IAC-A5D3X-Kit




Tiny Size & Low Consumption & High Efficiency
◎Compared with Cortex-A processor, it is with smaller size, lower cost, and higher efficiency;
◎Cortex-A5 only has 1/3 power consumption and space of Cortex-A9;
◎Function and cost optimization erase traditional application processor redundancy cost and complexity.


Compatibility with ARM9/ARM11 Support Direct Upgradation
To provide the valuable migration for ARM926EJ-S™ & ARM1176JZ-S™ processor; to provide higher performance, better function and efficiency.


Advanced Encryption Security Storage
It adopts ARM TrustZone technology, to protect the system from counterfeit and remote firmware up-gradation, and to store critical data securely. Advanced encryption function provides the security and performance for the Internet connection.


High Precision Calculation Ideal Option for Fast Data Processing Solution
With FPU, 64-bit internal Bus architecture, and 32-bit wide DDR controller, 536MHz, it improves media and signal processing speed and user graphic experience.


Abundant External Resource
It integrates an LCD controller, touch panel controller, 2*USB, 6*UART,2*Ethernet,1*CAN, etc.


Excellent Electrical & Environmental Performance
The SOM module adopts 2*100pin industrial-grade Board to Board receptacle to connect the Carrier Board, stable and reliable;
8-layer PCB high precision immersion gold process, with excellent electrical and environmental performance.


A5D3X SOM module is compatible with QY-9G45P SOM module, it supports direct replacement for the applications by using Linux OS.


Application Areas
Smart Home/ Military Device/ Information Terminal/ CNC Textile/ Biosecurity/ Automotive Electronics/ System Monitor/ Instruments/ Industrial Automation


Open Source


Technical Support
Parameters | |||
---|---|---|---|
CPU | ATMEL SAMA5D34 | Architecture | ARM Cortex A5 |
Frequency | 536MHZ | RAM | DDR2 SDRAM,total 256M |
Flash | 256MB NandFlash,2MB DataFlash | Ethernet | 2*10/100Mbps industrial Ethernet, with ACT, LINK indicators |
UART | 5*RS232, including 1-ch debug, 2-ch RS232 and RS485 multiplex | CAN | 1*CAN, support CAN2.0 |
USB | 1*USB 2.0 DEVICE, 2*USB2.0 HOST | Display Interface | TFT-LCD, MAX. resolution 2048*2048; VGA |
Audio | Dual-channel audio output, MIC audio input | Input Interface | 8x8 Matrix keyboard, can be use I/O; 4-wire resistance touch screen interface; AD input interface |
Extension Interface | EBI BUS Interface; USB-WIFI | Storage interface | 1*SD Card |
Other | Reset circuit, watchdog circuit, real-time clock, buzzer, JTAG interface | Power Supply | + 12V power supply, can support + 6V~ + 23V wide range voltage power supply |
Size | Core board: 74mm * 53mm; Carrier board: 160mm * 110mm | Operating System | Linux |
Power Consumption | ≤2W | Operating Temperature | -20℃~+70℃ (-40℃~+85℃ optional) |
Working Humidity | 5% ~ 95%, Non-Condensing |
Specification | |||
---|---|---|---|
J3 | Debug Serial Port | J4 | COM1&RS485_1 |
J5 | COM0&COM3 | J6 | COM2&RS485_2 |
J7 | Ethernet Interface 0 | J8 | Ethernet Interface 1 |
J9 | LCD | J10 | I2C capacitive screen interface |
J11 | LCD power supply selection | J12 | VGA |
J13 | 2*USB HOST | J14 | USB Device |
J15 | USB WIFI interface and USB Device multiplexing | J16 | Audio Output |
J17 | EBI BUS | J18 | 12V Power Input |
J19 | Reserve the multi-voltage power supply output interface | J20 | SD Card |
J21 | SDIO | J22 | ISI |
J23 | 8x8 Matrix keyboard interface | J24 | JTAG Debug |
J25 | ADC&I2C | J26 | SPI |
J27 | CAN | J28 | MIC Audio Input |
K1 | Reset Button | K2 | Wake Button |
Product Hardware Manual
User Manual
Burning Manual
Instruction Manual for Ubuntu