# AVA-7200 # User’s Manual Fanless Scalable Railway Edge AI Platform ![Front view of a black electronic device with labeled ports and connectors (no readable text or symbols beyond labels)](.ava-7200-50m-41058-1040-14/0b2f599c7b24aef361539f00d5c2ebc0e52b95be6c7067b28dbdd037c762a74a.jpg) Manual Rev.: Rev. 1.4 Revision Date: April 21, 2026 Part Number: 50M-41058-1040 # Revision History

Revision	Description	Date
1.0	Initial release	2025-05-14
1.1	Getting started updated	2025-05-23
1.2	Connector pinouts and jumper settings updated	2025-11-05
1.3	Specifications updated	2025-11-19
1.4	Connecting a ground cable updated	2026-04-21

# Preface # Copyright Copyright 2025 ADLINK Technology, Inc. This document contains proprietary information protected by copyright. All rights are reserved. No part of this manual may be reproduced by any mechanical, electronic, or other means in any form without prior written permission of the manufacturer. # Disclaimer The information in this document is subject to change without prior notice in order to improve reliability, design, and function and does not represent a commitment on the part of the manufacturer. In no event will the manufacturer be liable for direct, indirect, special, incidental, or consequential damages arising out of the use or inability to use the product or documentation, even if advised of the possibility of such damages. # Environmental Responsibility ADLINK is committed to fulfill its social responsibility to global environmental preservation through compliance with the European Union's Restriction of Hazardous Substances (RoHS) directive and Waste Electrical and Electronic Equipment (WEEE) directive. Environmental protection is a top priority for ADLINK. We have enforced measures to ensure that our products, manufacturing processes, components, and raw materials have as little impact on the environment as possible. When products are at their end of life, our customers are encouraged to dispose of them in accordance with the product disposal and/or recovery programs prescribed by their nation or company. ![Symbol of a trash bin crossed with no text or labels, accompanied by a solid black rectangle below (no text or symbols present)](.ava-7200-50m-41058-1040-14/82029245dcd7a3ba17859f07f517ada26d35955eabdc31cd92470b987f56b8a4.jpg) Battery Labels (for products with battery) ![Symbol of a trash bin crossed out by two diagonal lines (no text or labels)](.ava-7200-50m-41058-1040-14/6c01fe795cbd905fd3ebdf31c96b71721aee0813ad948f19ccf85394adbf46ea.jpg) ![Li-ion](.ava-7200-50m-41058-1040-14/a54dc171240d830855d346dd25c1287e2a4e708e2156a0c9d0612354a583b215.jpg) ![RECYCLE\nRBRC\nLi-ion\n7.800.822.8837](.ava-7200-50m-41058-1040-14/cd69c95e8cdbd36800bd9f09744721abeda4978ca14b6de6c2673ca6bb94588d.jpg) ![廢電池請回收](.ava-7200-50m-41058-1040-14/8461d4deaf5f4e55817c74ada396cd41e2fd3789763bc7ad3533a26f19ed8ef8.jpg) # California Proposition 65 Warning ![A yellow triangular warning sign with a thick black border containing a black exclamation point in the center against a white background.](.ava-7200-50m-41058-1040-14/8fc934a46632d95375cb4c46e4a7540dede0a43f8a238b726f0790625ef82b01.jpg) WARNING: This product can expose you to chemicals including acrylamide, arsenic, benzene, cadmium, Tris(1,3-dichloro-2-propyl)phosphate (TDCPP), 1,4-Dioxane, formaldehyde, lead, DEHP, styrene, DINP, BBP, PVC, and vinyl materials, which are known to the State of California to cause cancer, and acrylamide, benzene, cadmium, lead, mercury, phthalates, toluene, DEHP, DIDP, DnHP, DBP, BBP, PVC, and vinyl materials, which are known to the State of California to cause birth defects or other reproductive harm. For more information go to www.P65Warnings.ca.gov. # Trademarks Product names mentioned herein are used for identification purposes only and may be trademarks and/or registered trademarks of their respective companies. # Conventions Take note of the following conventions used throughout this manual to make sure that users perform certain tasks and instructions properly. ![An icon featuring a white document with a folded top-right corner and faint horizontal lines, overlaid with a large red checkmark.](.ava-7200-50m-41058-1040-14/30feee546e41ce7e7b03fff6e8457581af101e2679236786b3ae65f85ee9df39.jpg) NOTE: Additional information, aids, and tips that help users perform tasks. ![The image displays a yellow triangular warning sign with a black border. Centered within the triangle is a large black exclamation mark.](.ava-7200-50m-41058-1040-14/eaa3a9f0a4e64fbd90d15695824242eae372e82ccbc2b4e965e84095cfbd1b95.jpg) CAUTION: Information to prevent minor physical injury, component damage, data loss, and/or program corruption when trying to complete a task. ATTENTION: Informations destinées à prévenir les blessures corporelles mineures, les dommages aux composants, la perte de données et/ou la corruption de programme lors de l'exécu- tion d'une tâche. ![The image displays a maroon equilateral triangle with a white border. Inside the triangle is a white exclamation point centered vertically and horizontally.](.ava-7200-50m-41058-1040-14/7cf00285a5df665b8a5ebd89662218707e8a65c3c7daf3e6563b1b1a9c2c2859.jpg) WARNING: Information to prevent serious physical injury, component damage, data loss, and/or program corruption when trying to complete a specific task. AVERTISSEMENT: Informations destinées à prévenir les bles- sures corporelles graves, les dommages aux composants, la perte de données et/ou la corruption de programme lors de l'exécution d'une tâche spécifique. # Table of Contents # Preface... # List of Figures .... ..vii # List of Tables...... ..vii # 1 Introduction.... 1.1 Overview.. .9 1.2 Features.. .9 1.3 Packing List . ..10 1.4 Optional Accessories ... .11 # 2 Specifications .... .13 2.1 Product Specifications.. ..13 2.2 Power Specifications... .15 2.3 Functional Block Diagram . ..16 # 3 Mechanical Layout .. .17 3.1 Mechanical Dimensions . .17 3.2 I/O Panel Connector Locations . .17 # 4 Getting Started... .19 4.1 Removing the Movable Cover.. ..19 4.2 Installing the M.2 M-Key 2280 NVMe Storage Module .. .20 4.3 Installing M.2 B-Key 2042 5G Modules .. .22 Installing M.2 E-Key 2230 Wi-Fi Module.. .25 4.5 Installing Mini-PCIe GPS Module ... .29 Installing 2.5” SATA SSD Storage.. ..32 4.7 Wall Mounting . ..35 4.8 Rack Mounting. .35 4.9 Ceiling Mounting ...... ..37 4.10 Connecting a Ground Cable.. .38 Connecting Peripherals.. ..38 Connecting the Power Supply . ..38 Starting the System. ..41 # 5 Connector Pinouts and Jumper Settings .... ..43 5.1 External Connectors . ..43 5.2 Internal Connectors.. ..46 5.3 Buttons and LEDs.. ..49 5.4 DIO Test . ..50 Safety Instructions......... .57 Getting Services.... .59 # List of Figures Figure 1: Functional block diagram. ..16 Figure 2: Mechanical dimensions . ..17 Figure 3: Front I/O panel connector locations.. .17 Figure 4: Rear I/O panel connector locations ..18 # List of Tables Table 1: Front I/O panel connector descriptions. ..18 Table 2:Rear I/O panel connector descriptions. ..18 This page intentionally left blank. # 1 Introduction # Overview The AVA-7200 is a Fanless Scalable Railway Edge AI Platform equipped with Intel 13th Generation Core mobile processors and an NVIDIA GPGPU based on the Ampere architecture. This platform is intended for use in railway applications. This user manual describes the specifications of this platform, along with installation and configuration instructions. Operators are suggested to read this user manual before installing the system in railway environments. This EN50155 certified edge AI platform is designed for onboard deployment, featuring its wide range 16.8-137.5V DC input, isolated and rugged I/O interfaces, and an extended operating temperature range from -20°C to 70°C, making it suitable for real-time video/graphic analysis applications. The target applications include, but are not limited to: Train Station Surveillance Onboard Video Security • Passenger Information Systems Railroad Hazard/intrusion Detection # Features Key features: Computing Processor • 13th Gen Intel® Core™ mobile processors (formerly Raptor Lake-P) • Core™ i5-13600HRE 4P+8E Core/16T 18MB Cache, 45W(35W cTDP) • Core™ i7-13800HRE 6P+8E Core 20T 24MB Cache, 45W(35W cTDP) # GPGPU EGX-MXM-A2000 • Embedded NVIDIA® RTX™ A2000, MXM 3.1 type A, 82 x 70mm, PCIe Gen4 x8 EGX-MXM-A4500 • Embedded NVIDIA® RTX™ A4500, MXM 3.1 type B, 82 x 70mm, PCIe Gen4 x8 # Memory • Up to 64GB (2x 32GB) DDR5, IBECC (selected SKUs), SO-DIMM memory, max. 4800MT/s # Front panel connectors • 2x 10G M12 X-coded Female Ethernet ports 6x 2.5G M12 Ethernet Female ports • 4x SATA trays with lock (by option) 4x Type A USB 3.1 Gen2 x1 1x Type A USB 2.0 1x DisplayPort • 1x Mic-In and 1x Line-out 1x terminal block for digital In/digital out # Rear panel • 7x QMA antenna for Wi-Fi, 5G and GNSS 2x Micro-SIM # Internal connectivity 1x M.2 Key B (PCIe Gen3/ USB 3) 3042//50/52 5G module 1x M.2 Key E (PCIe Gen3/ USB 2.0) Wi-Fi/BT module 1x M.2 Key M (PCIe Gen3 x4) NVME storage module 1x PCIex1 mPCIe for expansion # System • Passive cooling • Wall mount, 19” rack mount and ceiling mount Input voltage: • For AVA-7200 with A2000 MXM: Nominal Voltage: 24VDC-110VDC (EN50155 compliant) • For AVA-7200 with A4500 MXM: 72VDC to 110VDC (EN50155 compliant) # Packing List Please check that your package contains the items listed below. If you discover any damaged or missing items, please contact your vendor. AVA-7200 1x 12-pin DI/DO terminal block • Wall-mount bracket and screw pack ![The image shows a dark red triangle with a white exclamation point centered inside.](.ava-7200-50m-41058-1040-14/faa65f6d217336ef99dc6425b5b9110d2408e850fdcb79975240c960f6b79db9.jpg) WARNING: DO NOT install or apply power to equipment that is damaged or if there is missing/incomplete equipment. Retain the shipping carton and packing materials for inspection. Please contact your ADLINK dealer/vendor immediately for assistance. Obtain authorization from your dealer before returning any product to ADLINK. # Optional Accessories AVA-7200 Starter cable kit (P/N: 91-95364-000E) • 1x M12 K-code to 5-pin terminal block cable • 8x M12 X-code to RJ-45 cable AVA-7200 24VDC IN AC-DC PSU & power cable (P/N: 91-95365-000E) • 1x 24VAC 330W Power adapter and cable with 5-pin terminal block • 1x M12 K-code to 5-pin terminal block cable AVA-7200 19” Rack mount bracket kit (P/N: 91-95375-000E) • 1x AVA-7200 rack mount bracket 448mm • A pack of screws for rack mount bracket AVA-7200 5G FN990 Thermal kit (P/N: 58-10642-600E) • Heat spreader and thermal pads for FN990 • No Telit FN990 modem module is included AVA-7200 Wi-Fi AX210 Thermal (P/N: 58-10642-500E) • Heat spreader and thermal pads for Intel Wi-Fi AX210 • No Intel AX210 WIFI module is included This page intentionally left blank. # 2 Specifications # Product Specifications

AVA-7200 System
Core	CPU	CoreTM i7-13800HRE 6P+8E/20T, 24MB Cache, 45W(35W cTDP), Iris Xe GPUCoreTM i5-13600HRE 4P+8E/16T, 18MB Cache, 45W(35W cTDP), Iris Xe GPUUsing Express-RLP (COM Express COM.0 R3.1 Type 6; 125mm x 95mm)Other CPU upon request
	GPU	EGX-MXM-A2000 (Type A 82x70mm) PCIe Gen3 x8, 60W TGPEGX-MXM-A4500 (Type B 82x105mm) PCIe Gen3 x16, 80W TGPIssing EGX-MXM based on NVIDIA Ampere architectureOther GPU upon request
	Memory	Up to 64GB/32GB DDR5, IBECC (selected SKUs) in dual SO-DIMM memory channels, max. 4800MT/s
	Storage	1x M.2, Key M, PCIe Gen3 x4 2280 slot for NVMe SSDUp to 4x Removable SATA drive bay with external lock
Front Interfaces	Display	One DisplayPortNeed adapter IC if DP to HDMI is needed.
	GbE	2x X-coded female M12 10 GbE ports2x X-coded female M12 2.5 GbE ports4x X-coded female M12 2.5 GbE ports, POE supported by BOM option. Contact ADLINK for POE support
	USB	4x Type A USB 3.2 Gen2 x11x Type A USB 2.0
	Serial port	2 x DB-9 RS-485/422/232 port
	DIO	1x thermal block 4 input/4 output for 24-110VDC
	CAN	Optional support with mPCIE moduleReserved cut out on the front panel
	Audio	Mic in/Line out
	Power inlet	1x 5-pin K-coded M12
Internal Interfaces	Wireless connectivity	1x M.2 Key B (PCIe Gen3/ USB 3.0) 3042/50/52 5G module1x M.2 Key E (PCIe Gen3/ USB 2.0) Wifi/BT module
Internal Interfaces	Expansion	1x mPCIe PCIe x1 for expansionOptions including:GNSS mPCIe moduleCAN bus mPCIe moduleOther modules upon request
Rear Interfaces	Antenna	2+4+1x QMA antenna reserved on rear side2 for W-Fi connection4 for 5G connection1 for GNSS connection
	SIM	Dual external accessible Micro-SIM
	TPM	Support TPM 2.0
	RTC	Real time clock (RTC) with rechargeable batteryGold cap available upon request
Power	Button	Power ButtonReset Button
	Power input	+24/36/72/110VDC with M12 5-pin K-code connector(16.8V to 137.5V, EN50155 compliant)With ignition control
	Compliance	Compliant to Interruptions of voltage supply accordingEN50155 SEC. 5.1.1.4 Class S2 & C1
	Power Consumption	200W for AVA-7200 with A2000230W for AVA-7200 with A4500
	GND	M6 threaded stainless steel stud for protective grounding on rear
Operating System	Operating System	Ubuntu 22.04
Mechanical	Mounting	Wall mount and rack mount
	Dimensions	360(W) x 255.7(D) x 105(H) mm
	IP	IP20
	Weight	Approx. 9.4 kg
Environmental Chamber/Shock/vibration	Operating temperature	● OT1: -25°C - 55°C (EN50155:2021 OT1 Class, ST1 +15C for 10mins)● OT3: -25°C - 70°C (EN50155:2021 OT3 Class, ST1 +15C for 10mins)● Depending on the CPU and GPU MXM module selection and combination, a minimum convection air flow of 1.0 m/s is required to dissipate heat. Otherwise, the CPU and GPU may throttle and could potentially be damaged.
	Storage temperature	-40°C to 85°C
	Humidity operating	10% to 95% relative humidity (non-condensing)
	Humidity storage	5% to 95% relative humidity (non-condensing)
	Environmental	EN50155:2021Shock and Vibration test – EN50155 13.4.11(Ref. to IEC61373)Altitude test - EN50125-1:2014 (EN50125-1_4.2(Ref. to IEC 60068-2-13)RoHS 2.0 & REACH
Environmental	EMI/EMC	EN 50155:2021 Clause 13.4.9
EMC / Safety		With reference to EN 50121-1:2017; EN 50121-3-2:2016;EN 61000-4-2:2009; EN 61000-4-3:2006 + A1:2008 +A2:2010EN 61000-4-4:2012; EN 61000-4-5:2014 + A1: 2017EN 61000-4-6:2014 + AC: 2015
	Safety	EN 50124 Compliance
	Fire Protection	Compliant to EN45545-2:2013+A1:2015 (HL 1-3 )
	Rolling stock	BS EN 50155:2021
Others	LEDs	1 x Power ON LED,1 x HDD LED1 x Watch Dog LED1 x Reserved LED8 x Ethernet LED for each M12 GbE
	MTBF	TBD Hours @40°C according to IEC/TR 62380Calculation Model: Telcordia Issue4Environment: GB, GC
	Conformal coating	All PCBs conformal coated both sides – type HumiSeal1B73 Coating (AR) Acrylic.

# Power Specifications The following tables present the AVA-7200 Series power consumption data at room temperature under the following test conditions. • AVA-7200 Core i7 and Core i5 with A2000 and A4500 • Power Module: PW-220 and PWP-301 • Project Version: ES1 • Chassis Heat Sink: 58-10770-000E & 58-10770-100E • OS: Ubuntu\_22.04.4\_x64\_IMG\_1v3 # Software: • BurnInTest Professional edition V9.2 • MXM: GPU Burn stress tool • Ethernet: Iperf3 with stress command • BSP: AVA-7200\_Ubuntu\_22.04.4\_x64\_IMG\_1v3.iso # Test Fixture: • DI/Do Test Fixture • COM Test Fixture\*2 • CAN1 / CAN2 Pin to Pin • PoE Test Fixture: 4 port total 15W • USB Dummy Loading: 5W\*5 • DC Power supply: 62006P-300-8 2.2.1 AVA-7200 Power Consumption

CPU	i5	i7
OS	Ubuntu_22.04.4_x64_IMG_1v1	Ubuntu_22.04.4_x64_IMG_1v3
MXM	A4500 (80W)	A2000 (60W)
Power capability	300W	PW-220 200W
Power input used	+110VDC	+24VDC
Ignition support	Optional	Yes
POE	No	No
Power consumption(W)	AC 222.2 W	DC 12V 175 W

# Functional Block Diagram ![This block diagram, titled '**A1**' and '**RCPu-100**' (part number '**51-32204-0A10-A0**'), illustrates the connections for a '**Block Diagram**' labeled '**COM Module Express-RLP**'.\n\n**Central Processor Block**\nA large central block is divided vertically into '**Row CD**' (top) and '**Row AB**' (bottom), with '**Option**' written faintly between them.\n* **Row CD** contains labels: '**DDI3**', '**PEG 8~11**', '**PEG 12~15**', '**PEG 0~7**', '**\*PCIe 6 ADP F10C**', and '**\*PCIe 7 ADP F10D**'.\n* **Row AB** contains labels: '**\*PCIe 4 ADP F10A**', '**PCIe 2 ADP P7**', '**PCIe 3 ADP P8**', '**PCIe 0 ADP P5**', '**PCIe 1 ADP P6**', '**\*PCIe 5 ADP F10B**', and '**PCIe 3 ADP F8**'.\n* At the bottom, '**SPI**' connects to '**BIOS**' and '**I2C**' connects to '**DB30**'. '**SMB**' is also labeled.\n\n**Left Side I/O Connections**\n* '**DP**' connects to '**DDI3**'.\n* Four '**USB3.0**' blocks connect via lines labeled '**USB3 (0)**' through '**USB3 (3)**'. These merge into '**USB2 (0)**' through '**USB2 (3)**' and connect to '**Row AB**' (noted with purple 'Row AB' text).\n* Two '**M12**' blocks connect via '**10G**' lines to '**LAN-X710**'.\n* '**LAN-X710**' connects to '**Row CD**' via '**PEG X4**'.\n* Two '**M12**' blocks connect via '**2.5G**' lines to '**LAN-I226**'.\n* '**LAN-I226**' connects to '**Row CD**' via '**PCIe X1**'.\n* '**USB2.0**' connects via '**USB2 (4)**' to '**Row AB**'.\n* '**COM1**' and '**COM2**' connect to '**NCT5124D**'.\n* '**NCT5124D**' connects via '**LPC/ESPI**' to '**Row AB**'.\n* '**AUDIO**' connects to '**TEMPO**', which connects via '**HDA**' to '**Row AB**'.\n\n**Top Right Module (FM-300)**\nLabeled '**FM-300**'.\n* '**M.2 M-Key NVME**' connects to '**PEG 8~11**'.\n* '**UPD720201**' connects '**Row CD**' (via '**PCIe X1**') to '**USB3/USB2**' lines going to '**FM-300**'.\n* '**Row CD**' connects via '**PCIe X1**' lines to the '**FM-300**' block.\n* Inside '**FM-300**: '**M.2 B-Key 5G**' is labeled '**Antenna**' and connects via '**SIM**' to an external '**SIM**' block.\n\n**Bottom Right Module (RMXM-200)**\nLabeled '**RMXM-200**' and '**Board to Board**'.\n* '**MXM**' connects via '**PEG X8**'.\n* '**88SE9235**' connects via '**PCIe X1**' (two lines) to '**Row AB**'. It outputs '**SATA**' to two '**HDD**' blocks.\n* '**ASM2806I**' connects via '**PCIe X2**' (two lines) to '**Row AB**'. It outputs four '**PCIe X1**' lines to four '**LAN-I226**' blocks.\n* These '**LAN-I226**' blocks connect to four '**M12**' blocks via '**2.5G**'.\n* '**Terminal Block**' connects via '**DIO*8**' to '**Row AB**'.\n\n**Bottom Area Connections**\n* Two '**HDD**' blocks connect via '**SATA**' to '**Row AB**'.\n* '**USB2 (6)**' connects to '**M.2 E-Key WiFi/BT**' (labeled '**Antenna**') via '**PCIe X1**'.\n* '**USB2 (7)**' connects to '**Mini PCIe MVB/CAN**' (labeled '**Cable**') via '**PCIe X1**'.](.ava-7200-50m-41058-1040-14/72a0f23bb498adb595e0532adb7a00a5b036bcc6c3b1ee4abf0ab99fda98824b.jpg) Figure 1: Functional block diagram # 3 Mechanical Layout # Mechanical Dimensions ![The image features a white document icon with a folded top-right corner and faint horizontal grey lines representing text. A large, bold red checkmark is superimposed over the document. The graphic is enclosed within a thin black square border.](.ava-7200-50m-41058-1040-14/68c17a80985a65af885cec907f57bba0b4a6990295228a476dd3c7b58abfa8ea.jpg) NOTE: All dimensions are in millimeters, unless noted. ![392.40\n377.40\n5.20\n255.70\n106\n53\n53\n29\n48.70\n29\n20](.ava-7200-50m-41058-1040-14/20c1a35a24effbe7989f092dbf050896417accd972e7feb493ea2f86bec45cf6.jpg) ![3D rendering of a gray industrial electronic device with multiple ports and connectors (no visible text or symbols)](.ava-7200-50m-41058-1040-14/596472facd239a79e4cb74de80968f66fc35153a0db772099e46729b47b0aad0.jpg) ![360\n105.10\n99.10\nSATA 1\nSATA 2\nSATA 3\nSATA 4\nSATA 5\nSATA 6\nSATA 7\nSATA 8\nSATA 9\nSATA 10\nSATA 11\nSATA 12\nSATA 13\nSATA 14\nSATA 15\nSATA 16\nSATA 17\nSATA 18\nSATA 19\nSATA 20\nSATA 21\nSATA 22\nSATA 23\nSATA 24\nSATA 25\nSATA 26\nSATA 27\nSATA 28\nSATA 29\nSATA 30\nSATA 31\nSATA 32\nSATA 33\nSATA 34\nSATA 35\nSATA 36\nSATA 37\nSATA 38\nSATA 39\nSATA 40\nSATA 41\nSATA 42\nSATA 43\nSATA 44\nSATA 45\nSATA 46\nSATA 47\nSATA 48\nSATA 49\nSATA 50](.ava-7200-50m-41058-1040-14/914aa944f9354e7a081c4374497dafb9b1fd009feb7741e25404cf31212c75e9.jpg) ![255.70](.ava-7200-50m-41058-1040-14/fee7efbcf670fa6acbec37db4598b95901750aef738928f87b431ab8fed3d83d.jpg) ![Technical diagram of a mechanical component with mounting holes and internal features (no text or symbols)](.ava-7200-50m-41058-1040-14/172b526dac5c69effd8cb4122d48071c9e0fe8852f33a326b3ea6a2a18f4d628.jpg) Figure 2: Mechanical dimensions # I/O Panel Connector Locations ![Power Input\n+24-110 VDC\nDI/DO\n1\n2\n3\n4\n5\n9\n11\n12\n15\nX1\nX2\nCOM 1\nCOM 2\nEth 1\nEth 2\nEth 3\nEth 4\nEth 5\nEth 6\n10G Eth7\n10G Eth8\nUSB 2.0\nUSB 3.0\nDP\nLine OUT\nPower\nHD/D\nWatch Dog\nReserved\nMIC IN\nReset\nSATA 1\nSATA 2\nSATA 3\nSATA 4\n6\n7\n8\n10\n13\n14\n16](.ava-7200-50m-41058-1040-14/3f94695dbbb1ffb2c5d1b7f36cc28f95ae736d18a72bfcee6ad41839304551fe.jpg) Figure 3: Front I/O panel connector locations Table 1: Front I/O panel connector descriptions

No #	Function
1	M12 K code 5P DC IN (24~110V)	10	USB2.0 Type A
2	M6 Stud GND	11	USB3.0 GEN2 Type A
3	DI4/DO4	12	DP++
4	ETH #1~ #4 Activity LED (G)	13	Line Out 1, Mic in 1
5	COM1 & COM2, DB9(Male)	14	Sys LED *4 Power (G), Storage(Y), Watch Dog (Y), Ignition(G)
6	ETH M12 X code 2.5GbE *4With PoE 802.3AT	15	Power Button
7	ETH M12 X-code 2.5GbE *2	16	Reset Button
8	ETH M12 X-code 10 GbE *2	17	SSD 2.5" removable tray with Key Lock *4
9	ETH #5 ~ #8 Activity LED(G)

![18\n20\n22\n23\n24\n25\n26\nX1\nX2\nX3\nX4\nX5\nX6\nX7\nSIM 1\nSIM 2\n19\n21](.ava-7200-50m-41058-1040-14/d6b44be3ae3f38b86e3b21d0f4f4cf71292debfb595c63c5e6503f3e848b5f05.jpg) Figure 4: Rear I/O panel connector locations Table 2:Rear I/O panel connector descriptions

No #	Function
18	X1 QMA for Wifi Antenna
19	X2 QMA for Wifi Antenna
20	X3 QMA 5G/LTE Antenna
21	X4 QMA 5G/LTE Antenna
22	X5 QMA 5G/LTE Antenna
23	X6 QMA 5G/LTE Antenna
24	X7 QMA GNSS Antenna
25	Micro SIM 1
26	Micro SIM 2

# 4 Getting Started Follow the instructions describing the installation of USIM cards, Wi-Fi, cellular and M.2 SATA modules; mounting brackets; 2.5” SATA drives; ground cable; and DC power supply. ![This is a digital icon depicting a white document or sheet of paper with a folded top-left corner. Faint horizontal grey lines are visible on the page, suggesting text. A large, bold red checkmark is superimposed diagonally across the center of the document, indicating approval, completion, or verification.](.ava-7200-50m-41058-1040-14/82ae6f96df60d8db47222f50fe4e8c8e892dcf3739c7a8cfebc7b48ad9725de5.jpg) NOTE: MXM and CAN bus modules must be installed at the factory. Please contact your local ADLINK representative for more information. # Removing the Movable Cover To install the optional modules, first remove the movable cover as illustrated below: 1. Place the box PC on a suitable surface with the top side facing up. Remove the 6 screws from the top-right side as indicated below. 2. Lift the rear cover off of the box PC chassis. ![Technical line drawing of an electronic device chassis with internal components and mounting points (no text or symbols)](.ava-7200-50m-41058-1040-14/9a428e370c87078408caca9a71df4c498e00bb2fb23454a7b11864b196d10877.jpg) 3. To reinstall the movable cover, place it back in its original location and tighten the 6 screws loosened in Step 1. ![Close-up of a black heat sink cooling panel with a blue arrow indicating rotation, alongside an inset photo showing a component with blue adhesive tape (no text or symbols visible)](.ava-7200-50m-41058-1040-14/6a715bdcfd8b2b3027d861aeffb0a0e8d4060b2b1b9ccee347fde413508030a1.jpg) # Installing the M.2 M-Key 2280 NVMe Storage Module To install an M.2 M-Key 2280 NVMe module, insert the module into the slot and secure it with one M2.5 screw, as shown below. ![Technical line drawing of an electronic device chassis with cooling fins and internal components (no text or symbols)](.ava-7200-50m-41058-1040-14/359ccacb8e9b4a7ea055ab057fff5ef6fc43bbd586a7b0e45bc386c0f536602a.jpg) ![The image displays a white document icon featuring a folded top-right corner and faint horizontal grey lines indicating text. A large, bold red checkmark is superimposed over the center of the document. The entire graphic is enclosed within a black square border.](.ava-7200-50m-41058-1040-14/a3e74eba944afe6ad3b67d6ad2a97c263237d3443a45f32ab41a02cd10f71366.jpg) NOTE: M.2 modules may require an additional thermal solution when operated above $6 0 ^ { \circ } \mathsf { C } .$ . Please contact your local ADLINK representative for more information. Remove screws: Loosen the 6 screws of the mechanism module. ![Dis-Assembly Process :\n(1) Remove M3.0-L6 screws 6 pcs from chassis\n(2) Move the removable heat sink upwards](.ava-7200-50m-41058-1040-14/b07354e5f96d3f5038f69cf4022145dc3717948418ec19478715c0396c0b5cad.jpg) ![Close-up of a black heat sink with cooling fins, shown from side and top views (no text or symbols visible)](.ava-7200-50m-41058-1040-14/fc2e9d7421d33aca0593b1a1b1592003907ebf156cf11d83dd0d8330eb85074e.jpg) 1. Secure the NVME module: Insert the NVME module into the corresponding slot and fasten it with screws. ![Technical photo showing a computer motherboard with labeled components and a warning label pointing to a component with QR code.](.ava-7200-50m-41058-1040-14/4f8e5e7dee1ef08db56c392de5bbce5a537f0705f2c7b5dc986b339fe0b14d03.jpg) 2. Reassemble: Screw the 6 screws back into the system. ![Close-up of a black corrugated heat exchanger or cooling unit with vertical slats and mounting feet (no text or symbols visible)](.ava-7200-50m-41058-1040-14/5164b297283ea14d41f13b69c3dcb6ec0bafb854562d7b6fdc18a7c26ccbee55.jpg) # Installing M.2 B-Key 2042 5G Modules Follow the instructions below to install a M.2 B key 2042 5G module into the slot and secure it with one M2.5 screw as shown. ![Technical diagram of an electronic device with numbered components and a blue arrow indicating a specific part.](.ava-7200-50m-41058-1040-14/4a2f60f2f93c01028c7c2ca2fb190c40f1c86d3470cef6dec5348e032c1f8c79.jpg) ![The image features a white document icon with horizontal gray lines indicating text. A large, bold red checkmark is superimposed over the center of the document, signifying approval or verification.](.ava-7200-50m-41058-1040-14/70346ee9e682f2c9e5b15ddd58b234f81e58b6dc5490bd9ad99e316d5e354aba.jpg) NOTE: The Telit FN990A28 is the modem verified for use with AVA-7200. The modules may require an additional thermal solution when operating above 60 °C. Please contact your local ADLINK representative for more information. Remove screws: Loosen the 6 screws of the mechanism module. ![Dis-Assembly Process :\n(1) Remove M3.0-L6 screws 6 pcs from chassis\n(2) Move the removable heat sink upwards](.ava-7200-50m-41058-1040-14/f1560eb6c7c09d16804ee5bdcbb8b0c34accb121a5aab24da32d95e29a3231e4.jpg) ![Exterior view of a black heat sink with cooling fins and a close-up of its internal components (no text or symbols visible)](.ava-7200-50m-41058-1040-14/33c56b8965c79a4725c33c52c3fd12ac7516a105ca7c429dc4ee28f6fb7286a6.jpg) 1. Connect the internal RF cables to the module and install the QMA connectors into the antenna openings labeled on the rear panel, X3, X4, X5, X6. ![X1\nSIM 1\nX2\nX3\nX4\nX5\nX6\nX7\nX3 X4 X5 X6](.ava-7200-50m-41058-1040-14/1846628c0067b9cedf499794cb95aa3b6c106ebb54f1de5a4016fa2b2b0d88a7.jpg) 2. Install the protective cover: Place the protective cover in the designated position on the 5G module. ![Close-up of a black plastic electronic device with a red arrow pointing to its side, next to an open circuit board (no visible text or symbols)](.ava-7200-50m-41058-1040-14/0c4f05ac5a8c45bf7584483ecb0cbc4a4d111f773b209196ce2251354e12f6f8.jpg) 3. Insert the M.2 B-key 3042 5G module into one of the slots as shown and secure it using M2.5 screws. ![IC: FN990A28\n32691891300348\nFN699A28\nD: RUTF690A28\n151A:FN690A28\nCCAC23/000079\n100.202172\n12222211003](.ava-7200-50m-41058-1040-14/6856e4f5f78574285caaf72443cae4ee25ac0cadc866ab09ff78af7d0eee67e2.jpg) 4. Cable management: Use cable ties to secure the red-circled area inward to prevent cable pressure and interference with the 2280 M.2 SSD during reassembly. ![ADLINK M2.2280 PCIe SSD\nPSF5604V13\nPFSF5604V13\nPSF5604V13\nPFSF5604V13\nPFSF5604V13\nPFSF5604V13\nPFSF5604V13\nPFSF5604V13\nPFSF5604V13\nPFSF5604V13\nPFSF5604V13\nPFSF5604V13\nPFSMENIEE2-260710\nPFSMENIEE2-260710\nPFSMENIEE2-260710\nPFSMENIEE2-260710\nPFSMENIEE2-260710\nPFSMENIEE2-260710\nPFSMENIEE2-260710\nPFSMENIEE2-3C\nPFSMENIEE2-3C\nPFSMENIEE2-3C\nPFSMENIEE2-3C\nPFSMENIEE2-3C\nPFSMENIEE2-3C\nPFSMENIEE2-3C\nPFSMENIEE2-3C\nPFSMENIEE2-3C\nPFSMENIEE2-3C](.ava-7200-50m-41058-1040-14/7f538c40edb05fef04d5793796b3f9ec0790499590dc3db211035fa5fa4b0df1.jpg) 5. Installing SIM cards. ![X1\n30M 1\nX2\nX3\nX4\n20M 2](.ava-7200-50m-41058-1040-14/04472373505e3aa7708985381f6982bf7625100f48c6dd6d96fa1381ea305361.jpg) 6. Reassemble: Screw the 6 screws back into the system. ![Close-up of a black heat exchanger or cooling unit with vertical slats and metal fittings (no visible text or symbols)](.ava-7200-50m-41058-1040-14/f5cc2c30ee65d0b5d6e40dcd2bb29e1f459da94b313f6f3e3285328364bbc02b.jpg) # Installing M.2 E-Key 2230 Wi-Fi Module To install an M.2 E-Key 2230 Wi-Fi module, insert the module into the slot and secure it with one M2.5 screw as shown. ![Technical diagram of an electronic device with numbered components for identification](.ava-7200-50m-41058-1040-14/87996a0b047f561f88ca52103beb8cd7b8d543213d5f12d3b27abfd81ef9543e.jpg) ![The image displays a white document icon with a folded upper-right corner and faint horizontal lines, overlaid with a large red checkmark.](.ava-7200-50m-41058-1040-14/01de1c3d7ca2e3eeed64a4c52bf990fdcc85f387edf43d4e7d2d2619eafa6e40.jpg) NOTE: The Intel AX-210 is the M.2 module verified for use with AVA-7200. The modules may require an additional thermal solution when operated above $6 0 ^ { \circ } \mathsf { C }$ . Please contact your local ADLINK representative for more information. Remove screws: Loosen the 6 screws of the mechanism module. ![Dis-Assembly Process :\n(1) Remove M3.0-L6 screws 6 pcs from chassis\n(2) Move the removable heat sink upwards](.ava-7200-50m-41058-1040-14/0fdf69f35d38e3eeb4219d183b343cfc7b150546c15b34a0cb14e1d3e24a2270.jpg) ![Exterior view of a heat sink cooling panel with a close-up inset showing internal components (no text or symbols visible)](.ava-7200-50m-41058-1040-14/59206c34e48fecad9b194fba3595560db6a8ba515b8eb5246b2d3599add907c4.jpg) 1. Attach the thermal pad to the heat sink and install it in the corresponding position on the Wi-Fi module. ![Three-step assembly of a black plastic electronic component on a circuit board, showing mounting and disassembly (no text or symbols visible)](.ava-7200-50m-41058-1040-14/2ba545b4b2433b575e5c3471a69738071c91b765a669cc4fca7a268946b42c7f.jpg) 2. Route the antenna cables: Place the 2 Wi-Fi antenna cables (X1/X2) in their corresponding positions. ![X1\nSIM 1\nX3\nX2\nX4\nA14-12\nEC\nIC\nS\nB\nX\nX\nX\n17:53380008\nE: 4712719\nRDC 60.00000000\nT1: M37480-004\nTA: M37480-004\nMS: 959485\nWRC: 505284A3E1705\nBM: 505284A3E1701\nWRC: 505284A3E1703\nPWR: 505284A3E1704\nPWR: 505284A3E1705\nPWR: 505284A3E1706\nPWR: 505284A3E1707\nPWR: 505284A3E1708\nPWR: 505284A3E1709\nPWR: 505284A3E1710\nPWR: 505284A3E1711\nPWR: 505284A3E1712\nPWR: 505284A3E1713\nPWR: 505284A3E1714\nPWR: 505284A3E1715\nPWR: 505284A3E1716\nPWR: 505284A3E1717\nPWR: 505284A3E1718\nPWR: 505284A3E1719\nPWR: 505284A3E1720\nPWR: 505284A3E1721\nPWR: 505284A3E1722\nPWR: 505284A3E1723\nPWR: 505284A3E1724\nPWR: 505284A3E1725\nPWR: 505284A3E1726\nPWR: 505284A3E1727\nPWR: 505284A3E1728\nPWR: 505284A3E1729\nPWR: 505284A3E1730\nPWR: 505284A3E1731\nPWR: 505284A3E1732\nPWR: 505284A3E1733\nPWR: 505284A3E1734\nPWR: 505284A3E1735\nPWR: 505284A3E1736\nPWR: 505284A3E1737\nPWR: 505284A3E1738\nPWR: 505284A3E1739\nPWR: 505284A3E1740\nPWR: 505284A3E1741\nPWR: 505284A3E1742\nPWR: 505284A3E1743\nPWR: 505284A3E1744\nPWR: 505284A3E1745\nPWR: 505284A3E1746\nPWR: 505284A3E1747\nPWR: 505284A3E1748\nPWR: 505284A3E1749\nPWR: 505284A3E1750\nPWR: 505284A3E1751\nPWR: 505284A3E1752\nPWR: 505284A3E1753\nPWR: 505284A3E1754\nPWR: 505284A3E1755\nPWR: 505284A3E1756\nPWR: 505284A3E1757\nPWR: 505284A3E1758\nPWR: 505284A3E1759\nPWR: 505284A3E1760\nPWR: 505284A3E1761\nPWR: 505284A3E1762\nPWR: 505284A3E1763\nPWR: 505284A3E1764\nPWR: 505284A3E1765\nPWR: 505284A3E1766\nPWR: 505284A3E1767\nPWR: 505284A3E1768\nPWR: 505284A3E1769\nPWR: 505284A3E1770\nPWR: 505284A3E1771\nPWR: 505284A3E1772\nPWR: 505284A3E1773\nPWR: 505284A3E1774\nPWR: 505284A3E1776\nPWR: 505284A3E1777\nPWR: 505284A3E1778\nPWR: 505284A3E1779\nPWR: 505284A3E1780\nPWR: 505284A3E1781\nPWR: 505284A3E1782\nPWR: 505284A3E1783\nPWR: 505284A3E1784\nPWR: 505284A3E1786\nPWR: 505284A3E1787\nPWR: 505284A3E1788\nPWR: 505284A3E1789\nPWR: 505284A3E1790](.ava-7200-50m-41058-1040-14/d2b514682d94645af02c3ec0270c240b3fc3d7be0ae6c126e3b5c4c5bb0dbb35.jpg) 3. Install the protective cover: Place the protective cover in the designated position on the WIFI module. ![A14-02\nIC: 1000M-427105\nRDC ID: PR0621090\nGC E:\nIC: 1000M-427105\nEC: 4372279\nEC:4372279\nMade in China\n8SSV11404044\nT1SS380008\nSPS: XXXXXX\nTPN: XXXXX\nTA: MZ148-004\nWFM: 20584443E7105\nBOM: 20584443E710\nWFM: 20584443E710\nSPS: SW10V25831\nFPU: SW10V25831\nSPS: XXXXXX\nWFM: 20584443E7105\nBOM: 20584443E710\nWFM: 20584443E710\nWFM: 20584443E710\nWFM: 20584443E710\nWFM: 20584443E710\nWFM: 20584443E710\nWFM: 20584443E710](.ava-7200-50m-41058-1040-14/5861874644d275afd48d4d16f510b92f7719f284c5ab112c40a3876dea29103f.jpg) 4. Secure the 5G module: Insert the WIFI module into the corresponding slot and fasten it with screws. ![491001\nH\nS\nB\nC\nE\nR\nT\nG\nA\nW\nA\nW\nA\nW\nA\nW\nA\nW\nA\nW\nA\nW\nA\nW\nA\nW\nA\nW\nA\nW\nA\nW\nA\nW\nA\nW\nA\nW\nA\nW\nA\nW\nA\nW\nA\nW\nA\nW\nA\nW\nA\nW\nA\nW\nA\nW\nA\nW\nA\nPPT: 50846437101\nPPT: 50846437102\nPPT: 50846437103\nPPT: 50846437104\nPPT: 50846437105\nPPT: 50846437106\nPPT: 50846437107\nPPT: 50846437108\nPPT: 50846437109\nPPT: 50846437110](.ava-7200-50m-41058-1040-14/c247e094c1c5daaaccafe35b4e4541d2cc14b9a1dda714ef64145efaaade042f.jpg) 5. Attach the thermal pad & heat dissipation module: Attach the thermal pad to the heat dissipation module, install it onto the WIFI module, and secure it with two screws. ![Diagram showing a device with a QR code on its top, connected to a close-up of a blue plastic component and finally into a white plastic sheet.](.ava-7200-50m-41058-1040-14/207777688d529a1a8979c532a61136a88c59df42b13dc574588e68683081b5d3.jpg) 6. Reassembling: Screw the 6 screws back into the system. ![Close-up of a black heat exchanger or cooling unit with vertical slats and mounting feet (no visible text or symbols)](.ava-7200-50m-41058-1040-14/4a57415b3382412888a29de7c08e04917827ea88b9ae5a0cd127b62a0757417e.jpg) # Installing Mini-PCIe GPS Module Remove screws: Loosen the 6 screws of the mechanism module ![The image displays a technical diagram and photographs illustrating the disassembly of an electronic device.\n\n**Top Section:**\nA line drawing shows a chassis with a large heat sink. Blue lines point to the locations of screws. Green text to the right reads:\n'Dis-Assembly Process :\n(1) Remove M3.0-L6 screws 6 pcs from chassis\n(2) Move the removable heat sink upwards'\n\n**Bottom Section:**\nA photograph on the left shows the heat sink fins with a red rectangle highlighting the bottom-left corner. A curved blue arrow points from this image to a photograph on the right, which shows a black component with blue protective tape. A small arrow points to the left next to this photo.](.ava-7200-50m-41058-1040-14/e3b9748f4a7bedd7563511150c5c40b9e3c763f4314143eb6f874601a9c4cdb7.jpg) 1. Get the GNSS module and the accessary. The accessary includes the extension plate and 2 screws. Assemble the extension plate to the GNSS module. ![Close-up of a green printed circuit board with a blue logo and connector, placed on a metal PCB cover (no readable text or symbols beyond component labels)](.ava-7200-50m-41058-1040-14/aa23c5109bd42f1dbdf336410cb777eb57fe194d377f6ff2c3d82153a5cb1a12.jpg) ![Close-up of a finger holding a small electronic component with wires and connectors (no visible text or symbols)](.ava-7200-50m-41058-1040-14/232d44ef236aa5c98e9387e02e9e12d1b9d0095a3adcf835b4f670fa079cee52.jpg) ![Close-up of a green printed circuit board with gold contacts and yellow connectors, showing internal components and mounting holes (no readable text or symbols)](.ava-7200-50m-41058-1040-14/18710d49a3973cf3c39b512b66ef75d75f8bcbffae0f36958fe444a854970b99.jpg) 2. Insert the GNSS module inside the chassis at the mini-PCIe location. Tighten the 2x screws marked below. ![Close-up of an electronic circuit board with visible components and a magnified inset showing two disassembled electronic components (no readable text or symbols)](.ava-7200-50m-41058-1040-14/67a5bbf524006060e1fdb6a6b6f8864e1aa624c647c2e14f1f5b7488439c0d00.jpg) 3. The AVA-7200 comes preinstalled with a QMA to IPEX-4 cable. Remove the QMA to IPEX-4 cable and replace it with the QMA to IPEX-1 cable for the GNSS module included in the package. ![Close-up of a black cable with connector and two small circular components on a wooden surface (no text or symbols visible)](.ava-7200-50m-41058-1040-14/9123866e1167aea9eaf759a16a61b3b4d0aed5aff41789c8054fe362f5708d36.jpg) 4. Assemble the cable onto the chassis. And then attach the IPEX-1 connector to the GNSS module. ![F16\n38302\n100\n100](.ava-7200-50m-41058-1040-14/c5383e73ddc64b76df936c61a3ab77f7005aec63b62ecac5dfcdb0e763f2fd82.jpg) 5. Organize the cable, make sure it does not interfere or overlap the 5G thermal pad. Then, close the cover. ![Close-up of a black heat exchanger or cooling unit with vertical slats and mounting feet (no visible text or symbols)](.ava-7200-50m-41058-1040-14/d8f8e01462a2b40e07ad9a2edef8fd4cc801756fa10c68d09166fb6a1bf2928b.jpg) # Installing 2.5” SATA SSD Storage To install a 2.5” SATA storage, remove the 2.5” SATA tray from the AVA-7200. Then, assemble the 2.5” SATA SSD to the bracket shown below. ![Technical line drawing of a mechanical assembly with labeled components (no text or symbols present)](.ava-7200-50m-41058-1040-14/0174d9e4ae2bc1079259797cd6f414f47b5eec14fc40f7d5ad7e910356080563.jpg) Then insert the assembled SSD into the AVA-7200. A resist force is expected when installing the SSD. Smoothly inset the SSD. 1. Pull out the HDD tray. ![Eth 2\nEth 3\nEth 4\nEth 5\nEth 6\n10G Eth7\n10G Eth8\nEth 6\n10G Eth 7\n10G Eth 8\nUSB 3.0\nUSB 2.0\nSATA.2\nSAT](.ava-7200-50m-41058-1040-14/abaf1b849f3f33f6fc0c602acac3c4e279c9891d0c99158918c9185e8859820a.jpg) 2. Loosen the COVER screws and remove them. ![Exterior view of a white electronic device casing with mounting bracket and control buttons (no readable text or symbols)](.ava-7200-50m-41058-1040-14/34eee014dbd10797355f564fa2ffc62a56257a9a839cb6a11d41a31771e2278b.jpg) ![Metallic electronic device with mounting bracket and internal compartments, placed on wooden surface (no text or symbols visible)](.ava-7200-50m-41058-1040-14/31ef0575c7e1f702f04c096c5c68d98a15cd25a77c1d2e3cabf79bf359dfb313.jpg) 3. Secure the HDD module: Insert the HDD module and fasten it with screws. ![Labeled photo of an electronic device showing internal components with QR codes and a 550 S5D label, marked with red circles and a plus sign.](.ava-7200-50m-41058-1040-14/6dee6ef4e3c847ac4cda4e72e075122957c231b8fde70423629c1b989196b581.jpg) ![Close-up of a silver electronic device with two red circular annotations pointing to ports (no visible text or symbols)](.ava-7200-50m-41058-1040-14/093f00d761103a5750d07ec5ab220e88d0b9406f95029858111257dd8f5045bd.jpg) ![Exterior view of a Transcend device with two red circular markers highlighting features (no readable text or symbols)](.ava-7200-50m-41058-1040-14/86605945dd1170061cc67587e69c6ac239416a37b78908b2f58b980506f5efa7.jpg) 4. Slide the HDD tray back into the system. ![COM 2\nEth 5\nEth 6\n10G Eth 7\n10G Eth 8\nUSB 3.0\nUSB 2.0\nDP\nLine OUT\nMIC IN\nPower\nHDD\nWatch Dog\nIgnition\nReset\nSATA 3\nSATA 4](.ava-7200-50m-41058-1040-14/1973afa42bab82a9649d155c964c3df24c0cbc05b90b739afa6756367a4cf4f6.jpg) # Wall Mounting The AVA-7200 can be wall or surface mounted using the wall mount brackets and screws provided. If wall mounting, make sure the wall can support the weight of the device. Secure the brackets to the chassis using the 6 screws provided. ![Technical diagram of a device chassis with labeled ports and connectors, showing internal components and mounting points.](.ava-7200-50m-41058-1040-14/755c31c7cc2070e0113e84cffea62da0330e2624fa1a0b98febd157443e35231.jpg) # Rack Mounting The AVA-7200 can be rack mounted using the rack mount brackets and screws provided. Secure the brackets to the chassis using the screws provided. 1. Secure the rack mount bracket as below. ![Technical line drawing of a multi-tiered electronic device chassis with mounting holes and control knobs (no text or labels)](.ava-7200-50m-41058-1040-14/f4efb04a51f8ae3958620d45cb4b0eb8a2be76100059633da440b4d467d5bee7.jpg) 2. Secure the screws on the bracket. ![Technical line drawing of a server rack unit with multiple ports and connectors (no text or symbols visible)](.ava-7200-50m-41058-1040-14/9dcaaabe94a2089e3573960bf3856332d6fb62886be707c43d6ed25077019e22.jpg) # Ceiling Mounting The AVA-7200 can be ceiling mounted using the ceiling mount brackets and screws provided. Secure the brackets to the chassis using the screws provided. 1. Secure the ceiling mount bracket as below. ![Technical line drawing of an electronic device chassis with multiple ports and connectors (no text or symbols visible)](.ava-7200-50m-41058-1040-14/c2513adfbb80904003635337ecfcdda88366abb28b70aa3b28408cdbe2e9b17c.jpg) The diemensions after the ceiling mount kit is assembled are as illustrated below. ![394.80\n383\n180\n82\n82\n40.70\n29\n106\nR5\n14.50\n2\n5.50](.ava-7200-50m-41058-1040-14/c5a5c42af453897ce439f5fb17af4c2a979532bf885ef6937d702600acdf3718.jpg) ![2\n127\n364.80](.ava-7200-50m-41058-1040-14/074eb806630db364d094f1944dd2a76e503ad19c1b25bc2f600efd129269842c.jpg) # Connecting a Ground Cable ![The image displays a warning sign featuring a yellow triangle with a black border. Inside the triangle is a black exclamation point. Below the triangle, on a white background, is the text 'CAUTION:' in black, uppercase letters.](.ava-7200-50m-41058-1040-14/ffe90ac8a5b6e040e938f1839299a5f1cc85f2d2ea787a2c30bbcb9d3934ba68.jpg) Connect the ground cable before making any other connections. When disassembling the system, always detach the ground cable last. • Use a ground cable with a cross section of at least 0.823mm2 (18AWG) and an M6 size ring terminal. • Slide the ring terminal onto the ground stud and secure it with the locking M6 nut. ![Power input\n+24~110 VDC\nDI/DO\nEth 1\nEth 2\nEth 3\nEth 4\nX1\nX2\nCOM 1\nCOM 2\nEth 5\nEth 6\n10G Eth 7\n10G Eth 8\nUSB 2.0\nUSB 3.0\nDP\nLine OUT\nPower HDD\nWatch Dog Reserved\nMIC IN\nReset\nSATA 1\nSATA 2\nSATA 3\nSATA 4](.ava-7200-50m-41058-1040-14/6872953b93415359397750cb5e80009324b515c0271a474a3abf3f168fdbd3d8.jpg) # Connecting Peripherals Connect all the peripheral devices needed for your system to function. # Connecting the Power Supply ![The image features a yellow triangle with a black border containing a black exclamation mark. Below the symbol, the text 'CAUTION:' is written in black capital letters.](.ava-7200-50m-41058-1040-14/4109e45f0069676b62abbf4a96e96131558e27bada50d9f9bfe4b60a5a06eb87.jpg) Connect the ground cable before making any other connections. When disassembling the system, always detach the ground cable last. ![The image shows a red triangular warning sign with a white exclamation point in the center. Below the triangle, the text 'WARNING:' is written in black capital letters.](.ava-7200-50m-41058-1040-14/da80680ce01c68b928a37f8a669fcd53dc55b4cf063d025e4a7753a0ed2f02b6.jpg) • Work on the computer system may only be carried out by personnel qualified for the specific task and who have the training and experience to identify risks and avoid potential hazards. • Make sure that a ground cable has been connected to the system before connecting an external power supply and switching on the system. • Make sure that the voltage supplied by the external power supply conforms to specifications of the system. Connect the power supply to the 5-pin M12 K-coded connector on the front of the chassis. The device will power up when the power supply is turned on. ![Power Input\n+24~110 VDC\nDi/DO\nEth 1\nEth 2\nEth 3\nEth 4\nX1\nX2\nCOM 1\nCOM 2\nEth 5\nEth 6\n10G Eth 7\n10G Eth 8\nUSB 2.0\nUSB 3.0\nLine OUT\nDP\nMIC IN\nPower HDD\nWatch Dog\nReserved\nReset\nSATA 1\nSATA 2\nSATA 3\nSATA 4](.ava-7200-50m-41058-1040-14/71504591f9e30245ad7899989f22e504fefd7a43fdc4118cb27c094547c92362.jpg) ![5_PE\n1_IGN 4_VIN-\n2_VIN+ 3_N.C.\n+24~110VDC](.ava-7200-50m-41058-1040-14/2b080acf7e7a4b0baeae5614561aace71ce8efcc88c55e76245999bde164ab6e.jpg) ![The image displays a white document icon with a folded upper-left corner. Faint gray horizontal lines run across the page, simulating text. A large, bold red checkmark is superimposed over the document, angled upwards from left to right.](.ava-7200-50m-41058-1040-14/6fe1e69873485a1d212a5bec9b932791e6cb84dd231ac724bb7d77cda286b228.jpg) NOTE: The user must provide the +24/36/72/110VDC to Pin 1 Ignition For AVA-7200 with A2000, +24/36/72/110VDC can be applied. For AVA-7200 with A4500, 72/110VDC can be applied. For external connectors, there are 180° option and 90° right angle option, as shown below: (1) 180 °: ![Conn.\n52.5\nAmphenol\nConnector\nCable\nM12*1.0\n1000D\nØ15.8\nØ15.3\nM12K-XXBFDM-SL8SXX\nXX: No. Of Pin\nXX: 01~99Meters\n01: 01Meter\n02: 02Meters\n...\n99: 99Meters](.ava-7200-50m-41058-1040-14/0cce9618a028f64fd92294ea38c5b670efda342310df9e3dd50ca0749e1e99c7.jpg) (2) Right angle: ![Conn.\n52.5\nØL (mm)\nØ15.3\nAmphenol\nConnector\nCable\nM12*1.0\nØ0000\nØ15.8\nM12K-XXBFDM-SL8SXX\nXX: No. Of Pin\nXX: 01~99Meters\n01: 01Meter\n02: 02Meters\n...\n99: 99Meters](.ava-7200-50m-41058-1040-14/76e24549f4aeffd41e2336f09e7f280a64817b91b6bca44710dd377865d05bb0.jpg) # Starting the System Upon starting up, the system will auto-detect storage devices and boot from the operating system, if found. To change the boot device order, press <Del> or <Esc> to enter BIOS setup menu and change the Boot Option settings. If no operating system is found, the system will enter the BIOS setup menu automatically. The AVA-7200 is delivered without an operating system installed. This page intentionally left blank. # 5 Connector Pinouts and Jumper Settings # External Connectors Please refer to 3.2 Mechanical Layout Front View for connector locations. # 5.1.1 GbE M12 X-Coded Connectors

Pin #	Signal Name
1	MDI_T_P0
2	MDI_T_N0
3	MDI_T_P1
4	MDI_T_N1
5	MDI_T_P3
6	MDI_T_N3
7	MDI_T_N2
8	MDI_T_P2

![4\n3\n2\n1\n5\n6\n7\n8](.ava-7200-50m-41058-1040-14/2e68b8020b3298efd8d592727b256d54f97e6c7f70daa5c789f795b753cfd57a.jpg) # 5.1.2 USB 3.0 Connector All dimensions are in mm. [Default tolerance]

Pin #	Signal Name
1	5V
2	USB2 DN
3	USB2 DP
4	GND
5	USB3 RXN
6	USB3 RXP
7	GND
8	USB3 TXN
9	USB3 TXP

![13.96(.55)\n13.6C.535\nDate Code\nFOXCONN\n0-130\n3.46(1.36)REF.](.ava-7200-50m-41058-1040-14/f81e8e95faa2b0d18c43ec135ac6d5e553b10da86db94eb06968c9d5270c2a39.jpg) ![CABLE CONNECTOR\nPANEL\nECB BOARD\n-6.50(133)S\n4.13(163)](.ava-7200-50m-41058-1040-14/fc92e92d4bd496123c80c39ed3ddd3ad63aa47579a4da49bc5a83899333331d8.jpg) PRECESSED MOUNTING CONFIGURATION ![15.0(591)\n12.50±0.10\n(492±004)\n-6.3(4.643)\n-12.6(4.497)\n-4.1(3.613)\n3.8(1.87)\n2.2(0.09)\n18-0.40(0.016)\n2.00(0.79)\n4.00(1.57)\n7.00(2.76)\n8.00(3.15)\n12.98(5.11)\n15.60(6.14)](.ava-7200-50m-41058-1040-14/846581c9d68cfeda1d88810178bc9fced56c5613a9d3db13ca3c387af50f2b59.jpg) ![17.5(.689)\n15.69(.618)\n1.49(.059)\n2.00(.079)\n-0.20(.008)\n-9.64(.379)\n5.68(.224)](.ava-7200-50m-41058-1040-14/09b4433427e6f645c5d2d6943228ec2d6107a7ccc6f74060ce56a1da9ab2c659.jpg) # 5.1.3 USB 2.0 Connector All dimensions are in mm. [Default tolerance]

Pin #	Signal Name
1	5V
2	USB2 DN
3	USB2 DP
4	GND

![This image displays a technical line drawing of a small, cylindrical mechanical component, likely a valve or solenoid, oriented vertically. Several dimension lines indicate measurements in millimeters (with tolerances) and inches (in parentheses).\n\nThe specific text and numbers visible are:\n* **①** (inside a circle at the top left)\n* **5.12±0.10 (.202±.004)** (top horizontal dimension)\n* **12.53±0.10 (.493±.004)** (vertical dimension on the right side)\n* **PDS. 1** (text label to the left of the component)\n* **7.25 (.283)** (bottom horizontal dimension)\n* **5.44 (.214)** (small horizontal dimension on the bottom right)](.ava-7200-50m-41058-1040-14/84a1bb9e90e00c4bf2f1eba55a2be64244c65432806504d0fe98a7ede254079b.jpg) ![The image is a black-and-white technical line drawing of a rectangular connector housing, likely a USB-A female connector. In the center, the text 'FOXCONN' is printed in bold, capital letters. To the left, there are vertical dimension lines indicating measurements. The top dimension reads '1.22 (3.09)' and the bottom dimension reads '0.02 (0.51)'.](.ava-7200-50m-41058-1040-14/a2c41c9321f684014aaca85ff85b69b878812dd58d72719a81446d27062f1cea.jpg) ![DATE CODE\nEXAMPLE\nH010\n-19.20 L750\n-4.50 (1271)\n-8.88 (350)\n0.73 (1029)\n-0.60 (1024)\n-2.0KNH6.00X2M\n②\n③\n④\n-0.71 (150)\n-0.39 (100)\n-0.50 (139)](.ava-7200-50m-41058-1040-14/bf6dc8b167f30aa43d5015380421663efdd98aab8ca1722afceb71dc4d3c91ff.jpg) # 5.1.4 COM DB9 Connectors

Pin #	RS-232	RS-422	RS-485
Pin1	DCD	TXD-	D-
Pin2	RXD	TXD+	D+
Pin3	TXD	RXD+	NA
Pin4	DTR	RXD-	NA
Pin5	GND	GND	GND
Pin6	DSR	N/A	N/A
Pin7	RTS	N/A	N/A
Pin8	CTS	N/A	N/A
Pin9	RI	N/A	N/A

![Pin 1\nPin 6\nPin 5\nPin 9](.ava-7200-50m-41058-1040-14/367a07c2e2d61b7a554ea4ae9ee53c68b68bd9f8b5478bd5ff162176836a9922.jpg) # 5.1.5 DC Power Input M12 K-code Connector ![5_PE\n1_IGN 4_VIN-\n2_VIN+ 3_N.C.\n+24~110VDC](.ava-7200-50m-41058-1040-14/35119f55d1664968bf27d66ac2b1afe2571433d14faf22492db705fff405d607.jpg) # 5.1.6 DP Connector One DP connector on the front panel supports the HDMI2.0a/b (up to 6 Gbps) standard specification. It can connect to VGA, DVI, HDMI and DisplayPort monitors via DP to VGA adapter cable, DP-to-DVI adapter cable, and DP-to-HDMI cable. The DP connector supports HDMI2.0a/b, resolutions up to 4096 x 2160 at 60Hz

Pin #	Signal	Pin #	Signal
Pin1	DP LANE0 P	Pin 11	GND
Pin2	GND	Pin 12	DP LANE3 N
Pin3	DP LANE0 N	Pin13	DP AUX SEL
Pin4	DP LANE1 P	Pin 14	DP CFG2
Pin5	GND	Pin 15	DP AUX P
Pin6	DP LANE1 N	Pin 16	GND
Pin7	DP LANE2 P	Pin 17	DP AUX N
Pin8	GND	Pin 18	DP HPD
Pin9	DP LANE2 N	Pin 19	GND
Pin10	DP LANE3 P	Pin 20	VBUS

![Isometric line drawing of an electronic component with multiple slots and mounting holes (no text or symbols)](.ava-7200-50m-41058-1040-14/ad82208e2ad3735ec29c1b41fe74fcf353ccec005cda81460f8c5dd4927bdd7f.jpg) # 5.1.7 DIO Connectors The location and pin definitions of the optional DIO connectors are as shown below. ![Power input\n+24-110 VDC\nDI/DO\nEth 1\nEth 2\nEth 3\nEth 4\nX1\nX2\nCOM 1\nCOM 2\nEth 5\nEth 6\n10G Eth 7\n10G Eth 8\nUSB 2.0\nUSB 3.0\nDP\nLine OUT\nPower\nHDD\nWatch Dog\nReserved\nMIC IN\nReset\nSATA 1\nSATA 2\nSATA 3\nSATA 4](.ava-7200-50m-41058-1040-14/24a82d8fcf419f38d3d35b81b5083c655fa5c3d2027e0148594cbaac9d40c13a.jpg) ![GPIO_EXT_T0\nGPIO_EXT_T2\nP_+VDO_EXT\nGND_DO\nGPIO_EXT_T3\nGPIO_EXT_T1\n6 5 4 3 2 1\n12 11 10 9 8 7\nGND_DI_EXT\nGPIO_EXT_R2\nGPIO_EXT_R0\nGPIO_EXT_R1\nGPIO_EXT_R3\nGND_DI_EXT](.ava-7200-50m-41058-1040-14/fbca4cc387bdefab75e8a6a620c64d807df5b1f8c925fbcaa3f40fa1f0bcc797.jpg)

Pin	Signal Name	Pin	Signal Name
1	GPI0	7	GPI1
2	GPI2	8	GPI3
3	GND DI	9	GND DI
4	GPO0	10	GPO1
5	GPO2	11	GPO3
6	VDO	12	GND DO

# Internal Connectors # 5.2.1 M.2 M Key 2280 PCIE Module Connector

Pin	Signal Name	Pin	Signal Name
1	GND	2	3.3V
3	GND	4	3.3V
5	PCIE RX3 N	6	NC
7	PCIE RX3 P	8	NC
9	GND	10	LED-L
11	PCIE TX3 N	12	3.3V
13	PCIE TX3 P	14	3.3V
15	GND	16	3.3V
17	PCIE RX2 N	18	3.3V
19	PCIE RX2 P	20	NC
21	GND	22	NC
23	PCIE TX2 N	24	NC
25	PCIE TX2 P	26	NC
27	GND	28	NC
29	PCIE RX1 N	30	NC
31	PCIE RX1 P	32	NC
33	GND	34	NC
35	PCIE TX1 N	36	NC
37	PCIE TX1 P	38	NC
39	GND	40	NC
41	PCIE RX0 N	42	NC
43	PCIE RX0 P	44	NC
45	GND	46	NC
47	PCIE TX0 N	48	NC
49	PCIE TX0 P	50	PERST-L
51	GND	52	CLKREQ-L
53	PCIE CLK N	54	NC
55	PCIE CLK P	56	NC
57	GND	58	NC
M-key
67	NC	68	NC
69	NC	70	3.3V
71	GND	72	3.3V

![1\n75\n2\n74](.ava-7200-50m-41058-1040-14/9539df8c5a5b66e34ea8ade364855448ca61f1f468dfc92f1ebaa46fe1d94023.jpg)

73	GND	74	3.3V
75	GND

5.2.2 M.2 B-key 3042 5G Module Connector

Pin	Signal Name	Pin	Signal Name
1	NC	2	3.3V
3	GND	4	3.3V
5	GND	6	FULL CARD OFF-L
7	USB2 DP	8	W DIS-L
9	USB2 DM	10	LED-L
11	GND
KEY-B
21	NC	20	NC
23	NC	22	NC
25	NC	24	NC
27	GND	26	NC
29	USB3 RX N	28	NC
31	USB3 RX P	30	SIM RST1
33	GND	32	SIM CLK1
35	USB3 TX N	34	SIM DAT1
37	USB3 TX P	36	SIM PWR1
39	GND	38	NC
41	PCIE RX N	40	SIM DET2
43	PCIE RX P	42	SIM DAT2
45	GND	44	SIM CLK2
47	PCIE TX N	46	SIM RST2
49	PCIE TX P	48	SIM PWR2
51	GND	50	PERST-L
53	PCIE CLK N	52	CLKREQ-L
55	PCIE CLK P	54	NC
57	GND	56	NC
59	NC	58	NC
61	NC	60	NC
63	NC	62	NC
65	NC	64	NC
67	NC	66	SIM DET1
69	NC	68	NC
71	GND	70	3.3V
73	GND	72	3.3V
75	NC	74	3.3V

![1\n75\nH](.ava-7200-50m-41058-1040-14/c168d919d9c911245b1bdc9b90bbdf61229e06e49b01e0ceec9616ff46debba5.jpg) 5.2.3 M.2 E Key 2230 Wi-Fi Module Connector

Pin	Signal Name	Pin	Signal Name
1	GND	2	3.3V
3	USB2_DP	4	3.3V
5	USB2 DM	6	WIFI LED1
7	GND	8	NC
9	NC	10	NC
11	NC	12	NC
13	NC	14	NC
15	NC	16	WIFI LED2
17	NC	18	WIFI VIO CFG
19	NC	20	NC
21	NC	22	NC
23	N/C	24	N/C
Key E
33	GND	32	NC
35	PCIE TX DP	34	NC
37	PCIE TX DN	36	NC
39	GND	38	NC
41	PCIE RX DP	40	NC
43	PCIE RX DN	42	NC
45	GND	44	NC
47	PCIE CLK DP	46	NC
49	PCIE CLK DN	48	NC
51	GND	50	NC
53	PCIE CLKREQ-L	52	PCIE RST-L
55	PEWAKE0-L	54	WIFI BT DIS-L
57	GND	56	WIFI DIS-L
59	NC	58	NC
61	NC	60	NC
63	GND	62	NC
65	NC	64	NC
67	NC	66	NC
69	GND	68	NC
71	NC	70	NC
73	NC	72	3.3V
75	GND	74	3.3V

5.2.4 Mini PCIE for expansion

Pin	Signal Name	Pin	Signal Name
1	PCIE WAKE-L	2	3.3V
3	NC	4	GND
5	NC	6	1.5V
7	PCIE CLKREQ-L	8	NC
9	GND	10	NC
11	PCIE CLK N	12	NC
13	PCIE CLK P	14	NC
15	GND	16	NC
17	NC	18	GND
19	NC	20	W_DIS_I-L
21	GND	22	PERST-L
23	PCIE RX N	24	3.3V
25	PCIE RX P	26	GND
27	GND	28	1.5V
29	GND	30	NC
31	PCIE TX N	32	NC
33	PCIE TX P	34	GND
35	GND	36	USB2 DM
37	GND	38	USB2 DP
39	3.3V	40	GND
41	3.3V	42	NC
43	GND	44	NC
45	NC	46	NC
47	NC	48	1.5V
49	NC	50	GND
51	W_DIS2_I-L	52	3.3V
53	GND	54	GND

![8.65\n16.35\n3.85\n1.32\nA\nA](.ava-7200-50m-41058-1040-14/d7ec853b941cc7253fda6bb335914fa6c5127c6e0eccbd0242573d5958984277.jpg) # Buttons and LEDs # 5.3.1 Power Button The power button is non-latched and has a blue LED indicator. The system is turned on when the button is pressed, and the power LED lights up. If the system hangs, press the button for 5 seconds to turn off the system completely.

System status	Power Button LED
Power On	On
Power Off	Off

# 5.3.2 Reset Button The reset button is a non-latched. The system is restarted when the button is pressed. If the system hangs, press the button to restart the system. # 5.3.3 Status LEDs ![Power input\n+24~110 VDC\nDI/DO\nEth 1\nEth 2\nEth 3\nEth 4\nX1\nX2\nCOM 1\nCOM 2\nEth 5\nEth 6\n10G Eth 7\n10G Eth 8\nUSB 2.0\nUSB 3.0\nDP\nLine OUT\nPower HDD\nWatch Dog\nReserved\nMIC IN\nReset\nSATA 1\nSATA 2\nSATA 3\nSATA 4](.ava-7200-50m-41058-1040-14/afb38acb5ebd509dda71da8ca285629ee323ee1c1a0922c3b9e96eb56faf37ef.jpg)

LED indicator	Color	Description
Power	Green	LED on when power on. LED off when power off.
HDD	Yellow	When blinking, indicates the SATA drive is active.
Watchdog	Yellow	Indicates watchdog timer status. When watchdog timer starts, the LED flashes. When the timer is expired, the system will auto reboot.
Ignition/Reserved	Green	Reserved

# DIO Test # 5.4.1 Check GPIO numbers Platform: AVA-7200 OS: Ubuntu 22.04.5 LTS (Kernel 6.8.0-51-generic) Install tools & check SMbus \# Install i2c-tools \$ sudo apt install i2c-tools \# check smbus by i2ctool \$ sudo i2cdetect -l ![adlink@adlink-ava-7x00-1v6: ~\$ sudo i2cdetect -l\n(sudo) password for adlink:\ni2c-0 i2c Synopsys DesignWare I2C adapter I2C adapter\ni2c-1 i2c Synopsys DesignWare I2C adapter I2C adapter\ni2c-2 smbus SMBus I801 adapter at efa0 SMBus adapter\ni2c-3 i2c i915 gmbus dpa I2C adapter\ni2c-4 i2c i915 gmbus dpb I2C adapter\ni2c-5 i2c i915 gmbus dpc I2C adapter\ni2c-6 i2c i915 gmbus tc1 I2C adapter\ni2c-7 i2c i915 gmbus tc2 I2C adapter\ni2c-8 i2c i915 gmbus tc3 I2C adapter\ni2c-9 i2c i915 gmbus tc4 I2C adapter\ni2c-10 i2c i915 gmbus tc5 I2C adapter\ni2c-11 i2c i915 gmbus tc6 I2C adapter\ni2c-12 i2c AUX B/DDI B/PHY B I2C adapter\ni2c-13 i2c AUX USBC1/DDI TC1/PHY TC1 I2C adapter\ni2c-14 i2c AUX USBC2/DDI TC2/PHY TC2 I2C adapter\ni2c-15 i2c ADLINK BMC I2C adapter bus 1 I2C adapter\ni2c-16 i2c ADLINK BMC I2C adapter bus 2 I2C adapter\ni2c-17 i2c ADLINK BMC I2C adapter bus 3 I2C adapter\nadlink@adlink-ava-7x00-1v6:~\$](.ava-7200-50m-41058-1040-14/9832588197330eeaaf4712e30fb01e56c1f9f6b4796da1a8317ee78b3eefd9d7.jpg) \# here We get smbus in i2c-2 Probe driver & check gpiochip \# DIO control by PCA9555, i2c device 7bit address is “0x20”. \# Probe PCA9555 GPIO driver \$ sudo modprobe gpio-pca953x \$ sudo sh -c "echo ""pca9555 0x20"" > /sys/bus/i2c/devices/i2c-2/new\_device" \# Check gpiochip \$ sudo cat /sys/kernel/debug/gpio ```txt adlink@adlink-ava-7x00-1v6:~$ adlink@adlink-ava-7x00-1v6:~$ sudo cat /sys/kernel/debug/gpio gpiochip0: GPIOs 512-871, parent: platform/INTC1055:00, INTC1055:00: gpiochip1: GPIOs 872-887, parent: i2c/2-0020, 2-0020, can sleep: adlink@adlink-ava-7x00-1v6:~$ ``` \# The gpiochip1 have GPIOs 872-887 include 16 pins # Find DIO GPIO number # # Check GPIO function number in the platform schematic Refer the platform schematic, there are 4 \* DI(R0/R1/R2/R3) and 4 \* DO(T0/T1/T2/T3). ![P_+3V3_A\nC1801\n100nF_25V\nR1802\nR1804\nR1807\nR1808\nR1811\nR1813\nU1801\nINT VDD\nA1 SDA\nA2 SCL\nIO0_0 A0\nIO0_1 IO1_7\nIO0_2 IO1_6\nIO0_3 IO1_5\nIO0_4 IO1_4\nIO0_5 IO1_3\nIO0_6 IO1_2\nIO0_7 IO1_1\nVSS IO1_0\nEXP1_AD1 1 2 3 4 5 6 7 8 9 10 11 12\nEXP1_AD2 3 4 5 6 7 8 9 10 11 12\nGPIO_EXP_T0 4 5 6 7 8 9 10 11 12\nGPIO_EXP_T1 5 6 7 8 9 10 11 12\nGPIO_EXP_T2 6 7 8 9 10 11 12\nGPIO_EXP_T3 7 8 9 10 11 12\nPCA9555PW_PHILIPS\n74-09555-02W0](.ava-7200-50m-41058-1040-14/f09799fc789d182cf2c902336c75c78121be79d6f4d0943be580fc94055738b4.jpg) $\mathsf { T } 0 = \mathsf { I O } 0 \_ 0 = \mathsf { g p i o } 8 7 2$ $\mathsf { T } \mathsf { 1 } = \mathsf { I O O \_ } \mathsf { 1 } = \mathsf { g p i o } 8 7 3$ $\mathsf { T } 2 = \mathsf { I O } 0 \_ 2 = \mathsf { g p i o } 8 7 4$ $\mathsf { T } 3 = 1 0 0 \_ 3 = \mathsf { g p i o } 8 7 5$ ${ \mathsf { R } } 0 = { \mathsf { I O } } 1 \_ { \mathsf { O } } = { \mathsf { g p i o } } 8 8 0$ ${ \sf R } 1 = { \sf I O } 1 _ { - } 1 = { \sf g p i o } 8 8 1$ ${ \mathsf { R } } 2 = { \mathsf { I O } } 1 \_ { 2 } = { \mathsf { g p i o } } 8 8 2$ ${ \mathsf { R 3 } } = { \mathsf { I O } } 1 \_ { 3 } = { \mathsf { g p i o } } 8 8 3$ # 5.4.2 Test GPIO function # # DIO control by GPIO, add corresponding GPIO number to the system node $\$ 5406$ $\$ 5406$ $\$ 5406$ $\$ 5406$ $\$ 5406$ $\$ 5000$ $\$ 5406$ $\$ 5406$ # # DI direction is input, DO direction is output $\$ 5$ $\$ 8 u d o e c h o o u t -/ s \thinspace 5 s / \mathrm { s } { \mid } \mathsf { a s s } / \mathrm { g } { \mid } \mathsf { i } { \mathsf { o } } / \mathrm { g } { \mathsf { p } } \mathsf { i } { \mathsf { o } } 8 7 3 / \mathrm { d i r e c t i o n }$ $\$ 5$ $\$ 5$ \$ sudo echo in > /sys/class/gpio/gpio880/direction ```shell $ sudo echo in > /sys/class/gpio/gpio881/direction $ sudo echo in > /sys/class/gpio/gpio882/direction $ sudo echo in > /sys/class/gpio/gpio883/direction ``` # check DIO gpio state \$ sudo cat /sys/kernel/debug/gpio ```txt gpiochip1: GPIOs 872-887, parent: i2c/2-0020, 2-0020, can sleep: gpio-872 ( |sysfs ) out lo gpio-873 ( |sysfs ) out lo gpio-874 ( |sysfs ) out lo gpio-875 ( |sysfs ) out lo gpio-880 ( |sysfs ) in lo gpio-881 ( |sysfs ) in lo gpio-882 ( |sysfs ) in lo gpio-883 ( |sysfs ) in lo ``` # Get DI GPIO value ```shell $ sudo cat /sys/class/gpio/gpio880/value $ sudo cat /sys/class/gpio/gpio881/value $ sudo cat /sys/class/gpio/gpio882/value $ sudo cat /sys/class/gpio/gpio883/value ``` # Set DO GPIO value "1" to output high level ```shell $ sudo echo 1 > /sys/class/gpio/gpio872/value $ sudo echo 1 > /sys/class/gpio/gpio873/value $ sudo echo 1 > /sys/class/gpio/gpio874/value $ sudo echo 1 > /sys/class/gpio/gpio875/value ``` # Set DO GPIO value "0" to output low level ```txt sudo echo 0 > /sys/class/gpio/gpio872/value sudo echo 0 > /sys/class/gpio/gpio873/value sudo echo 0 > /sys/class/gpio/gpio874/value sudo echo 0 > /sys/class/gpio/gpio875/value ``` # Remove DIO GPIO used, unregister corresponding GPIO number to the system node ```shell sudo echo 872 > /sys/class/gpio/unexport sudo echo 873 > /sys/class/gpio/unexport sudo echo 874 > /sys/class/gpio/unexport sudo echo 875 > /sys/class/gpio/unexport sudo echo 880 > /sys/class/gpio/unexport sudo echo 881 > /sys/class/gpio/unexport sudo echo 882 > /sys/class/gpio/unexport sudo echo 883 > /sys/class/gpio/unexport ``` # 5.4.3 DIO Loopback DIO Cable

RMXM-200
CN3401
1	GPIO_EXT_R0	7	GPIO_EXT_R1
2	GPIO_EXT_R2	8	GPIO_EXT_R3
3	GND_DI_EXT	9	GND_DI_EXT
4	GPIO_EXT_T0	10	GPIO_EXT_T1
5	GPIO_EXT_T2	11	GPIO_EXT_T3
6	P_+VDO_EXT	12	GND_DO

![GPIO_EXT_T0\nGPIO_EXT_T2\nP_+VDO_EXT\nGND_DO\nGPIO_EXT_T3\nGPIO_EXT_T1\n6 P_+VDO_EXT 12 GND_DO\nGND_DI_EXT\nGPIO_EXT_R2\nGPIO_EXT_R0\n12 11 10 9 8 7\nGPIO_EXT_R1\nGPIO_EXT_R3\nGND_DI_EXT](.ava-7200-50m-41058-1040-14/bd3c3754ac221ca96624e0e610174b2a35476c830bca43087549602364c48848.jpg) $\mathsf { T } 0 \to \mathsf { R } 0$ Power-> Pin6 GND -> Pin12 Pin1-> Pin6 Pin4->Pin3 ![GPIO_EXT_T0\nGND_DI_EXT\nPower\nGND\n6 5 4 3 2 1\n12 11 10 9 8 7\nGPIO_EXT_RO](.ava-7200-50m-41058-1040-14/d70a5b1e8dcf0d2267d0cd05a2cd321db512f222961dce91f8d6413ca7a5b518.jpg) $\mathsf { T } 1 \to \mathsf { R } 1$ Power -> Pin6 GND -> Pin12 Pin7->Pin6 Pin10-> Pin9 ![Power\nGND\nGPIO_EXT_R1\nGPIO_EXT_T1\nGND_DI_EXT](.ava-7200-50m-41058-1040-14/ae0fab5523b2634fd58fb89261ae7e669813e9a8f941e9af17098fe8e85a9380.jpg) $\mathsf { T } 2 \to \mathsf { R } 2$ Power-> Pin6 GND -> Pin12 Pin2-> Pin6 Pin5->Pin3 ![GPIO_EXT_T2\nGND_DI_EXT\nGND_DI_EXT\nGND\nPower\n6 5 4 3 2 1\n12 11 10 9 8 7\nGND](.ava-7200-50m-41058-1040-14/bd751a4cf0f21e370204362f02e443dee3e73bcd62d06fd2df981082c4b256b7.jpg) $\mathsf { T } 3 \mathsf { R } 3$ Power-> Pin6 GND -> Pin12 Pin8-> Pin6 Pin11 -> Pin9 ![Power\nGND\nGPIO_EXT_T3\n6 5 4 3 2 1\n12 11 10 9 8 7\nGPIO_EXT_R3\nGND_DI_EXT](.ava-7200-50m-41058-1040-14/94a2e3a96ce275e429d5f27b4d2296fde0efb70083d527294b12d81691871a16.jpg) # Safety Instructions For user safety, please read and follow all instructions, Warnings, Cautions, and Notes marked in this manual and on the associated device before handling/operating the device, to avoid injury or damage. S'il vous plaît prêter attention stricte à tous les avertissements et mises en garde figurant sur l'appareil , pour éviter des blessures ou des dommages. ► Read these safety instructions carefully. ► Keep the User’s Manual for future reference. ► Read the Specifications section of this manual for detailed information on the recommended operating environment. ► When installing/mounting or uninstalling/removing device; or when removal of a chassis cover is required for user servicing: [> Turn off power and unplug any power cords/cables. [> Reinstall all chassis covers before restoring power. ► To avoid electrical shock and/or damage to device: [> Keep device away from water or liquid sources. [> Keep device away from high heat or humidity. [> Keep device properly ventilated (do not block or cover ventilation openings). [> Always use recommended voltage and power source settings. [> Always install and operate device near an easily accessible electrical outlet. [> Secure the power cord (do not place any object on/over the power cord) and connect it to a socket-outlet with earthing connection. [> Only install/attach and operate device on stable surfaces and/or recommended mountings. ► If the device will not be used for long periods of time, turn off and unplug from its power source. ► Never attempt to repair the device, which should only be serviced by qualified technical personnel using suitable tools. ► A Lithium-type battery may be provided for uninterrupted backup or emergency power. ![A yellow triangular warning sign with a black border containing a black exclamation point.](.ava-7200-50m-41058-1040-14/693eb018f5359bc16b8dc522fb7801f82263ba01633b7d2eb3283128a6f00766.jpg) CAUTION: Risk of explosion if battery is replaced with one of an incorrect type; please dispose of used batteries appropriately. Risque d’explosion si la pile est remplacée par une autre de type incorrect. Veuillez jeter les piles usagées de façon appropriée. ► The device must be serviced by authorized technicians when: [> The power cord or plug is damaged. [> Liquid has entered the device interior. [> The device has been exposed to high humidity and/or moisture. [> The device is not functioning or does not function according to the User’s Manual. [> The device has been dropped and/or damaged and/or shows obvious signs of breakage. ► Disconnect the power supply cord before loosening the thumbscrews and always fasten the thumbscrews with a screwdriver before starting the system up. [> The equipment is not intended to be installed or used in a home, school, or public area accessible to the general population. [> The knurled thumb screws with slotted heads for each Node module should be tightened with a tool after both initial installation and subsequent use. ► It is recommended that the device be installed only in a server room or computer room where access is: [> Restricted to qualified service personnel or users familiar with restrictions applied to the location, reasons therefore, and any precautions required. [> Only afforded by the use of a tool or lock and key, or other means of security, and controlled by the authority responsible for the location. ► Please use an approved power source certified by IEC or UL. If you need an adapter, optional accessories, or further assistance, please contact ADLINK for more information. ![The image displays a yellow triangular warning sign with a thick black border. Inside, a black symbol consists of three vertical wavy lines rising above a horizontal line.](.ava-7200-50m-41058-1040-14/d6d6263744866494dbf7c1752be1c0bd821841d3259eeeb81791bb89b86e2060.jpg) # BURN HAZARD Touching this surface could result in bodily injury. To reduce risk, allow the surface to cool before touching. # RISQUE DE BRÛLURES Ne touchez pas cette surface, cela pourrait entraîner des blessures. Pour éviter tout danger, laissez la surface refroidir avant de la toucher. ► Lisez attentivement ces consignes de sécurité ► Conservez le manuel de l'utilisateur pour pouvoir le consulter ultérieurement Lisez la section Spécifications de ce manuel pour des informations détaillées sur l'environnement d'exploitation recommandé Lors de l'installation/montage ou de la désinstallation/retrait de l'appareil ; ou lorsque le retrait d'un boîtier est nécessaire pour l'entretien par l'utilisateur (voir Mise en route) : ► Éteignez l'alimentation et débranchez tous les cordons/câbles d'alimentation. ► Réinstallez tous les panneaux du boîtier avant de remettre l'alimentation sous tension. ► Pour éviter les chocs électriques et/ou d’endommager l’appareil : ► Tenez l'appareil à l'écart de toute source d'eau ou de liquide ► Tenez l'appareil à l'écart d'une forte chaleur ou d'une humidité élevée ► Maintenez l'appareil correctement ventilé (n'obstruer ou ne couvrez pas les ouvertures de ventilation) ► Utilisez toujours les réglages de tension et de source d'alimentation recommandés ► Installez et utilisez toujours l'appareil près d'une prise de courant facilement accessible Fixez le cordon d'alimentation (ne placez aucun objet sur/au-dessus du cordon d'alimentation) et connectez-le à une prise de courant avec mise à la terre ► N'essayez jamais de réparer l'appareil, qui doit être réparé uniquement par du personnel technique qualifié et utilisant des outils appropriés. ► Lors de l'installation/montage ou de la désinstallation/retrait d'un périphérique, ou lorsque le retrait d'un couvercle de châssis est requis pour l'entretien par l'utilisateur : ► Coupez l’alimentation et débranchez tous les cordons/câbles d’alimentation. ► Réinstallez tous les capots du châssis avant de rétablir l'alimentation. Installez/fixez et utilisez l'appareil uniquement sur des surfaces stables et/ou des supports recommandés. ► Si l'appareil n'est pas utilisé pendant une longue période, éteignez-le et débranchez-le de sa source d'alimentation. ► Une batterie de type lithium peut être fournie pour une alimentation de secours ou de secours ininterrompue. ► L'appareil doit être réparé par des techniciens agréés lorsque : ► Le cordon d'alimentation ou la fiche est endommagé. ► Du liquide est entré dans l’appareil. € L'appareil a été exposé à une humidité élevée et/ou à l'humidité. ► L'appareil ne fonctionne pas ou ne fonctionne pas conformément au manuel de l'utilisateur. ► L'appareil est tombé et/ou a été endommagé et/ou présente des signes évidents de casse. ► Débranchez le cordon d'alimentation avant de desserrer les vis moletées et fixez toujours les vis moletées avec un tournevis avant de démarrer le système. L'équipement n'est pas destiné à être installé ou utilisé dans une maison, une école ou une zone publique accessible au grand public. Les vis à molette avec têtes fendue pour chaque module Node doivent être serrées avec un outil après l'installation initiale et lors de l'utilisation suivante. ► Il est recommandé d'installer l'appareil uniquement dans une salle de serveurs ou une salle informatique dont l'accès est : Réservé au personnel de service qualifié ou aux utilisateurs familiers avec les restrictions appliquées à l'emplacement, les raisons de celles-ci et les précautions requises. Autorisé uniquement par l'utilisation d'un outil ou d'une serrure et d'une clé, ou d'autres moyens de sécurité, et contrôlé par l'autorité responsable du lieu. Veuillez utiliser une source d'alimentation approuvée et certifiée par la norme IEC ou UL. Si vous avez besoin d'un adaptateur, d'accessoires en option ou d'une assistance supplémentaire, veuillez contacter ADLINK pour plus d'informations. # Getting Services Ask an Expert: https://www.adlinktech.com/en/Askanexpert # ADLINK Technology, Inc.

Address:	No. 66, Huaya 1st Road, Guishan DistrictTaoyuan City 333, Taiwan
Tel:	+886-3-216-5088
Fax:	+886-3-328-5723
Email:	service@adlinktech.com

# Ampro ADLINK Technology, Inc.

Address:	6450 Via Del Oro, San Jose, CA 95119-1208, USA
Tel:	+1-408-360-0200
Toll Free:	+1-800-966-5200 (USA only)
Fax:	+1-408-600-1189
Email:	info@adlinktech.com

# ADLINK Technology (China) Co., Ltd.

Address:	300 Fang Chun Rd., Zhangjiang Hi-Tech Park, Pudong New Area Shanghai, 201203 China
Tel:	+86-21-5132-8988
Fax:	+86-21-5132-3588
Email:	market@adlinktech.com

# ADLINK Technology GmbH

Address:	Hans-Thoma-Strasse 8-10, 68163, Mannheim, Germany
Tel:	+49-621-43214-0
Fax:	+49-621 43214-30
Email:	emea@adlinktech.com

Please visit the Contact page at www.adlinktech.com for information on how to contact the ADLINK regional office nearest you. [🔗 Link to the original document](.ava-7200-50m-41058-1040-14/ava-7200-50m-41058-1040-14.pdf)