RK3576 ARM Industrial Motherboard Fanless 8-core CPU AI-supported 6TOPS Embedded Motherboard

Single Ethernet Port

Dual Ethernet Port

Description

The RK3576 is a high-performance, low-power application processor chip fabricated using an advanced 8nm process. It features an 8-core, 64-bit architecture with four A72 heavy cores operating up to 2.2 GHz and four A53 light cores reaching 1.8 GHz. The chip incorporates an NPU delivering 6 TOPS of AI computing power and utilizes the ARM Mali G52 MC3 GPU.

The CX3576-Z features the RK3576 chipset running on Android 14, Linux 6.1, Debian 12, or Ubuntu 22.04. It incorporates LVDS, eDP, MIPI, and HDMI display output interfaces, along with a built-in universal backlight board interface and screen voltage jumpers, ensuring compatibility with a wider range of displays. With enhanced performance, faster speeds, and richer interfaces, it is the optimal choice for human-computer interaction, smart terminals, and industrial control applications.

Features

• Multiple display interfaces: dual LVDS, eDP, MIPI, HDMI, and other display output interfaces. 
• Extensive expansion interfaces: 7 USB ports (including one dual-layer USB 3.0 socket – the upper one as USB 3.0 HOST and the lower one as USB 3.0 OTG – plus one dual-layer USB 2.0 HOST socket and three built-in USB 2.0 HOST PH2.0 sockets); 6 serial ports, including one built-in RS232/RS485 port (switchable via a jumper cap), two 6-pin Phoenix terminals for RS232/RS485 (also switchable via jumper cap), and one DB9 socket for RS232/TTL (switchable via jumper cap); along with 10 GPIO and 3 ADC interfaces, meeting various peripheral requirements in the market. 
• Multiple network interfaces: one 1000M Ethernet port, supporting 5G and 2.4G Wi-Fi, along with a built-in 4G module interface compliant with the Mini PCIe standard for internet connectivity and voice calls.
• High Resolution: HDMI supports a maximum output resolution of 4096×2160@120Hz, compatible with LCD displays and cropped screens supporting interfaces such as LVDS, eDP, MIPI, and HDMI, enabling multi-screen synchronized display. 
• Customized for the Android system, it provides reference code for system call interfaces (APIs), offering perfect support for customers’ upper-layer application development.