PIIC408 COIC4 PIIC601 PIIC602 PIIC607 PIIC608 PIIC609 PIIC6010 PIIC6015 PIIC6016 COIC6 PIJ901 PIJ902 PIJ903 PIJ904 PIJ905 PIJ906 COJ9 PIJP101 PIJP102 COJP1 PILD60A PILD60K COLD6 PIR14302 PIR14301 COR143 PIR14402 PIR14401 COR144 PIR14502 PIR14501 COR145 PIR14601 PIR14602 COR146 PIR14701 PIR14702 COR147 PIR14802 PIR14801 COR148 PIR14901 PIR14902 COR149 PIR15001 PIR15002 COR150 PIR15101 PIR15102 COR151 PIR15201 PIR15202 COR152 PIR15301 PIR15302 COR153 PIR15401 PIR15402 COR154 PIR15501 PIR15502 COR155 PIR15601 PIR15602 COR156 PIR15702 PIR15701 COR157 PIR15802 PIR15801 COR158 PIR15901 PIR15902 COR159 PIR16002 PIR16001 COR160 PIR16101 PIR16102 COR161 PIR16201 PIR16202 COR162 PIR16302 PIR16301 COR163 PIR16402 PIR16401 COR164 PIR16502 PIR16501 COR165 PIR16602 PIR16601 COR166 PIR16701 PIR16702 COR167 PIR16801 PIR16802 COR168 PIR16901 PIR16902 COR169 PIIC10L16 NLCK0IO2 PIIC10V8 PIR15202 PIR16201 NLDONE PIBTNP01 PIBTNP02 PIC1302 PID102 PIIC10L9 PIIC10L10 PIIC404 PIIC6010 PIJ905 PIJP102 PILD60K PIR15002 PIR16102 PIR16902 NLGND PIIC10U8 PIR15402 NLINIT PIIC10U17 NLJC30CK0IO39 PIIC10U18 NLJC40CK0IO38 PIIC10U16 NLJC70CK0IO37 PIIC10T10 PIR16802 NLMODE0 PIIC10U10 PIR16901 NLMODE1 PIIC10U9 PIJP101 PIR16702 NLMODE2 PIR15902 PIIC10V9 PIIC401 PIIC607 PIR14702 PIR15801 PIIC402 PIR16001 PIIC608 PIIC403 PIIC609 PIR15602 PIR16301 PIIC405 PIIC6015 PIR14801 PIIC406 PIIC6016 PIR15701 PIIC407 PIIC601 PIR15502 PIR16401 PILD60A PIR16202 PIBTNP03 PIBTNP04 PIIC10R8 PIR15302 NLPROG PIIC10L15 PIR14902 PIR15001 NLPUDC PIIC10M13 PIR15802 NLQSPI0CS PIIC10K17 PIR14802 NLQSPI0DQ0 PIIC10K18 PIR16002 NLQSPI0DQ1 PIIC10L14 PIR16302 NLQSPI0DQ2 PIIC10M15 PIR16402 NLQSPI0DQ3 PIIC10C8 PIR15102 PIR15702 PIR16101 NLQSPI0SCK PIIC10D9 PIR14501 NLTCK PID103 PIJ904 PIR14502 NLTCK0JTAG PIIC10R9 PIR14401 NLTDI0FPGA PID104 PIJ902 PIR14402 NLTDI0JTAG PIIC10T8 PIR14602 NLTDO0FPGA PID101 PIJ903 PIR14601 NLTDO0JTAG PIIC10T9 PIR14301 NLTMS PID105 PIJ901 PIR14302 NLTMS0JTAG PIC1502 PIIC10K9 PIR16601 NLV0N PIC1501 PIIC10J10 PIR16501 NLV0P PIC1301 PIIC408 PIIC602 PIJ906 PIR14701 PIR14901 PIR15101 PIR15201 PIR15301 PIR15401 PIR15501 PIR15601 PIR15901 PIR16701 PIR16801 NLVCC3V3 PIR16602 NLXADC0V0N PIR16502 NLXADC0V0P PIC1402 PIIC10J9 NLXADCGND PIC1401 PIIC10K10 NLXADCVREF 1 1 2 2 3 3 4 4 D D C C B B A A Title Engineer Author Date Doc# Circuit Rev Sheet# Copyright GMA 500-352 MTA 1/25/2022 7 Arty S7 out of 11 2022 E.2 FPGA Power GND GND VCC1V8 XADCGND GND G14 GND H1 GND H7 GND H11 GND J8 GND J12 GND J18 GND K5 GND K7 GND K11 GND K15 GND L2 GND L8 GND L12 GND M7 GND M9 GND M11 GND N6 GND N8 GND N10 GND N12 GND N16 GND P3 GND P9 GND P11 GND R10 GND T7 GND T17 GND U4 GND U14 GND V1 GND V11 GND V18 GND A1 GND A12 GND A18 GND B9 GND C6 GND C16 GND D3 GND D13 GND E8 GND E10 GND F7 GND F9 GND F11 GND F17 GND G4 GND G8 GND G10 GND G12 GNDADC_0 H9 IC1H VCCINT E7 VCCINT E9 VCCINT E11 VCCINT F8 VCCINT F10 VCCINT G7 VCCINT G9 VCCINT G11 VCCINT H8 VCCINT J7 VCCINT J11 VCCINT K8 VCCINT L11 VCCINT M8 VCCINT M10 VCCINT N9 VCCINT N11 VCCINT P8 VCCINT P10 VCCAUX F12 VCCAUX H12 VCCAUX K12 VCCAUX M12 VCCAUX P12 VCCO_0 D8 VCCO_0 V10 VCCO_14 N17 VCCO_14 T16 VCCO_14 U13 VCCO_15 C15 VCCO_15 F16 VCCO_15 J17 VCCO_16 B10 VCCO_16 B12 VCCO_34 L3 VCCO_34 P4 VCCO_34 U5 VCCO_35 B6 VCCO_35 D4 VCCO_35 G3 VCCBRAM L7 VCCBRAM N7 VCCADC_0 H10 VCCBATT_0 B8 IC1G 100uF C30 4.7uF C29 4.7uF C28 470nF C27 470nF C26 47nF C39 47nF C38 47nF C37 47nF C36 GND VCCINT VCCINT GND 4.7uF C53 47uF C52 470nF C57 470nF C58 47nF C60 GND VCC1V8 4.7uF C54 470nF C55 470nF C56 47uF C63 470nF C62 47nF C61 GND VCCINT 10nF C65 XADCGND XADC1V8 100nF C64 4.7uF C19 470nF C20 470nF C21 47nF C22 47nF C23 VCC3V3 GND 4.7uF C31 470nF C32 470nF C33 47nF C34 47nF C35 VCC3V3 GND 47uF C16 470nF C17 GND VCC3V3 GND DDRVCC GND 100uF C18 100uF C44 4.7uF C45 470nF C46 47nF C48 10nF C50 10nF C51 47nF C49 470nF C47 47nF C41 47nF C40 470nF C24 47nF C43 47nF C42 470nF C25 47nF C59 0 R171 GND 0 R170 Note: R170-171 No Load on XC7S25 PIC1601 PIC1602 COC16 PIC1701 PIC1702 COC17 PIC1801 PIC1802 COC18 PIC1901 PIC1902 COC19 PIC2001 PIC2002 COC20 PIC2101 PIC2102 COC21 PIC2201 PIC2202 COC22 PIC2301 PIC2302 COC23 PIC2401 PIC2402 COC24 PIC2501 PIC2502 COC25 PIC2601 PIC2602 COC26 PIC2701 PIC2702 COC27 PIC2801 PIC2802 COC28 PIC2901 PIC2902 COC29 PIC3001 PIC3002 COC30 PIC3101 PIC3102 COC31 PIC3201 PIC3202 COC32 PIC3301 PIC3302 COC33 PIC3401 PIC3402 COC34 PIC3501 PIC3502 COC35 PIC3601 PIC3602 COC36 PIC3701 PIC3702 COC37 PIC3801 PIC3802 COC38 PIC3901 PIC3902 COC39 PIC4001 PIC4002 COC40 PIC4101 PIC4102 COC41 PIC4201 PIC4202 COC42 PIC4301 PIC4302 COC43 PIC4401 PIC4402 COC44 PIC4501 PIC4502 COC45 PIC4601 PIC4602 COC46 PIC4701 PIC4702 COC47 PIC4801 PIC4802 COC48 PIC4901 PIC4902 COC49 PIC5001 PIC5002 COC50 PIC5101 PIC5102 COC51 PIC5201 PIC5202 COC52 PIC5301 PIC5302 COC53 PIC5401 PIC5402 COC54 PIC5501 PIC5502 COC55 PIC5601 PIC5602 COC56 PIC5701 PIC5702 COC57 PIC5801 PIC5802 COC58 PIC5901 PIC5902 COC59 PIC6001 PIC6002 COC60 PIC6101 PIC6102 COC61 PIC6201 PIC6202 COC62 PIC6301 PIC6302 COC63 PIC6401 PIC6402 COC64 PIC6501 PIC6502 COC65 PIIC10B6 PIIC10B8 PIIC10B10 PIIC10B12 PIIC10C15 PIIC10D4 PIIC10D8 PIIC10E7 PIIC10E9 PIIC10E11 PIIC10F8 PIIC10F10 PIIC10F12 PIIC10F16 PIIC10G3 PIIC10G7 PIIC10G9 PIIC10G11 PIIC10H8 PIIC10H10 PIIC10H12 PIIC10J7 PIIC10J11 PIIC10J17 PIIC10K8 PIIC10K12 PIIC10L3 PIIC10L7 PIIC10L11 PIIC10M8 PIIC10M10 PIIC10N7 PIIC10M12 PIIC10N9 PIIC10N11 PIIC10N17 PIIC10P4 PIIC10P8 PIIC10P10 PIIC10P12 PIIC10T16 PIIC10U5 PIIC10U13 PIIC10V10 COIC1G PIIC10A1 PIIC10A12 PIIC10A18 PIIC10B9 PIIC10C6 PIIC10C16 PIIC10D3 PIIC10D13 PIIC10E8 PIIC10E10 PIIC10F7 PIIC10F9 PIIC10F11 PIIC10F17 PIIC10G4 PIIC10G8 PIIC10G10 PIIC10G12 PIIC10G14 PIIC10H1 PIIC10H7 PIIC10H9 PIIC10H11 PIIC10J8 PIIC10J12 PIIC10J18 PIIC10K5 PIIC10K7 PIIC10K11 PIIC10K15 PIIC10L2 PIIC10L8 PIIC10L12 PIIC10M7 PIIC10M9 PIIC10M11 PIIC10N6 PIIC10N8 PIIC10N10 PIIC10N12 PIIC10N16 PIIC10P3 PIIC10P9 PIIC10P11 PIIC10R10 PIIC10T7 PIIC10T17 PIIC10U4 PIIC10U14 PIIC10V1 PIIC10V11 PIIC10V18 COIC1H PIR17002 PIR17001 COR170 PIR17102 PIR17101 COR171 PIC4401 PIC4501 PIC4601 PIC4701 PIC4801 PIC4901 PIC5001 PIC5101 PIIC10L3 PIIC10P4 PIIC10U5 NLDDRVCC PIC1602 PIC1702 PIC1802 PIC1902 PIC2002 PIC2102 PIC2202 PIC2302 PIC2402 PIC2502 PIC2602 PIC2702 PIC2802 PIC2902 PIC3002 PIC3102 PIC3202 PIC3302 PIC3402 PIC3502 PIC3602 PIC3702 PIC3802 PIC3902 PIC4002 PIC4102 PIC4202 PIC4302 PIC4402 PIC4502 PIC4602 PIC4702 PIC4802 PIC4902 PIC5002 PIC5102 PIC5202 PIC5302 PIC5402 PIC5502 PIC5602 PIC5702 PIC5802 PIC5902 PIC6002 PIC6102 PIC6202 PIC6302 PIIC10A1 PIIC10A12 PIIC10A18 PIIC10B9 PIIC10C6 PIIC10C16 PIIC10D3 PIIC10D13 PIIC10E8 PIIC10E10 PIIC10F7 PIIC10F9 PIIC10F11 PIIC10F17 PIIC10G4 PIIC10G8 PIIC10G10 PIIC10G12 PIIC10G14 PIIC10H1 PIIC10H7 PIIC10H11 PIIC10J8 PIIC10J12 PIIC10J18 PIIC10K5 PIIC10K7 PIIC10K11 PIIC10K15 PIIC10L2 PIIC10L8 PIIC10L12 PIIC10M7 PIIC10M9 PIIC10M11 PIIC10N6 PIIC10N8 PIIC10N10 PIIC10N12 PIIC10N16 PIIC10P3 PIIC10P9 PIIC10P11 PIIC10R10 PIIC10T7 PIIC10T17 PIIC10U4 PIIC10U14 PIIC10V1 PIIC10V11 PIIC10V18 PIR17002 PIR17102 NLGND PIIC10B6 PIIC10D4 PIR17101 PIIC10G3 PIIC10B10 PIIC10B12 PIR17001 PIC5201 PIC5301 PIC5401 PIC5501 PIC5601 PIC5701 PIC5801 PIC5901 PIC6001 PIIC10B8 PIIC10F12 PIIC10H12 PIIC10K12 PIIC10M12 PIIC10P12 NLVCC1V8 PIC1601 PIC1701 PIC1801 PIC1901 PIC2001 PIC2101 PIC2201 PIC2301 PIC3101 PIC3201 PIC3301 PIC3401 PIC3501 PIIC10C15 PIIC10D8 PIIC10F16 PIIC10J17 PIIC10N17 PIIC10T16 PIIC10U13 PIIC10V10 NLVCC3V3 PIC2401 PIC2501 PIC2601 PIC2701 PIC2801 PIC2901 PIC3001 PIC3601 PIC3701 PIC3801 PIC3901 PIC4001 PIC4101 PIC4201 PIC4301 PIC6101 PIC6201 PIC6301 PIIC10E7 PIIC10E9 PIIC10E11 PIIC10F8 PIIC10F10 PIIC10G7 PIIC10G9 PIIC10G11 PIIC10H8 PIIC10J7 PIIC10J11 PIIC10K8 PIIC10L7 PIIC10L11 PIIC10M8 PIIC10M10 PIIC10N7 PIIC10N9 PIIC10N11 PIIC10P8 PIIC10P10 NLVCCINT PIC6401 PIC6501 PIIC10H10 NLXADC1V8 PIC6402 PIC6502 PIIC10H9 NLXADCGND 1 1 2 2 3 3 4 4 D D C C B B A A Title Engineer Author Date Doc# Circuit Rev Sheet# Copyright GMA 500-352 MTA 1/25/2022 8 Arty S7 out of 11 2022 E.2 GND 47nF C77 47nF C79 47nF C81 47nF C82 47nF C80 GND 47nF C85 47nF C87 47nF C89 47nF C90 47nF C88 47nF C78 47nF C86 4.7uF C95 GND 470nF C93 470nF C94 47nF C84 47nF C83 47nF C92 47nF C91 DDR3_DQ1 DDR3_DQ2 DDR3_DQ3 DDR3_DQ4 DDR3_DQ5 DDR3_DQ6 DDR3_DQ7 DDR3_DQ8 DDR3_DQ9 DDR3_DQ10 DDR3_DQ11 DDR3_DQ12 DDR3_DQ13 DDR3_DQ14 DDR3_DQ15 DDR3_DQS0_N DDR3_DQS0_P DDR3_DQS1_P DDR3_DQS1_N DDR3_DM0 DDR3_DM1 DDR3_DQ0 DDR3_BA0 DDR3_BA1 DDR3_BA2 DDR3_CKE0 DDR3_CLK0_N DDR3_CLK0_P DDR3_WE DDR3_RAS DDR3_CAS DDR3_ODT DDR3_RESET GND GND DDRVREF 10nF C76 GND GND 10nF C66 DDR3_CS 80.6 R194 A12/BC# N7 A11 R7 A10/AP L7 A9 R3 A8 T8 A7 R2 A6 R8 A5 P2 A4 P8 A3 N2 A2 P3 A1 P7 UDQS C7 LDM E7 LDQS F3 DQ0 E3 DQ1 F7 DQ2 F2 DQ3 F8 DQ4 H3 DQ5 H8 DQ6 G2 DQ7 H7 DQ8 D7 DQ9 C3 DQ10 C8 DQ11 C2 DQ12 A7 DQ13 A2 DQ14 B8 DQ15 A3 VDD D9 VDDQ A1 VSS B3 VDD B2 VrefCA M8 VSS E1 VSSQ B1 A0 N3 LDQS# G3 CK J7 UDM D3 VDDQ D2 UDQS# B7 VDDQ C9 VSSQ B9 DDR3 VSSQ D1 VSSQ D8 VSSQ E2 VSSQ E8 VDDQ E9 VSSQ F9 VSSQ G1 VDDQ H2 VDDQ H9 VSSQ G9 VSS G8 VSS A9 CKE K9 VDD K2 WE# L3 RAS# J3 CK# K7 ODT K1 BA0 M2 BA1 N8 CAS# K3 CS# L2 VDD K8 VSS J2 VSS J8 VDD N1 A14 T7 A13 T3 BA2 M3 VDDQ A8 VDDQ C1 RESET# T2 VrefDQ H1 ZQ L8 VDD N9 VDD R1 VDD R9 VSS M1 VSS M9 VSS P1 VSS P9 VSS T1 VSS T9 VDDQ F1 VDD G7 IC7 MT41K128M16JT-125:K DDR3_RESET GND 4.7K R197 DDR3_A0 DDR3_A1 DDR3_A2 DDR3_A3 DDR3_A4 DDR3_A5 DDR3_A6 DDR3_A7 DDR3_A8 DDR3_A9 DDR3_A10 DDR3_A11 DDR3_A12 DDR3_A13 DDR3 DDRVCC DDRVCC DDRVCC 40.2 R172 1% 40.2 R173 1% 40.2 R174 1% 40.2 R175 1% 40.2 R176 1% 40.2 R177 1% 40.2 R178 1% 40.2 R179 1% 40.2 R180 1% 40.2 R181 1% 40.2 R182 1% 40.2 R183 1% 40.2 R184 1% 40.2 R185 1% 40.2 R186 1% 40.2 R187 1% 40.2 R188 1% 40.2 R189 1% 40.2 R190 1% 40.2 R191 1% 40.2 R193 1% 40.2 R192 1% 100nF C68 100nF C72 100nF C67 100nF C69 100nF C70 100nF C71 100nF C73 GND DDRVTT 40.2 R195 1% DDRVTT DDRVCC DDRVCC 10uF C74 100nF C75 240 R196 1% PIC6601 PIC6602 PIC6701 COC66 PIC6702 COC67 PIC6801 PIC6802 COC68 PIC6901 PIC6902 COC69 PIC7001 PIC7002 COC70 PIC7101 PIC7102 COC71 PIC7201 PIC7202 COC72 PIC7301 PIC7302 COC73 PIC7401 PIC7402 COC74 PIC7501 PIC7502 COC75 PIC7601 PIC7602 COC76 PIC7701 PIC7702 COC77 PIC7801 PIC7802 COC78 PIC7901 PIC7902 COC79 PIC8001 PIC8002 COC80 PIC8101 PIC8102 COC81 PIC8201 PIC8202 COC82 PIC8301 PIC8302 COC83 PIC8401 PIC8402 COC84 PIC8501 PIC8502 COC85 PIC8601 PIC8602 COC86 PIC8701 PIC8702 COC87 PIC8801 PIC8802 COC88 PIC8901 PIC8902 COC89 PIC9001 PIC9002 COC90 PIC9101 PIC9102 COC91 PIC9201 PIC9202 COC92 PIC9301 PIC9302 COC93 PIC9401 PIC9402 COC94 PIC9501 PIC9502 COC95 PIIC70A1 PIIC70A2 PIIC70A3 PIIC70A7 PIIC70A8 PIIC70B1 PIIC70A9 PIIC70B2 PIIC70B3 PIIC70B7 PIIC70B8 PIIC70B9 PIIC70C1 PIIC70C2 PIIC70C3 PIIC70C7 PIIC70C8 PIIC70C9 PIIC70D1 PIIC70D2 PIIC70D3 PIIC70D7 PIIC70D8 PIIC70D9 PIIC70E2 PIIC70E1 PIIC70E3 PIIC70E7 PIIC70E8 PIIC70E9 PIIC70F1 PIIC70F2 PIIC70F3 PIIC70F7 PIIC70F8 PIIC70F9 PIIC70G1 PIIC70G2 PIIC70G3 PIIC70G7 PIIC70G9 PIIC70G8 PIIC70H1 PIIC70H2 PIIC70H3 PIIC70H7 PIIC70H8 PIIC70H9 PIIC70J2 PIIC70J3 PIIC70J7 PIIC70J8 PIIC70K1 PIIC70K2 PIIC70K3 PIIC70K7 PIIC70K8 PIIC70K9 PIIC70L2 PIIC70L3 PIIC70L7 PIIC70L8 PIIC70M1 PIIC70M2 PIIC70M3 PIIC70M8 PIIC70M9 PIIC70N1 PIIC70N2 PIIC70N3 PIIC70N7 PIIC70N8 PIIC70N9 PIIC70P1 PIIC70P2 PIIC70P3 PIIC70P7 PIIC70P8 PIIC70P9 PIIC70R1 PIIC70R2 PIIC70R3 PIIC70R7 PIIC70R8 PIIC70R9 PIIC70T1 PIIC70T2 PIIC70T3 PIIC70T7 PIIC70T8 PIIC70T9 COIC7 PIR17201 PIR17202 COR172 PIR17301 PIR17302 COR173 PIR17401 PIR17402 COR174 PIR17501 PIR17502 COR175 PIR17601 PIR17602 COR176 PIR17701 PIR17702 COR177 PIR17801 PIR17802 COR178 PIR17901 PIR17902 COR179 PIR18001 PIR18002 COR180 PIR18101 PIR18102 COR181 PIR18201 PIR18202 COR182 PIR18301 PIR18302 COR183 PIR18401 PIR18402 COR184 PIR18501 PIR18502 COR185 PIR18601 PIR18602 COR186 PIR18701 PIR18702 COR187 PIR18801 PIR18802 COR188 PIR18901 PIR18902 COR189 PIR19001 PIR19002 COR190 PIR19101 PIR19102 COR191 PIR19201 PIR19202 COR192 PIR19301 PIR19302 COR193 PIR19401 PIR19402 COR194 PIR19501 PIR19502 COR195 PIR19601 PIR19602 COR196 PIR19702 PIR19701 COR197 PIIC70N3 PIR18502 NLDDR30A0 PIIC70P7 PIR18402 NLDDR30A1 PIIC70P3 PIR18302 NLDDR30A2 PIIC70N2 PIR18202 NLDDR30A3 PIIC70P8 PIR18102 NLDDR30A4 PIIC70P2 PIR18002 NLDDR30A5 PIIC70R8 PIR17902 NLDDR30A6 PIIC70R2 PIR17802 NLDDR30A7 PIIC70T8 PIR17702 NLDDR30A8 PIIC70R3 PIR17602 NLDDR30A9 PIIC70L7 PIR17502 NLDDR30A10 PIIC70R7 PIR17402 NLDDR30A11 PIIC70N7 PIR17302 NLDDR30A12 PIIC70T3 PIR17202 NLDDR30A13 PIIC70M2 PIR18602 NLDDR30BA0 PIIC70N8 PIR18702 NLDDR30BA1 PIIC70M3 PIR18802 NLDDR30BA2 PIIC70K3 PIR19202 NLDDR30CAS PIIC70K9 PIR18902 NLDDR30CKE0 PIR19402 PIIC70K7 NLDDR30CLK00N PIIC70J7 PIR19401 NLDDR30CLK00P PIIC70L2 PIR19002 NLDDR30CS PIIC70E7 NLDDR30DM0 PIIC70D3 NLDDR30DM1 PIIC70E3 NLDDR30DQ0 PIIC70F7 NLDDR30DQ1 PIIC70F2 NLDDR30DQ2 PIIC70F8 NLDDR30DQ3 PIIC70H3 NLDDR30DQ4 PIIC70H8 NLDDR30DQ5 PIIC70G2 NLDDR30DQ6 PIIC70H7 NLDDR30DQ7 PIIC70D7 NLDDR30DQ8 PIIC70C3 NLDDR30DQ9 PIIC70C8 NLDDR30DQ10 PIIC70C2 NLDDR30DQ11 PIIC70A7 NLDDR30DQ12 PIIC70A2 NLDDR30DQ13 PIIC70B8 NLDDR30DQ14 PIIC70A3 NLDDR30DQ15 PIIC70G3 NLDDR30DQS00N PIIC70F3 NLDDR30DQS00P PIIC70B7 NLDDR30DQS10N PIIC70C7 NLDDR30DQS10P PIIC70K1 PIR19501 NLDDR30ODT PIIC70J3 PIR19102 NLDDR30RAS PIIC70T2 PIR19702 NLDDR30RESET PIIC70L3 PIR19302 NLDDR30WE PIC6602 PIC7701 PIC7801 PIC7901 PIC8001 PIC8101 PIC8201 PIC8301 PIC8401 PIC8501 PIC8601 PIC8701 PIC8801 PIC8901 PIC9001 PIC9101 PIC9201 PIC9301 PIC9401 PIC9501 PIIC70A1 PIIC70A8 PIIC70C1 PIIC70C9 PIIC70D2 PIIC70E9 PIIC70F1 PIIC70H2 PIIC70H9 PIIC70B2 PIIC70D9 PIIC70G7 PIIC70K2 PIIC70K8 PIIC70N1 PIIC70N9 PIIC70R1 PIIC70R9 NLDDRVCC PIC6601 PIC7501 PIC7601 PIIC70H1 PIIC70M8 NLDDRVREF PIC6701 PIC6801 PIC6901 PIC7001 PIC7101 PIC7201 PIC7301 PIC7401 PIR17201 PIR17301 PIR17401 PIR17501 PIR17601 PIR17701 PIR17801 PIR17901 PIR18001 PIR18101 PIR18201 PIR18301 PIR18401 PIR18501 PIR18601 PIR18701 PIR18801 PIR18901 PIR19001 PIR19101 PIR19201 PIR19301 PIR19502 NLDDRVTT PIC6702 PIC6802 PIC6902 PIC7002 PIC7102 PIC7202 PIC7302 PIC7402 PIC7502 PIC7602 PIC7702 PIC7802 PIC7902 PIC8002 PIC8102 PIC8202 PIC8302 PIC8402 PIC8502 PIC8602 PIC8702 PIC8802 PIC8902 PIC9002 PIC9102 PIC9202 PIC9302 PIC9402 PIC9502 PIIC70B1 PIIC70B9 PIIC70D1 PIIC70D8 PIIC70E2 PIIC70E8 PIIC70F9 PIIC70G1 PIIC70G9 PIIC70A9 PIIC70B3 PIIC70E1 PIIC70G8 PIIC70J2 PIIC70J8 PIIC70M1 PIIC70M9 PIIC70P1 PIIC70P9 PIIC70T1 PIIC70T9 PIR19602 PIR19701 NLGND PIIC70L8 PIR19601 PIIC70T7 1 1 2 2 3 3 4 4 D D C C B B A A Title Engineer Author Date Doc# Circuit Rev Sheet# Copyright GMA 500-352 MTA 1/25/2022 9 Arty S7 out of 11 2022 E.2 USB PROG/UART PIC9601 PIC9602 COC96 PIC9701 PIC9702 COC97 PIC9801 PIC9802 COC98 PIC9901 PIC9902 COC99 PIC10001 PIC10002 COC100 PIC10101 PIC10102 COC101 PIC10201 PIC10202 COC102 PIC10301 PIC10302 COC103 PIC10401 PIC10402 COC104 PIC10501 PIC10502 COC105 PIC10601 PIC10602 COC106 PIC10701 PIC10702 COC107 PIC10801 PIC10802 COC108 PIC10901 PIC10902 COC109 PIC11001 PIC11002 COC110 PIC11101 PIC11102 COC111 PIC11201 PIC11202 COC112 PIC11301 PIC11302 COC113 PIFB101 PIFB102 COFB1 PIFB201 PIFB202 COFB2 PIIC501 PIIC502 PIIC503 COIC5A PIIC504 PIIC505 PIIC506 COIC5B PIIC509 PIIC508 PIIC5010 COIC5C PIIC5011 PIIC5012 PIIC5013 COIC5D PIIC507 PIIC5014 COIC5E PIIC801 PIIC802 PIIC803 PIIC804 PIIC805 PIIC806 PIIC807 PIIC808 PIIC809 PIIC8010 PIIC8011 PIIC8012 PIIC8013 PIIC8014 PIIC8015 PIIC8016 PIIC8017 PIIC8018 PIIC8019 PIIC8020 PIIC8021 PIIC8022 PIIC8023 PIIC8024 PIIC8025 PIIC8026 PIIC8027 PIIC8028 PIIC8029 PIIC8030 PIIC8031 PIIC8032 PIIC8033 PIIC8034 PIIC8035 PIIC8036 PIIC8037 PIIC8038 PIIC8039 PIIC8040 PIIC8041 PIIC8042 PIIC8043 PIIC8044 PIIC8045 PIIC8046 PIIC8047 PIIC8048 PIIC8049 PIIC8050 PIIC8051 PIIC8052 PIIC8053 PIIC8054 PIIC8055 PIIC8056 PIIC8057 PIIC8058 PIIC8059 PIIC8060 PIIC8061 PIIC8062 PIIC8063 PIIC8064 PIIC80P COIC8 PIIC901 PIIC902 PIIC903 PIIC904 PIIC906 PIIC905 COIC9 PIIC1001 PIIC1002 PIIC1004 PIIC1003 COIC10 PIJ1001 PIJ1002 PIJ1003 PIJ1004 PIJ1005 PIJ100S1 PIJ100S2 PIJ100S3 PIJ100S4 COJ10 PIJP201 PIJP202 COJP2 PILD70K PILD70A COLD7 PILD80K PILD80A COLD8 PIR19801 PIR19802 COR198 PIR19901 PIR19902 COR199 PIR20001 PIR20002 COR200 PIR20101 PIR20102 COR201 PIR20201 PIR20202 COR202 PIR20301 PIR20302 COR203 PIR20401 PIR20402 COR204 PIR20501 PIR20502 COR205 PIR20601 PIR20602 COR206 PIR20701 PIR20702 COR207 PIR20801 PIR20802 COR208 PIR20901 PIR20902 COR209 PIR21001 PIR21002 COR210 PIR21101 PIR21102 COR211 PIR21201 PIR21202 COR212 PIR21302 PIR21301 COR213 PIR21401 PIR21402 COR214 PIR21501 PIR21502 COR215 PIR21602 PIR21601 COR216 PIR21701 PIR21702 COR217 PIR21802 PIR21801 COR218 PIR21901 PIR21902 COR219 PIR22002 PIR22001 COR220 PIR21801 NL12MHZ0UCLK PIJP202 NLCK0RST PIIC807 PIJ1002 NLD0N PIIC808 PIJ1003 NLD0P PIC9602 PIC9702 PIC9802 PIC9902 PIC10002 PIC10102 PIC10202 PIC10302 PIC10402 PIC10502 PIC10602 PIC10702 PIC10802 PIC11002 PIC11102 PIC11202 PIC11301 PIIC507 PIIC8010 PIIC801 PIIC805 PIIC8011 PIIC8013 PIIC8015 PIIC8025 PIIC8035 PIIC8047 PIIC8051 PIIC80P PIIC902 PIIC1002 PIJ1005 PIR20302 PIR20402 PIR20502 PIR20702 PIR20901 PIR21902 PIR22002 NLGND PIC10901 PIIC8043 PIC10902 PIJP201 PIIC502 PIIC8017 PIR20401 PIIC505 PIIC8016 PIIC8021 PIR20301 PIIC8019 PIIC509 PIR20501 PIR20102 PIIC5011 PIIC802 PIR21601 PIIC803 PIIC806 PIR20902 PIIC8014 PIR20602 PIIC8018 PIR20101 PIIC8022 PIIC8023 PIIC8026 PIIC8027 PIIC8028 PIIC8029 PIIC8030 PIIC8032 PIIC8033 PIIC8034 PIIC8036 PIIC8040 PIIC8041 PIIC8044 PIIC8045 PIIC8046 PIIC8048 PIIC8049 PIIC8050 PIIC8052 PIIC8053 PIIC8057 PIIC8058 PIIC8059 PIR21702 PIR21901 PIIC8060 PIIC903 PIIC8061 PIR21202 PIR21301 PIIC8062 PIIC904 PIR21102 PIIC8063 PIIC905 PIR21002 PIIC901 PIR21302 PIJ1004 PILD70A PIR21401 PILD80A PIR21501 PIIC501 PIIC504 PIIC5010 PIIC5013 PIIC8024 PIR20701 NLOE PIIC8054 PILD70K NLRX PIC11302 PIJ100S1 PIJ100S2 PIJ100S3 PIJ100S4 PIR22001 NLSHIELD PIIC506 PIR19802 NLTCK PIIC503 PIR19902 NLTDI0FPGA PIIC5012 PIR20002 NLTDO0FPGA PIIC508 PIR20202 NLTMS PIIC8055 PILD80K NLTX PIIC8039 PIR20802 NLUART0RXD0OUT PIIC8038 NLUART0TXD0IN PIIC1003 PIR21602 PIR21802 NLUSB012MHZ PIJ1001 PIR21701 NLVBUS PIC9901 PIC10001 PIC10101 PIIC8012 PIIC8037 PIIC8064 NLVCC1V8 PIC10501 PIC10601 PIC10701 PIC10801 PIC11001 PIC11101 PIC11201 PIFB101 PIFB201 PIIC5014 PIIC8020 PIIC8031 PIIC8042 PIIC8056 PIIC906 PIIC1001 PIIC1004 PIR19801 PIR19901 PIR20001 PIR20201 PIR20601 PIR20801 PIR21101 PIR21201 PIR21001 PIR21402 PIR21502 NLVCC3V3 PIC10201 PIC10301 PIC10401 PIFB202 PIIC804 NLVPHY PIC9601 PIC9701 PIC9801 PIFB102 PIIC809 NLVPLL This page intentionally left blank. 1 1 2 2 3 3 4 4 D D C C B B A A Title Engineer Author Date Doc# Circuit Rev Sheet# Copyright GMA 500-352 MTA 1/25/2022 10 Arty S7 out of 11 2022 E.2 2.5A R222 0 Power Regulation R221 0.01 JP3 VLDO1 1 VLDO2 2 VDD_LDO2 3 IREF 4 XTAL_IN 6 VSS_ANA 7 XTAL_OUT 8 VREF 5 VLDO3 9 VDD_LDO34 10 VLDO4 11 VBBAT 12 SDA 13 SCL 14 nONKEY 15 nRESETREQ 16 VLX_BUCK4 17 VDD_BUCK4 18 VDD_BUCK3 19 VLX_BUCK3 20 GPIO0 21 GPIO1 22 VDDIO 23 VBUCK4 24 VBUCK3 25 VBUCK1 26 VBUCK2 27 GPIO2 28 GPIO3 29 GPIO4 30 VLX_BUCK1 31 VDD_BUCK1 32 VDD_BUCK2 33 VLX_BUCK2A 34 VLX_BUCK2B 35 TP 36 nIRQ 37 nRESET 38 VDDCORE 39 VSYS 40 GND P IC11 DA9062-00AM No Load 6 1 2 3 4 5 1x6 J11 22uF C116 10V 22uF C122 10V 2.2uF C129 10V 2.2uF C130 10V 2.2uF C132 2.2uF C114 100nF C115 1uH L1 SRP2512A-1R0M 1uH L2 SRP2512A-1R0M 1uH L3 SRP2512A-1R0M 47uF C118 47uF C119 47uF C120 47uF C121 47uF C124 47uF C125 47uF C126 47uF C127 2.2uF C136 R233 200K 1% R228 10K R226 10K VCC3V3 R225 10K VCC5V0 GND AVCC1V8 VCCINT DDRVCC GND GND GND GND R223 0 VCC3V3 GND GND VCC3V3 GND GND GND 10K R229 No Load 10K R234 R227 0 No Load GPIO4 10K R230 10K R235 100K R236 PMIC_TP GND GND VCC5V0 VCC5V0 VCC5V0 VCC5V0 VCC5V0 No Load R237 0 GND PMIC_TP PMIC_SDA PMIC_SCL PMIC_SDA PMIC_SCL R231 100K R232 100K VCC5V0 2.5A 2A 1.5A 300mA 22uF C117 10V 22uF C123 10V GND R229 R234 VCCINT Load No Load 1.0V No Load Load 0.95V R235 DDRVCC DDRVTT Load 1.5V 0.75V 1.35V 0.675V No Load R230 Load No Load VCCINT VoltageConfiguration DDR VoltageConfiguration 2.2uF C131 10V 470nF C156 No Load 10nF 10V C157 GPIO4 1uH L4 SRP2512A-1R0M R224 0.01 VCC1V8 JP4 R263 0 R262 0 GND GND PIC11401 PIC11402 COC114 PIC11501 PIC11502 COC115 PIC11601 PIC11602 COC116 PIC11701 PIC11702 COC117 PIC11801 PIC11802 COC118 PIC11901 PIC11902 COC119 PIC12001 PIC12002 COC120 PIC12101 PIC12102 COC121 PIC12201 PIC12202 COC122 PIC12301 PIC12302 COC123 PIC12401 PIC12402 COC124 PIC12501 PIC12502 COC125 PIC12601 PIC12602 COC126 PIC12701 PIC12702 COC127 PIC12901 PIC12902 COC129 PIC13001 PIC13002 COC130 PIC13101 PIC13102 COC131 PIC13201 PIC13202 COC132 PIC13601 PIC13602 COC136 PIC15601 PIC15602 COC156 PIC15701 PIC15702 COC157 PIIC1101 PIIC1103 PIIC1102 PIIC1104 PIIC1105 PIIC1106 PIIC1107 PIIC1108 PIIC11010 PIIC1109 PIIC11011 PIIC11012 PIIC11013 PIIC11014 PIIC11015 PIIC11016 PIIC11018 PIIC11017 PIIC11019 PIIC11020 PIIC11021 PIIC11022 PIIC11023 PIIC11024 PIIC11025 PIIC11026 PIIC11027 PIIC11028 PIIC11029 PIIC11030 PIIC11032 PIIC11031 PIIC11033 PIIC11034 PIIC11035 PIIC11036 PIIC11037 PIIC11038 PIIC11039 PIIC11040 PIIC110P COIC11 PIJ1101 PIJ1102 PIJ1103 PIJ1104 PIJ1105 PIJ1106 COJ11 PIJP301 PIJP302 COJP3 PIJP401 PIJP402 COJP4 PIL101 PIL102 COL1 PIL201 PIL202 COL2 PIL301 PIL302 COL3 PIL401 PIL402 COL4 PIR22102 PIR22101 COR221 PIR22202 PIR22201 COR222 PIR22302 PIR22301 COR223 PIR22402 PIR22401 COR224 PIR22502 PIR22501 COR225 PIR22602 PIR22601 COR226 PIR22702 PIR22701 COR227 PIR22802 PIR22801 COR228 PIR22901 PIR22902 COR229 PIR23001 PIR23002 COR230 PIR23101 PIR23102 COR231 PIR23201 PIR23202 COR232 PIR23302 PIR23301 COR233 PIR23401 PIR23402 COR234 PIR23501 PIR23502 COR235 PIR23601 PIR23602 COR236 PIR23702 PIR23701 COR237 PIR26202 PIR26201 COR262 PIR26302 PIR26301 COR263 PIC13201 PIIC1102 NLAVCC1V8 PIR22201 NLDDRVCC PIC11402 PIC11502 PIC11602 PIC11702 PIC11802 PIC11902 PIC12002 PIC12102 PIC12202 PIC12302 PIC12402 PIC12502 PIC12602 PIC12702 PIC12902 PIC13002 PIC13102 PIC13202 PIC13602 PIC15602 PIC15702 PIIC1106 PIIC1107 PIIC1108 PIIC11010 PIIC110P PIJ1105 PIR23301 PIR23402 PIR23502 PIR23602 PIR26202 PIR26302 NLGND PIC15701 PIIC11016 PIR22602 PIR22702 NLGPIO4 PIC11401 PIIC11039 PIC11801 PIC11901 PIIC11026 PIJP301 PIL102 PIR22102 PIC12001 PIC12101 PIIC11027 PIL202 PIR22202 PIC12401 PIC12501 PIIC11025 PIL302 PIR22302 PIC12601 PIC12701 PIIC11024 PIJP401 PIL402 PIR22402 PIC13601 PIIC1105 PIC15601 PIIC11012 PIIC1101 PIIC1104 PIR23302 PIIC1109 PIIC11011 PIIC11015 PIR22502 PIIC11017 PIL401 PIIC11020 PIL301 PIR26201 PIIC11021 PIR26301 PIIC11022 PIIC11028 PIR22902 PIR23401 PIIC11029 PIR23002 PIR23501 PIR22701 PIIC11030 PIIC11031 PIL101 PIIC11034 PIIC11035 PIL201 PIIC11037 PIIC11038 PIR22802 PIJ1101 PIJ1106 PIR23702 PIIC11014 PIJ1104 PIR23202 NLPMIC0SCL PIIC11013 PIJ1103 PIR23102 NLPMIC0SDA PIIC11036 PIJ1102 PIR23601 NLPMIC0TP PIJP402 PIR22401 NLVCC1V8 PIC11501 PIIC11023 PIR22301 PIR22801 NLVCC3V3 PIC11601 PIC11701 PIC12201 PIC12301 PIC12901 PIC13001 PIC13101 PIIC1103 PIIC11018 PIIC11019 PIIC11032 PIIC11033 PIIC11040 PIR22501 PIR22601 PIR22901 PIR23001 PIR23101 PIR23201 PIR23701 NLVCC5V0 PIJP302 PIR22101 NLVCCINT 1 1 2 2 3 3 4 4 D D C C B B A A Title Engineer Author Date Doc# Circuit Rev Sheet# Copyright GMA 500-352 MTA 1/25/2022 11 Arty S7 out of 11 2022 E.2 J13 GND VCC3V3 GND LD9 680 R252 No Load 1 1x1 J12 Power Regulation VU OUT 2 IN 1 GND 3 IC14 REF3012AIDBZ 100nF C148 AVCC3V3 XADCVREF 10uF C149 XADCGND 600Ohm/100MHz FB3 GND 470nF C151 AVCC1V8 XADC1V8 1uF C150 10uH FB5 MLZ2012N100LT000 GND 470nF C155 10uF C152 VCC3V3 AVCC3V3 10uF C153 1uF C154 600Ohm/100MHz FB4 GND XADCGND Note: Input Voltage 7-15V. XADCGND VIN 1 PGND 2 PG 3 VOUT 5 MODE 6 SW 7 BST 8 VCC 9 AGND 10 FB 11 EN 12 IC12 MP8756GD 1.8uH L5 SRP7028A-1R8M 3 4 2 1 5 6 P 7 Q6 CSD25310Q2 IN 6 EN 4 ILIM 2 GND P OUT 1 FLAG 3 GND 5 IC13 NCP380HMUAJAATBG 1M R238 22uF C137 25V 100nF C139 25V 1uF C145 5.6K R246 1% 41.2K R242 1% 3.3 R240 220nF C140 50V NL C141 47uF C142 10V 100nF C144 10V REG5V0 PGVREG5V0 REG5V0 VU GND GND GND 22uF C138 25V NL R241 NL R243 0 N R239 L R244 NL R245 47uF C143 10V Q8A Q7A Q5 20K R247 200 R250 1/8W 15K R254 1% 4.02K R255 1% 10K R248 10K R251 2.2K R249 14.3K R253 1% 2K R256 1% 21K R260 1% Q7B Q8B 200K R257 20K R258 100K R259 NL C147 1uF C146 10V PGVREG5V0 GND GND VBUS VCC5V0 VCC5V0 PGVREG5V0 GND REG5V0 VU GND 100 R261 REG5V0 VOUT 4 VIN 1 GND 2 VREFEN 3 VCNTL 6 GND P IC15 AP2303MPTR-G1 1uF C135 10V 0 R264 VCC5V0 GND 10uF C128 GND DDRVCC 100nF C158 GND 10K R265 1% 10K R266 1% DDRVREF DDRVREF DDRVCC 10uF C133 No Load 47uF C134 GND DDRVTT 1K R267 PIC12801 PIC12802 COC128 PIC13301 PIC13302 COC133 PIC13401 PIC13402 COC134 PIC13501 PIC13502 COC135 PIC13701 PIC13702 COC137 PIC13801 PIC13802 COC138 PIC13901 PIC13902 COC139 PIC14001 PIC14002 COC140 PIC14101 PIC14102 COC141 PIC14201 PIC14202 COC142 PIC14301 PIC14302 COC143 PIC14401 PIC14402 COC144 PIC14501 PIC14502 COC145 PIC14601 PIC14602 COC146 PIC14701 PIC14702 COC147 PIC14801 PIC14802 COC148 PIC14901 PIC14902 COC149 PIC15001 PIC15002 COC150 PIC15101 PIC15102 COC151 PIC15201 PIC15202 COC152 PIC15301 PIC15302 COC153 PIC15401 PIC15402 COC154 PIC15501 PIC15502 COC155 PIC15801 PIC15802 COC158 PIFB301 PIFB302 COFB3 PIFB401 PIFB402 COFB4 PIFB501 PIFB502 COFB5 PIIC1201 PIIC1202 PIIC1203 PIIC1205 PIIC1206 PIIC1207 PIIC1208 PIIC1209 PIIC12010 PIIC12011 PIIC12012 COIC12 PIIC1301 PIIC1303 PIIC1302 PIIC1304 PIIC1305 PIIC1306 PIIC130P COIC13 PIIC1401 PIIC1402 PIIC1403 COIC14 PIIC1501 PIIC1502 PIIC1503 PIIC1504 PIIC1506 PIIC150P COIC15 PIJ1201 COJ12 PIJ1301 PIJ1302 PIJ1303 COJ13 PIL501 PIL502 COL5 PILD90A PILD90K COLD9 PIQ501 PIQ502 PIQ503 COQ5 PIQ601 PIQ602 PIQ603 PIQ604 PIQ605 PIQ607 PIQ606 PIQ60P COQ6 PIQ701 PIQ702 PIQ706 COQ7A PIQ703 PIQ704 PIQ705 COQ7B PIQ801 PIQ802 PIQ806 COQ8A PIQ803 PIQ804 PIQ805 COQ8B PIR23801 PIR23802 COR238 PIR23902 PIR23901 COR239 PIR24001 PIR24002 COR240 PIR24101 PIR24102 COR241 PIR24201 PIR24202 COR242 PIR24301 PIR24302 COR243 PIR24401 PIR24402 COR244 PIR24501 PIR24502 COR245 PIR24601 PIR24602 COR246 PIR24701 PIR24702 COR247 PIR24801 PIR24802 COR248 PIR24901 PIR24902 COR249 PIR25001 PIR25002 COR250 PIR25101 PIR25102 COR251 PIR25201 PIR25202 COR252 PIR25302 PIR25301 COR253 PIR25401 PIR25402 COR254 PIR25501 PIR25502 COR255 PIR25601 PIR25602 COR256 PIR25701 PIR25702 COR257 PIR25801 PIR25802 COR258 PIR25901 PIR25902 COR259 PIR26001 PIR26002 COR260 PIR26101 PIR26102 COR261 PIR26401 PIR26402 COR264 PIR26501 PIR26502 COR265 PIR26601 PIR26602 COR266 PIR26701 PIR26702 COR267 PIC15001 PIFB301 NLAVCC1V8 PIC14801 PIC15301 PIC15401 PIC15501 PIFB502 PIIC1401 NLAVCC3V3 PIC12801 PIIC1501 PIR26502 NLDDRVCC PIC15801 PIIC1503 PIR26501 PIR26602 NLDDRVREF PIC13301 PIC13401 PIIC1504 PIR26701 NLDDRVTT PIC12802 PIC13302 PIC13402 PIC13502 PIC13702 PIC13802 PIC13902 PIC14202 PIC14302 PIC14402 PIC14502 PIC14601 PIC14701 PIC15002 PIC15102 PIC15202 PIC15302 PIC15402 PIC15502 PIC15802 PIFB401 PIIC12010 PIIC1202 PIIC1305 PIIC130P PIIC1502 PIIC150P PIJ1302 PIJ1201 PIJ1303 PIQ801 PIQ701 PIQ704 PIQ804 PIR24401 PIR24501 PIR24601 PIR25202 PIR25502 PIR25602 PIR25702 PIR26002 PIR26601 PIR26702 NLGND PIC13501 PIR26402 PIIC1506 PIR24002 PIC14001 PIC14002 PIIC1207 PIL501 PIR24101 PIR24102 PIC14101 PIR24302 PIC14501 PIR23901 PIIC1209 PIC14702 PIR26102 PIIC1304 PIIC1206 PIR23902 PIR24502 PIIC1208 PIR24001 PIIC12011 PIR24301 PIR24202 PIR24602 PIR23802 PIIC12012 PIR24402 PIIC1302 PIR26001 PIIC1303 PIR25902 PILD90K PIR25201 PIQ501 PIR24802 PIR25101 PIQ502 PIQ603 PIR24702 PIR25001 PIQ702 PIQ703 PIR24902 PIQ705 PIR25302 PIR25601 PIQ706 PIR25102 PIQ803 PIR25802 PIR26101 PIQ806 PIR25002 PIIC1203 PIQ802 PIQ805 PIR25402 PIR25501 NLPGVREG5V0 PIC14102 PIC14201 PIC14301 PIC14401 PIIC1205 PIL502 PIQ604 PIQ607 PIR24201 PIR25401 NLREG5V0 PIC14602 PIIC1306 PIR25701 PIR25801 PIR25901 NLVBUS PIC15201 PIFB501 PILD90A NLVCC3V3 PIIC1301 PIQ503 PIQ601 PIQ602 PIQ605 PIQ606 PIQ60P PIR24701 PIR24801 PIR24901 PIR26401 NLVCC5V0 PIC13701 PIC13801 PIC13901 PIIC1201 PIJ1301 PIR23801 PIR25301 NLVU PIC15101 PIFB302 NLXADC1V8 PIC14802 PIC14902 PIFB402 PIIC1403 NLXADCGND PIC14901 PIIC1402 NLXADCVREF

6mo