Connect-Tech – RADIOMAG GmbH CKG064 Jetson AGX Xavier Carrier User Guide

Connect-Tech – RADIOMAG GmbH CKG064 Jetson AGX Xavier Carrier

PREFACE

Disclaimer
The information contained within this user’s guide, including but not limited to any product specification, is subject to change without notice. Connect Tech assumes no liability for any damages incurred directly or indirectly from any technical or typographical errors or omissions contained herein or for discrepancies between the product and the user’s guide.

Customer Support Overview
If you experience difficulties after reading the manual and/or using the product, contact the Connect Tech reseller from which you purchased the product. In most cases the reseller can help you with product installation and difficulties.
In the event that the reseller is unable to resolve your problem, our highly qualified support staff can assist you. Our support section is available 24 hours a day, 7 days a week on our website at: https://connecttech.com/support /resource-center/. See the contact information section below for more information on how to contact us directly. Our technical support is always free.

Contact Information

Contact Information

Mail/Courier| Connect Tech Inc. Technical Support 489 Clair Rd. W. Guelph, Ontario Canada N1L 0H7
Contact Information| sales@connecttech.com support@connecttech.com www.connecttech.com/

Toll-Free:             800-426-8979 (North America only) Telephone: +1-519-836-1291

Facsimile:            519-836-4878 (on- line 24 hours)

Support| Please go to the Connect Tech Resource Center for product manuals, installation guides, device drivers, BSPs and technical tips.

Submit your technical support questions to our support engineers. Technical Support representatives are available Monday through Friday, from 8:30 a.m. to 5:00 p.m. Eastern Standard Time.

Limited Product Warranty
Connect Tech Inc. provides a one-year Warranty for this product. Should this product, in Connect Tech Inc.’s opinion, fail to be in good working order during the warranty period, Connect Tech Inc. will, at its option, repair or replace this product at no charge, provided that the product has not been subjected to abuse, misuse, accident, disaster or non-Connect Tech Inc. authorized modification or repair.  You may obtain warranty service by delivering this product to an authorized Connect Tech Inc. business partner or to Connect Tech Inc. along with proof of purchase. Product returned to Connect Tech Inc. must be pre-authorized by Connect Tech Inc. with an RMA (Return Material Authorization) number marked on the outside of the package and sent prepaid, insured and packaged for safe shipment. Connect Tech Inc. will return this product by prepaid ground

shipment service. The Connect Tech Inc. Limited Warranty is only valid over the serviceable life of the product. This is defined as the period during which all components are available. Should the product prove to be irreparable, Connect Tech Inc. reserves the right to substitute an equivalent product if available or to retract the Warranty if no replacement is available. The above warranty is the only warranty authorized by Connect Tech Inc. Under no circumstances will Connect Tech Inc. be liable in any way for any damages, including any lost profits, lost savings or other incidental or consequential damages arising out of the use of, or inability to use, such product.

Copyright Notice
The information contained in this document is subject to change without notice. Connect Tech Inc. shall not be liable for errors contained herein or for incidental consequential damages in connection with the furnishing, performance, or use of this material. This document contains proprietary information that is protected by copyright. All rights are reserved. No part of this document may be photocopied, reproduced, or translated to another language without the prior written consent of Connect Tech, Inc. Copyright © 2021 by Connect Tech, Inc.

Trademark Acknowledgment
Connect Tech, Inc. acknowledges all trademarks, registered trademarks and/or copyrights referred to in this document as the property of their respective owners. Not listing all possible trademarks or copyright acknowledgments does not constitute a lack of acknowledgment to the rightful owners of the trademarks and copyrights mentioned in this document.

ESD Warning
Electronic components and circuits are sensitive to ElectroStatic Discharge (ESD). When handling any circuit board assemblies including Connect Tech COM Express carrier assemblies, it is recommended that ESD safety precautions be observed. ESD safe best practices include, but are not limited to:

• Leaving circuit boards in their antistatic packaging until they are ready to be installed.
• Using a grounded wrist strap when handling circuit boards, at a minimum you should touch a grounded metal object to dissipate any static charge that may be present on you.
• Only handling circuit boards in ESD safe areas, which may include ESD floor and table mats, wrist strap stations and ESD safe lab coats.
• Avoiding handling circuit boards in carpeted areas.
• Try to handle the board by the edges, avoiding contact with components.

REVISION HISTORY

details and detailed feature descriptions
0.02| 2019-08-26| Added power consumption numbers, RTC connector section, LED summary, standoff thread sizes for M.2, camera expansion screw size, and corrected P12 pinout.
0.03| 2019-09-24| Corrected max voltage input
0.04| 2021-06-17| Updated Template & Address, Updated Fan Connector (12V), Updated XHG306 3D Model Images, Updated Misc. I/O Connector
0.05| 2022-12-01| Added note on 5V fan connector removal on AGX111
 |  |

INTRODUCTION

Connect Tech’s Rogue (AGX101) is a full-featured NVIDIA® Jetson AGX Xavier™ module carrier board. This carrier board for AGX Xavier™ is specifically designed for commercially deployable platforms and has an extremely small footprint of 92mm x 105mm.  The Rogue provides access to an impressive list of latest generation interfaces on the AGX Xavier™ while adding additional interfaces of 3x USB 3.1, 2x GbE, 2x HDMI and a locking Mini-Fit Jr. input power connector. Rugged camera add-on expansion boards will also be available for use with the Rogue to interface directly with the AGX Xavier™ high-density MIPI CSI interfaces.

Product Features and Specifications

Specifications

NVIDIA® GPU SoC Module Compatibility| NVIDIA® Jetson AGX Xavier™
Networking| 2x Gigabit Ethernet (RJ45)

–       1 port from RGMII PHY (direct from module)

–       1 port from a PCIe I210 MAC/PHY

Display Output| 2x HDMI 1.4a (Type A)
Camera Input| 6x two lane MIPI CSI-2 or 4x four lane MIPI CSI-2

using a 120 pin (dev kit compatible) QSH expansion connection

USB| 3x USB 3.1 5Gbps/10Gbps (Type C – OTG mode 1 port)

(Note only 2 interfaces can be used at 10Gbps simultaneously)

Storage| 2x M.2 Key-M (NVMe) expansion slot (4 lane PCIe Gen 3) 1x microSD or UFS card slot
UART| 2x @3.3V UART1 and UART2

1x USB based Debug UART3 (microUSB AB connector)

I2C/SPI| 1x @3.3V I2C

1x @3.3V SPI

CAN Bus| 2x CAN 2.0b Isolated Ports
GPIO| 4x @3.3V GPIO (direct from module)
User Expansion| 1x M.2 Key-E expansion slot (1 lane PCIe Gen 3, USB 2.0) For WiFi/Bluetooth modules
Input Power| 9-19V DC Wide Input Power (4 pin Mini-fit Jr Connector)
PCB / Electronics Mechanical Information| 92mm x 105mm
Operating Temperature (Carrier Board Only)| -40°C to +85°C (-40°F to +185°F)

Part Numbers / Ordering Information

PRODUCT OVERVIEW

Block Diagram

Board (Top Side)

Board (Back Side)

Connector Summary & Locations 

Jumper Summary & Locations 

LED Summary

power on mode (via dip switch), this light will power on only after the power button has been pushed. Since the typical default mode is auto power on, the light will come on as on the system starts to boot.

DETAILED FEATURE DESCRIPTION

LED Locations

Connector and Switch Locations – Module Side

Jetson AGX Xavier™ Board-to-Board Carrier Connector
With the NVIDIA® Jetson AGX Xavier™, the processor and chipset are implemented on the module.

Function| NVIDIA® Jetson AGX Xavier™ Module Interface|

---|---|---
Location| P9
Type| Molex Mirror Mezz™ Connector
Connector| Part Number: 203456-0003 Manufacturer: Molex
Mating Connector| Same as above.
Pinout| Refer to NVIDIA® Jetson AGX Xavier™ System-on-Module datasheet and OEM design guide for pinout details

M.2 M-Key – NVMe

Function| NVMe Storage (x2 PCIe Gen 3)|
---|---|---
Location| J2A, J2B
Type| 2280 M.2 M-key 3.2mm mating height with M3 mounting standoff.
Connector| Part Number: 1-2199119-5 Manufacturer: TE
Mating Connector| N/A
Pinout| M.2 Specification M-Key pin assignment.
Notes| Interface is x4 PCIe Gen 3. SATA is not supported. PCIe based devices only.

Fan Connector (5V)

Function| Fan control for Dev Kit|
---|---|---
Location| P8
Type| 4 pin Panel-mate
Connector| Part Number: 53780-0470 Manufacturer: Molex
Mating Connector| Part Number: 51146-0400 (housing),

50641-8xxx (contact) Manufacturer: Molex

Pinout| Pin| Description
1| GND
2| 5V Power
3| TACH from fan to module
4| PWM from module to fan
Notes| Installation note:

Fan connector must be installed before an NVMe card is installed in slot J2A (NVMe 1) to avoid interference.

This Fan connection is specifically for 5V fans ONLY, and will not properly work with a 12V Fan (see P11 below for 12V option).

This connector was removed on AGX111.

CAN Bus TERM enable switch

Function| Enable CAN Bus termination on CAN1 and CAN2|
---|---|---
Location| S2
Type| 2 SPST dip switch
Default| Product is shipped with both Terminations DISABLED. Only add the termination if the unit is an end point of any CAN Bus connection, otherwise leave disabled.
Pinout| Switch| Description| ON| OFF
S2-1| CAN Bus 1 TERM Enable| 120 ohm| No TERM
S2-2| CAN Bus 2 TERM Enable| 120 ohm| No TERM

Connector and Switch Locations – User Interface Side

USB UART Debug console – Micro USB-AB

Function| USB UART Debug console|
---|---|---
Location| P4
Type| 5 Pin USB Micro AB connector
Connector| Part Number: 47589-0001 Manufacturer: Molex
Mating Cable| Any standard Micro USB to USB Type A
Notes| This interface utilizes an FTDI USB to Serial device on board to allow access to the Jetson AGX Xavier™ Serial debug console using any Micro USB to USB A cable and any PC with a USB interface and serial terminal program.

USB 3.1/OTG Type C

Function| USB 3.1 device port, OTG programming port|
---|---|---
Location| J3
Type| 24 Pin USB Type C
Connector| Part Number: 632723300011 Manufacturer: Wurth
Mating Cable| Any Standard Type C interface cable or device

Note this port only supports USB devices, it does not include a display interface

Notes| This interface doubles as both a standard DFP (Downward facing port) USB 3.1 port to support USB 3.1 devices and the Jetson AGX Xavier™ Programming (flashing) interface port. The port is capable of up to USB 3.1 Gen 2 speeds in normal operation. The USB 2.0 portion of the interface doubles as the OTG programming port when the FORCE RECOVERY function is applied at startup. The power to the port is disabled so an external PC connection is possible in order to reprogram the module using Jetpack.

Maximum power available on this output is 1.5A @5V.

USB 3.1 Type C

Function| USB 3.1 device ports|
---|---|---
Location| J4A, J4B
Type| 24 Pin USB Type C
Connector| Part Number: 632723300011 Manufacturer: Wurth
Mating Connector| Any Standard Type C interface cable or device

Note this port only supports USB devices, it will not work as a display interface

Notes| These interfaces are both standard DFP (Downward facing port) USB 3.1 Gen 2 capable ports used to support USB peripheral devices. Display devices or devices requiring 20V power modes are NOT supported.

These ports are capable up to USB 3.1 Gen 2 (10G) speeds in normal operation. Note that only any 2 interfaces can be used at 10Gbps simultaneously.

The power available from either of these ports is 3A @5V. However, ONLY ONE port can be loaded at up to 3A at a time. Both will support simultaneous 1.5A loads. Overloading both of these ports will result in system power overload and the Rogue will shut down prematurely.

RTC Battery
The Rogue allows for an external RTC battery to be connected. This battery should be a 3V DC battery, and it will hold settings including date and time. For further information about RTC battery selection and life time estimation, see Application Note 00009: https://connecttech.com/pdf/CTIN-00009.pdf

Function| RTC Battery Connector|
---|---|---
Location| P7
Type| 3 pin PicoBlade (vertical)
Connector PN| 53047-0310 – Manufacturer: Molex
Mating PN| 51021-0300 – Manufacturer: Molex
Pinout| Pin| Signal| Description
1| +3V| RTC Battery Voltage Input
2| NC| No Connect
3| GND| Ground/Return

MISC I/O Connector

Function| 2x Serial (TTL), 1x I2C, 1x SPI, 4x GPIO|

---|---|---
Location| P3
Type| 20 Pin
Connector| Part Number: T1M-10-GF-DH Manufacturer: Samtec
Mating Cable| S1SD-10-28-GF-xxx
Pinout| Connector Pins| Description
1| UART1 TX
2| UART2 TX
3| UART1 RX
4| UART2 RX
5| I2C SCL
6| UART2 RTS#
7| I2C SDA
8| UART2 CTS#
9,10,11,12| GND
13| GPIO0 (GPIO12)
14| SPI CLK
15| GPIO1 (GPIO13)
16| SPI MOSI
17| GPIO2 (GPIO14)
18| SPI MISO
19| GPIO3 (GPIO17)
20| SPI CS#
Notes| This interface provides 3.3V capable generic I/O including:

·         UART1 under /dev/ttyTHS0 UART2 under /dev/ttyTHS1

·         I2C under i2c-0

·         SPI under /dev/spidev0.0

·         x4 GPIO under gpiochip2

For more information on I2C usage, please click here. For more information on GPIO usage, please click here.

CAN Bus Connector

Function| 2x Isolated CAN Bus|

---|---|---
Location| P2
Type| 6 Pin
Connector| Part Number: T1M-03-GF-DH Manufacturer: Samtec
Mating Cable| S1SD-03-28-GF-xxx
Pinout| Connector Pins| Description
1| CAN0_H
2| CAN1_H
3| CAN0_L
4| CAN1_L
5| GND_ISO
6| GND_ISO
Notes| This interface provides two isolated CAN Bus interfaces.

CAMERA Expansion Connector

Function| 8 MIPI CSI-2 Camera Interfaces + I2C and GPIO Control|
---|---|---
Location| P1
Type| 120 Pin QSH with M2.5 mounting standoffs
Default| Part Number: QSH-060-01-L-D Manufacturer: Samtec
Mating Connector| QTH
Pinout| Pin #| Description| Pin #
1| CSI0_D0_P| CSI1_D0_P| 2
3| CSI0_D0_N| CSI1_D0_N| 4
5| GND| GND| 6
7| CSI0_CLK_P| CSI1_CLK_P| 8
9| CSI0_CLK_N| CSI1_CLK_N| 10
11| GND| GND| 12
13| CSI0_D1_P| CSI1_D1_P| 14
 | 15| CSI0_D1_N| CSI1_D1_N| 16|
---|---|---|---|---|---
17| GND| GND| 18
19| CSI2_D0_P| CSI3_D0_P| 20
21| CSI2_D0_N| CSI3_D0_N| 22
23| GND| GND| 24
25| CSI2_CLK_P| CSI3_CLK_P| 26
27| CSI2_CLK_N| CSI3_CLK_N| 28
29| GND| GND| 30
31| CSI2_D1_P| CSI3_D1_P| 32
33| CSI2_D1_N| CSI3_D1_N| 34
35| GND| GND| 36
37| CSI4_D0_P| CSI6_D0_P| 38
39| CSI4_D0_N| CSI6_D0_N| 40
41| GND| GND| 42
43| CSI4_CLK_P| CSI6_CLK_P| 44
45| CSI4_CLK_N| CSI6_CLK_N| 46
47| GND| GND| 48
49| CSI4_D1_P| CSI6_D1_P| 50
51| CSI4_D1_N| CSI6_D1_N| 52
53| GND| GND| 54
55| +12V| +12V| 56
57| +12V| +12V| 58
59| CSI5_D0_P| CSI7_D0_P| 60
61| CSI5_D0_N| CSI7_D0_N| 62
63| GND| GND| 64
65| CSI5_CLK_P| CSI7_CLK_P| 66
67| CSI5_CLK_N| CSI7_CLK_N| 68
69| GND| GND| 70
71| CSI5_D1_P| CSI7_D1_P| 72
73| CSI5_D1_N| CSI7_D1_N| 74
75| I2C3_SCL| NC| 76
77| I2C3_SDA| NC (PWM1)| 78
79| GND| GND| 80
81| +2.8V| +2.8V| 82
83| +2.8V| NC| 84
 | 85| NC| NC (PWM2)| 86|
---|---|---|---|---|---
87| I2C2_SCL| CAM_MCLK3| 88
89| I2C2_SDA| CAM1_PWDN| 90
91| CAM_MCLK2| CAM1_RST#| 92
93| CAM0_PWDN| CAM_MCLK4| 94
95| CAM0_RST#| NC| 96
97| NC| NC| 98
99| GND| GND| 100
101| NC| 1.8V| 102
103| NC| NC| 104
105| I2C4_SCL| NC| 106
107| I2C4_SDA| 3.3V| 108
109| NC| 3.3V| 110
111| NC| NC| 112
113| NC| NC| 114
115| GND| GND| 116
117| NC| 3.3V| 118
119| CAM_AVDD_EN| 3.3V| 120
Notes| Only 6 of the CSI2 interfaces can be used at once in 2 lane configuration. Only 4 interfaces when using 4 lane configuration.

All non-CSI-2 I/O is 1.8V levels.

CAUTION! – The 12V pins shown above differ from that of the NVIDIA® dev kit pinout. This 12V power can be used for Camera expansion requirements up to 2A @12V.

M.2 E-Key – WiFi and Bluetooth Expansion port

Function| M.2 E-Key Expansion port|
---|---|---
Location| P10
Type| 75 Pin M.2 Connector with M2.5 mounting standoff
Connector| Part Number: 2199230-4 Manufacturer: TE
Mating Cable| N/A
Pinout| As per the M.2 E-Key specification
Notes| This port contains a x1 PCIe Gen 1 interface and one USB 2.0 interface. Support for M.2 2230 sizes only.

Fan Connector (12V)

Function| M.2 E-Key Expansion port|
---|---|---
Location| P10
Type| 75 Pin M.2 Connector with M2.5 mounting standoff
Connector| Part Number: 2199230-4 Manufacturer: TE
Mating Cable| N/A
Pinout| As per the M.2 E-Key specification
Notes| This port contains a x1 PCIe Gen 1 interface and one USB 2.0 interface. Support for M.2 2230 sizes only.

External Switch Access Connector

Function| External Switch Access (Power, Reset, Force Recovery)|

---|---|---
Location| P12
Type| 4 pin PicoBlade (vertical)
Connector| Part Number: 53047-0410 Manufacturer: Molex
Mating Connector| Part Number: 51021-0400 (housing),

50058-8000 (contact) Manufacturer: Molex

Pinout| Connector Pins| Description
1| GND
2| Force_Recovery_BTN#
3| Reset_BTN#
4| Power_BTN#
Notes| To activate any of the features, momentarily connect the signal the GND provided on the connector using momentary close switches only.

Micro SD/UFS Card Expansion port

Function| Micro SD or UFS Card Expansion|
---|---|---
Location| S7
Type| 19 Pin Multi card connector
Connector| Part Number: 10101704J6#2A Manufacturer: Amphenol
Mating Cable| N/A
Pinout| As Per the micro SD and UFS Specification

HDMI Video Outputs

Function| HDMI Display Outputs|
---|---|---
Location| P5A, P5B
Type| 19 Pin Multi card connector
Connector| Part Number: 2013978-1 Manufacturer: TE
Mating Cable| Standard HDMI cable
Pinout| As per the HDMI Specification
Notes| Outputs are capable of a resolution up to 3840×2160 @60Hz. Dual display is supported.

GBE RJ45 Connectors

Function| GBE Network Connectivity|
---|---|---
Location| J1A, J1B
Type| 8 pin RJ45 with integrated Magnetics
Connector| Part Number: JXD0-0001NL Manufacturer: Pulse
Mating Cable| Standard RJ45 Cat 5e
Pinout| As per the IEEE-802.3 specification
Notes| J1A comes direct from the AGX Xavier™ Module Ethernet port. J1B Comes from the local

carrier’s PCIe Intel I210 MAC/PHY.

POWER Connector

Function| Input Power|

---|---|---
Location| P6
Type| 4 Pin Molex Mini-Fit Jr.
Connector| Part Number: 39-30-1042 Manufacturer: Molex
Mating Cable| ATX 4 pin Mini Fit Jr
Pinout| Connector Pins| Description
1| GND
2| GND
3| +VIN
4| +VIN
Notes| Voltage Input Range 9V – 19V input range with input reverse polarity protection. Note that this connector is compatible with a 12V 4pin ATX Power supply connection.

POWER Mode Select Switch

Function| Power Mode selection|
---|---|---
Location| S1
Type| 4 SPST dip switch
Connector| Product is shipped with all switches OFF, the default is Auto On/Module Controlled mode.
Mating Cable| Switch| Description| ON| OFF
S1-1| Auto or Manual Power On (MAN)| Manual Power On| Auto
S1-2| Module Present Detect (MD) – Debug ONLY| DO NOT USE| Module controlled
S1-3| Carrier Power On (CP)

– Debug ONLY

| DO NOT USE| Module controlled
S1-4| OTG Port Power control (OT) – Debug ONLY| DO NOT USE| Auto
Notes| S1- 1

AUTO Power ON Mode behavior

1)  Upon applying power the system boots immediately.

2)  Upon requesting a Software shutdown from the OS, the system will reboot after the shutdown completes without cycling power.

3)  Upon a Power Button Event ( > 500 ms but < 10 secs) the system OS will prompt with the Restart/Shutdown pop-up menu (only applicable in the GUI).

4)  Upon a Power Button Event ( > 10 secs) the system OS will prompt with the Restart/Shutdown menu (only applicable in the GUI). Note that the system will NOT shutdown.

Manual Power ON Mode behavior

1)  Upon applying power the system will sit in standby, awaiting a ( > 500ms) Power Button Event.

2)  Upon requesting a Software shutdown from the OS, the system will return to standby and await a new Power Button Event ( > 500ms).

3)  Upon a Power Button Event while operating ( > 500 ms but < 10 secs) the system OS will prompt with the Restart/Shutdown menu (only applicable in the GUI).

4)  Upon a Power Button Event while operating ( > 10 secs) the system will perform a hard shutdown immediately and return to the Power On standby state awaiting a new Power Button Event.

Push Button Switches

Function| Power/Reset/Force Recovery Buttons|

---|---|---
Location| S3, S6, S5
Type| Momentary Pushbutton micro switches
Function| Power ON switch (S3): a press of >500ms when in manual mode will trigger the system to power ON.

Reset Switch (S6): a press of >500ms will trigger a full system Reset.

Force Recovery (S5): No function during normal operation. Will place the AGX Xavier™ Module into Force Recovery Mode when held during power ON.

TYPICAL INSTALLATION

1. Ensure all external system power supplies are off.

2. Install the Jetson AGX Xavier™ Module onto the Molex Mirror Mezz™ Connector. Be sure to follow the manufacturer’s directions for proper installation of mounting hardware, heatsink/heatspreader, and any other applicable requirements from the manufacturer.

3. Install the necessary cables for application. At a minimum, these would include:

   • Power cable to the input power connector on the carrier
   • HDMI video display cable
   • Keyboard and mouse via USB
     For additional information on the relevant cables, please see the Cables and Interconnects section of this manual.

4. Connect the Power Cable to the Power Supply.

5. Switch ON the Power Supply. DO NOT power up your system by plugging in live power.

SOFTWARE

For L4T (Linux for Tegra) BSPs and Software Support NVIDIA® Jetson™ AGX Xavier™ please follow this link: https://connecttech.com/resource-center/l4t- board-support-packages/

FORCE RECOVERY MODE

The USB 3.1/OTG Port (J3) of the Rogue can be used to reprogram the AGX Xavier™ from another host platform running NVIDIA® Jetpack™.

1. Power down the system completely. The system power MUST be OFF, not in suspend or sleep mode.
2. Connect the OTG USB port to another host device that will be supplying the new system file.
3. Hold down the Force Recovery Button (S5) and then power the board.
4. After three (3) seconds release the Recovery button.
5. The AGX Xavier™ will show up on the host system USB list as a new NVIDIA® target device.
6. After successfully updating the system software, power off the system. A clean power up will revert the OTG port back into host mode.

POWER CONSUMPTION

Below is the theoretical maximum stand-alone power consumption of the Rogue Carrier with the AGX Xavier™ Module installed. (System power)

Theoretical absolute maximum total with AGX Xavier™ Module (30W Power Mode), 2x NVMe, 2x GbE, 3x USB 3.1 Gen 2 fully loaded (1x 3A, 2x 1.5A), 3x Camera (4 lane).| 75W

The typical power consumption will vary depending on the application and use case.

Idle, AGX Xavier™ (10W Power Mode), 2x NVMe, 2x GbE, 1x WiFi/BT modules, dual display, 3x USB 3.1 Gen 2 to four port hubs, uSD Card, Serial Console.| 18W
AGX Xavier™ (30W Power Mode), 1x display running CUDA benchmarks| 42W
AGX Xavier™ (30W Power Mode), 2x NVMe, 2x GbE, 1x WiFi/BT modules, dual display, 3x USB 3.1 Gen 2 to four port hubs, uSD Card, Serial Console. Running CUDA, and system benchmarks.|

64W

CABLES

Carrier.

• Cable drawings are available upon request. Send an email request to: support@connecttech.com

MECHANICAL DRAWINGS & MODELS

3D Model is located
https://connecttech.com/ftp/3d_models/AGX101_3D_MODEL.zip

THERMAL OPTIONS

• Passive Heatsink (XHG305)
• Active Heatsink (XHG306)

Assembly drawings

• AGX101-01 Example (No Heatsink)
• AGX101-12 Example (Active Heatsink)
• AGX101-18 Example (Passive Heatsink)

References

• Connect Tech Inc., Embedded Computing Experts
• Resource Center - Connect Tech Inc.

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