SYSGRATION AIX-800 Edge AI Box
Copyright Notice
The documentation and software included with this product are copyrighted© by Sysgration Co., Ltd. All rights reserved. Sysgration Co., Ltd. reserves the right to improve the products described in this manual at any time without prior notice. No part of this manual may be reproduced, copied, translated, or transmitted in any form or by any means without the prior written permission of Sysgration Co., Ltd. While Sysgration Co., Ltd. strives to ensure the information provided in this manual is accurate and reliable, it assumes no responsibility for its use or for any infringements of the rights of third parties that may result from its use.
Declaration of Conformity
FCC Class A
This equipment has been tested and found to comply with the limits for a Class A digital device of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference, in such cases users will be required to correct the interference at their own expense.
Any modifications to this device that are not approved by the relevant standards authority may void the authority granted to the user by the FCC to operate this equipment.
Packing List
Before installing the AIX-800 Edge AI Box, check that the following materials have been included in the shipment:
- AIX-800 unit
- Accessories for AIX-800
- Antenna x 2
- Power Adapter x 1
If any of these items are missing or damaged, contact your distributor or sales representative immediately.
Technical Support and Assistance
Visit the Sysgration website at http://www.sysgration.com to obtain the latest product information.
For technical support or additional assistance, contact your distributor, sales representative, or Sysgration customer service center. Please have the following information ready before calling:
- Product name and serial number
- Description of your peripheral attachments
- Description of your software (operating system, version, application software, etc.)
- A complete description of the problem
- The exact wording of any error messages
Safety Instructions
- Read these safety instructions carefully.
- Retain this user manual for future reference.
- Disconnect the equipment from all AC outlets before cleaning. Use only a damp cloth for cleaning; do not use liquid or spray detergents.
- For pluggable equipment, ensure the power outlet socket is located near the equipment and easily accessible.
- Protect the equipment from humidity.
- Place the equipment on a stable surface during installation. Dropping or allowing the equipment to fall may cause damage.
- The openings of the enclosure are for air convection. Protect the equipment from overheating by not covering the openings.
- Verify that the voltage is correct before connecting the equipment to a power outlet.
- Position the power cord away from high-traffic areas and avoid placing anything over it.
- Note all cautions and warnings on the equipment.
- If the equipment will not be used for an extended period, disconnect it from the power source to prevent damage from transient overvoltage.
- Never pour liquid into any opening, as this may cause fire or electrical shock.
- Never open the equipment. For safety reasons, the equipment should only be opened by qualified service personnel.
- Have the equipment checked by authorized service personnel if any of the following occur:
- The power cord or plug is damaged.
- Liquid has penetrated the equipment.
- The equipment has been exposed to moisture.
- The equipment is malfunctioning or does not operate according to the user manual.
- The equipment has been dropped or damaged.
- The equipment shows obvious signs of breakage.
- Do not store the equipment in environments where temperatures fluctuate below -40°C (-40°F) or above 80°C (176°F), as this may cause damage. Store the equipment in a controlled environment.
Because of the risk of electric shock, do not remove the equipment cover during operation or when connected to a power outlet.
To avoid short circuits and otherwise damaging the device, do not allow fluids to come in contact with the device. If fluids are accidentally spilled on the equipment, remove the affected unit from service as soon as possible and contact service personnel to verify that personal safety is not compromised.
General Information
Introduction
AIX-800 is an intelligent edge computing terminal developed based on Qualcomm’s QCS8550 platform, using an octa-core high-performance processor (1+3+4 architecture) with a large core frequency of up to 3.2GHz.
It integrates a high-performance graphics engine and an AI engine with a comprehensive computing power of about 48 TOPS, and supports 5G NR sub-6G, Wi-Fi 7 (2.4G/5G/6GHz), BT5.3/BLE, GNSS (Optional, 5G version) and other wireless communication technologies (the 5G version and the Wi-Fi version are slightly different). AIX-800 edge computing terminal has a rich of industrial interfaces, including USB3.0, USB-C, HDMI, Audio, Ethernet RJ45, buttons, etc., which could be widely used in industrial control, smart manufacturing, security monitoring, intelligent robots, digital multimedia and other fields.
The AIX-800 is based on QCS8550 SoC and supports multiple operating systems, including Android, Linux. For different operating system support, please consult the local official sales channel.
Specifications
Function | Description |
CPU Processor | Qualcomm QCS8550 (5G module FM160 optional for 5G + Wi-Fi version) Octa-core Qualcomm® Kryo™ 64-bit CPU 1 x Kryo Gold (3.2GHz) 4 x Kryo Gold (2.8GHz) 3 x Kryo Silver (2.0GHz) |
GPU | Adreno 740 |
Operating system | Android/ Linux |
SIM Card | 4FF(Reserved, 5G Version) |
Audio | Line in, 3.5mm Line out, 3.5mm |
SD Card | Support (up to 2TB capacity) |
RTC | Support RTC, recommend 120mAh@3V, CR1632X |
MIPI-DSI interface | Onboard connector, compatible with Raspberry Pi DSI 4 lane interface, support TP (verified Raspberry Pi 7 inch) |
40 PIN GPIO interface 1 | Onboard connector, compatible Raspberry Pi interface, typical 3.3V voltage, refer to below table 2.2.2 |
40 PIN GPIO interface 2 | Refer to below table 2.2.3 |
Storage | RAM: LPDDR5x, 16GB ROM: UFS, 128GB |
Power supply | DC12V, wide voltage input, recommend PSU typical 12V@5A |
Wireless connection | Wi-Fi7: 802.11be, 2.4G/5G/6G HZ DBS, 2*2 MIMO
BT: Android 5.3, Linux 5.2 |
Terminal dimension | 140 x 115 x 54 mm |
Work Temperature | -20 °C ~60 °C |
System Block Diagram
Dimension
Interface Introduction
We provide the AIX-800 tailored to specific application scenarios and testing requirements. Some interfaces are reserved on board inside, including MIPI DSI, MIPI CSI, GPIO, Fan and Debugging interfaces.
Terminal External Interface
External Interface
Interface No | Signal Definition | Function Description |
1 | DC_IN | Equipment power input, voltage range: 12V~24V, typical value 12V@5A |
2 | LINE OUT | Audio Output |
3 | LINE IN | Audio Input |
4 | USB3.0 | USB3.0 interface, 5V/0.9A |
5 | HDMI_OUT | HDMI 1.4 signal output, resolution/frame rate max: 1080p/60fps* |
6 | USB3.0 | USB3.0 interface, 5V/0.9A |
7 | HDMI_IN | HDMI 1.4 signal input, resolution/frame rate max: 720p/30fps |
8 | WAN | RJ45 Ethernet port (Users can configure as Lan) |
9 | LAN | RJ45 Ethernet port |
10 | LAN | RJ45 Ethernet port |
11 | LAN | RJ45 Ethernet port |
12 | WIFI RF | 2 Wi-Fi antenna interfaces |
13 | USB Type-C | USB 3.1, 5V/0.9A, support DP (max resolution: 3840*2160 at 60Hz) |
14 | POWER | Power button; The device is powered on automatically when plug-in the DC power. |
15 | Volume + | Volume up key |
16 | Volume – | Volume down key |
17 | Micro SD | Micro SD card slot |
18 | Power LED | On/Off indicator |
*DSI and HDMI-out are mutually exclusive, with HDMI-out having higher priority. To use the 7-inch LCD screen, remove HDMI-out before powering on.
Inside Onboard Interface
Interface No | Signal Definition | Function Description |
19 | Raspberry 40PIN | Raspberry Pi 40PIN functional interface (including GPIO, UART and other interfaces). See Table 2.2.2 below for details. |
20 | B2B Connector | B2B connector 50PIN internal GPIO port connection. |
21 | Qualcomm 40PIN | Qualcomm 40PIN universal interface (including UART, CAN, I2S and other interfaces). See Table 2.2.3 below for details. |
22 | Force boot | Forced download port (used in emergencies). |
23 | Fan | Fan interface, see table 2.2.8 below for details. |
24/25/26 | Camera Connector | C-PHY, see Table 2.2.5 below for details. |
27/29/30/31 | Camera connector | D-PHY, see Table 2.2.6 below for details. |
28 | LCD Connector | Connect display screen. See Table 2.2.4 below for details. |
32 | RTC Connector | Real-time-clock for system, recommend 120mAh@3.0V |
Raspberry PI 40PIN interface signals (All GPIO signals of the interfaces are 3.3V)
PIN | Signal Definition | Pull | I²C | SPI | UART | I2S | INT. |
1 | 3V3 | ||||||
2 | 5V | ||||||
3 | GPIO28 | PD | I²C1_SDA | Y | |||
4 | 5V | ||||||
5 | GPIO29 | PD | I²C1_SCL | ||||
6 | GND | ||||||
7 | GPIO00 | PD | CCI_ I²C_ SDA | Y | |||
8 | GPIO12 | PD | Y | ||||
9 | GND | ||||||
10 | GPIO01 | PD | CCI_ I²C_SCL | ||||
11 | GPIO05 | ||||||
12 | GPIO175 | LPI_I²S2_ SCK | |||||
13 | GPIO40 | PD | I²C4_SDA | Y | |||
14 | GND | ||||||
15 | GPIO41 | PD | I²C4_SCL | ||||
16 | GPIO47 | PD | UART3_RX | Y | |||
17 | 3V3 | ||||||
18 | GPIO61 | PD | I²C5_SCL | SPI2_MOSI | |||
19 | GPIO65 | PD | I²C6_SCL | SPI3_MOSI | |||
20 | GND | ||||||
21 | GPIO64 | PD | I²C6_SDA | SPI3_MOSO | |||
22 | GPIO118 | PD | |||||
23 | GPIO66 | PD | SPI3_CLK | UART5_TX | |||
24 | GPIO67 | PD | SPI3_CS0 | UART5_RX | |||
25 | GND | ||||||
26 | GPIO22 | PD | |||||
27 | GPIO32 | PD | I²C2_SDA | Y | |||
28 | GPIO33 | PD | I²C2_SCL | ||||
29 | GPIO46 | PD | UART3_TX | Y | |||
30 | GND | ||||||
31 | GPIO62 | PD | SPI2_CLK | UART4_TX | Y | ||
32 | GPIO91 | PD | |||||
33 | GPIO124 | PD | |||||
34 | GND | ||||||
35 | GPIO176 | PD | LPI_I²S2_ WS | Y | |||
36 | GPIO63 | PD | SPI2_CS0 | UART4_RX | Y | ||
37 | GPIO60 | PD | I²C5_SDA | SPI2_MISO | Y | ||
38 | GPIO180 | PD | LPI_I²S2_ DATA0 | ||||
39 | GND | ||||||
40 | GPIO181 | PD | LPI_I²S2_ DATA1 | Y |
Qualcomm 40PIN Interface (All GPIO signals of the interfaces are 1.8V)
PIN | Signal Definition | PD | I²C | SPI | UART | DMIC | I²S | INT. |
1 | GPIO68 | PD | I²C7_SDA | SPI4_ MISO | ||||
2 | 1V8 | |||||||
3 | GPIO69 | PD | I²C7_SCL | SPI4_ MISI | ||||
4 | GND | |||||||
5 | GPIO70 | PD | SPI4_ CLK | UART6_ TX | ||||
6 | GPIO171 | PD | LPI_ DMIC_ CLK | LPI_
I²S1_ CLK |
Y | |||
7 | GPIO71 | PD | SPI4_ CS0 | UART6_ RX | Y | |||
8 | GPIO_172 | PD | LPI_ DMIC_ DATA | LPI_
I²S1_ WS |
Y | |||
9 | GND | |||||||
10 | GPIO173 | PD | LPI_ DMIC2_ CLK | LPI_
I²S1_ DATA0 |
||||
11 | GPIO36 | PD | I²C3_SDA | SPI1_ MISO | ||||
12 | GPIO174 | PD | LPI_ DMIC2_ DATA | LPI_
I²S1_ DATA1 |
Y | |||
13 | GPIO57 | PD | I²C3_SCL | SPI1_ MISI | ||||
14 | GND | |||||||
15 | GPIO38 | PD | SPI1_ CLK | UART2_ TX | ||||
16 | VREG_ L8C | SENSOR 600mA | ||||||
17 | GPIO39 | SPI1_ CS0 | UART2_ RX | Y | ||||
18 | GPIO189 | PD | SENSOR_ I³C_SCL | |||||
19 | GPIO190 | PD | MAG_ ALPS_ I²C_SCL | Y | ||||
20 | GPIO188 | PD | SENSOR_ I³C_SDA | Y | ||||
21 | GPIO191 | PD | MAG_ ALPS_ I²C
_SDA |
Y | ||||
22 | GPIO196 | PD | SENSOR_ I²C_SDA | Y | ||||
23 | GPIO06 | PD | ||||||
24 | GPIO197 | PD | SENSOR_ I²C_SCL | Y | ||||
25 | SYS_ THERM4 | ADC | ||||||
26 | GPIO183 | PD | LPI_ DMIC4_ DATA | LPI_
I²S3_ DATA1 |
||||
27 | GPIO26 | PD | DEBUG_ UART_
TX |
Y | ||||
28 | VOUT_5V | 500mA | ||||||
29 | GPIO27 | PD | DEBUG_ UART_ RX | Y | ||||
30 | GPIO182 | PD | LPI_ DMIC4_ CLK | LPI_
I²S3_ DATA0 |
||||
31 | GPIO177 | PD | LPI_ DMIC3_ CLK | LPI_
I²S3_ SCK |
Y | |||
32 | AMUX_4 | ADC | ||||||
33 | GPIO178 | PD | LPI_ DMIC3_ DATA | LPI_
I²S3_ WS |
||||
34 | GND | |||||||
35 | GND | |||||||
36 | AMUX_2 | ADC | ||||||
37 | CAN_L | |||||||
38 | GND | |||||||
39 | CAN_H | |||||||
40 | PWM_ OUT | PWM |
Instructions for the first pin of the 40 pins connector, refer to the following diagram.
DSI interface
PIN | Signal Definition | Function Description |
1 | LED_K | The backlight is positive |
2 | LED_K | The backlight is positive |
3 | LED_A | The backlight is Negative |
4 | CABC | Backlight brightness control (reserved) |
5 | LCM_AVDD | Bias the positive electrode |
6 | LCM_AVEE | Bias negative electrode |
7 | MDP_VSYNC_P | Sync signal (reserved) |
8 | DSI0_RESET_0 | Reset, low effective |
9 | LCD_ID | ID |
10 | S_RESET_N | The Reset of TP is low valid |
11 | TS_INT_N | Interruption of TP |
12 | TS_SPI_MOSI_I2C_SCL | I2C_SCL of TP |
13 | TS_SPI_MISO_I2C_SDA | I2C_SDA of TP |
14 | VREG_L12B_1PB | IO power supply for LCD |
15 | VREG_L14B_3P2 | TP power input |
16 | GND | Ground |
17 | DSI0_A0_LN0_P | DSI data signal |
18 | DSI0_B0_LN0_M | DSI data signal |
19 | GND | Ground |
20 | DSI0_C0_LN1_P | DSI data signal |
21 | DSI0_A1_LN1_M | DSI data signal |
22 | GND | Ground |
23 | DSI0_C1_CLK_M | DSI clock signal |
24 | DSI0_B1_CLK_P | DSI clock signal |
25 | GND | Ground |
26 | DSI0_NC_LN3_M | DSI data signal |
27 | DSI0_C2_LN3_P | DSI data signal |
28 | GND | Ground |
29 | DSI0_B2_LN2_M | DSI data signal |
30 | DSI0_A2_LN2_P | DSI data signal |
C-PHY interface
PIN | Signal Definition | PIN | Signal Definition |
1 | DGND | 16 | AFVDD-2V8 |
2 | CS1_C2 | 17 | CCI_SCL |
3 | CS1_B2 | 18 | CCI_SDA |
4 | CS1_A2 | 19 | CAM_RST |
5 | DGND | 20 | PWDN |
6 | CS1_C1 | 21 | AGND |
7 | CS1_B1 | 22 | DVDD_1V1 |
8 | CS1_A1 | 23 | VSYNC |
9 | DGND | 24 | AGND |
10 | CS1_C0 | 25 | AVDD-2V9 |
11 | CS1_B0 | 26 | DOVDD_1V8 |
12 | CS1_A0 | 27 | DGND |
13 | DGND | 28 | DVDD_1V1 |
14 | DGND | 29 | DVDD_1V1 |
15 | MCLK | 30 | DGND |
D-PHY interface
PIN | Signal Definition | PIN | Signal Definition |
1 | MCLK | 16 | DGND |
2 | DGND | 17 | NC |
3 | DATA3_P | 18 | NC |
4 | DATA3_N | 19 | DGND |
5 | DGND | 20 | DOVDD-1.8V |
6 | CLK_N | 21 | DOVDD-2.8V |
7 | CLK_P | 22 | AGND |
8 | DGND | 23 | VSYNC |
9 | DATA0_P | 24 | DVDD-1.05V |
10 | DATA0_N | 25 | AFGND |
11 | DATA1_P | 26 | PWDN (NC) |
12 | DATA1_N | 27 | RST |
13 | DGND | 28 | SDA |
14 | DATA2_P | 29 | SCL |
15 | DATA2_N | 30 | AFVDD-2.8V |
Fan Interface
PIN | Signal Definition | Function Description |
1 | 5V | Power 5V |
2 | PWM INPUT | PWM signal |
3 | / | / |
4 | GND | Ground |
Status LED
LED Status | Color | Freq. | |
Power | Power on | Red | Always on |
Standby | Green | Always on |
RF parameters
AIX-800 product supports Wi-Fi only version and 5G+Wi-Fi version. Different versions have different antenna configurations.
WIFI radio frequency parameters
Parameter | Characteristic |
Antenna type | External SMA antenna, 2 |
Impedance | 50Ω |
Frequency Range | 2.4GHz 802.11b/g/n/ax/be(20M) : 2412-2472MHz 802.11n/ax/be(40M) : 2422-2462MHz 5GHz 802.11a/n/ac/ax/be(20M) : 5180-5825MHz 802.11n/ac/ax/be(40M) : 5190-5795MHz 802.11ac/ax/be(80M) : 5210-5775MHz 802.11ax/be(160M) : 5250-5570MHz 6GHz 802.11ax/be(20M) : 5955-7125MHz 802.11ax/be(40M) : 5965-7085MHz 802.11ax/be(80M) : 5985-7025MHz 802.11ax/be(160M) : 6025-6985MHz |
Modulation Way | BPSK, QPSK, 16-QAM, 64-QAM, 256-QAM, 1024-QAM |
Frequency Interval | 5MHz |
Electrical and Environmental Parameters
Parameter | Minimum value | Typical value | Maximum value | Unit |
Power input | 10.2 | 12 | 13.8 | V |
working temperature | -20 | 25 | 60 | °C |
Storage temperature | -40 | 25 | 80 | °C |
Working environment humidity | 20 | 40 | 90 | % |
Power Dissipation
Parameter | Power (W, Max .) | Remark |
PSU | 60 | 12V/5A |
System Input | 24 | QCS8550 Module |
USB3.0 x 4 | 18 | 5V, 900mA |
5G Module* | 10 | FM160 Module |
SSD | 5.8 | Read |
5.6 | Write |
* 5G module/SSD are in either different SKU
Device Firmware Flashing Procedure Using Qualcomm QFIL Tool
Connecting and Setting Up Your Interface
- Plug in the HDMI Cable: Connect an HDMI cable between the monitor and interface 5 (HDMI_OUT).
- Power On: Press the Power On button for 3 seconds until a green LED light flashes. Ensure that you plug in the HDMI cable before powering on the device.
- Verify Display: You should see the image on the monitor. Once the HDMI output display is normal, you can unplug and reinsert the HDMI cable, and it should still display correctly.
- Connect Peripherals: Connect the mouse and keyboard to ports 4 or 6 (USB 3.0). The following icon “Weston-terminal” should appear on the screen.
- Access the Command Line Interface: Click on the Weston-terminal icon in the upper left corner of the screen to open the command line interface.
- Enter Commands: Use the command line interface to enter commands and access the system.
- Additional Connectivity: You can also connect port 13 (USB Type-C) to your PC using a USB cable. If your PC has an ADB environment installed, you can enter commands on your PC to access the system.
Flashing Firmware Using Qualcomm QFIL Tool
Download the QFIL Tool to assist in flashing or installing firmware on devices powered by Qualcomm chipsets. The tool can be downloaded here:
https://qfiltool.com/#google_vignette
- Open QFIL on your PC and configure it as follows:
- Click “Select Port” to choose the device port. You can either select port 901D, or use the adb command adb reboot edl to enter Emergency Download Mode and select port 9008.
- Click “Browse” to select the software version. Choose “All files” and then select the file xbl_s_devprg_ns.melf.
- Click “Load XML” to select the XML file. Choose all necessary files and open them.
- Click “Download” to start flashing the software.
Contact information
Sysgration Co., Ltd.
6Fl., No.1, Sec. 1, Tiding Blvd., Neihu Dist., Taipei City, 11494, Taiwan, R.O.C.
TEL: +886-2-2790-0088
Documents / Resources
![]() |
SYSGRATION AIX-800 Edge AI Box [pdf] User Manual AIX-800 Edge AI Box, AIX-800, Edge AI Box, AI Box, Box |
![]() |
SYSGRATION AIX-800 Edge AI Box [pdf] User Manual AIX-800, AIX-800 Edge AI Box, Edge AI Box, Box |