AIoT-3568A – 4-Core Smart Terminal Motherboard with Android/OpenHarmony OS

Meta Title
AIoT-3568A Smart Terminal Motherboard with RK3568, 1T NPU, Android & Harmony OS | ShiMeta
Meta Description
Discover the compact AIoT-3568A motherboard with RK3568 processor, 1T NPU, multi-screen output, rich I/O, Android 11 & OpenHarmony OS. Ideal for self-service terminals.

 

Description

Product Overview

The AIoT-3568A is a cost-effective, highly integrated smart terminal motherboard designed for AIoT edge applications. Powered by the RK3568 quad-core processor and integrated with a 1T NPU, it offers multi-screen 4K output, rich I/O expansion, and multiple OS support—Android 11.0 by default and optional OpenHarmony/Linux. Ideal for smart retail, self-service kiosks, vending machines, and smart education terminals.

Core Configuration & Performance

Specification

Details

CPU

Rockchip RK3568, quad-core, up to 2.0GHz

NPU

Integrated 1T computing power, AI accelerator

Memory

Standard 2GB LPDDR4 (optional 4GB/8GB)

Storage

Standard 16GB eMMC (optional up to 128GB)

OS Options

Android 11.0 (default), OpenHarmony, Linux

Powerful enough to meet edge AI computation needs, while offering energy-efficient and stable performance.

Display Interfaces & Multi-Screen Output

  • HDMI Output: Type-A port, supports 4K@60Hz Ultra HD
  • LVDS Output: 6-8 bit, max resolution 1920×1080
  • eDP Output: Drives high-res eDP LCD panels directly

Supports simultaneous multi-screen output for rich visual interaction across various terminal applications.

Superior Graphics & Dual Display Output

Equipped with a Mali-T860 GPU, the board supports 4K@60fps video decoding and a resolution up to 3840×2160. It integrates LVDS, eDP, HDMI IN/OUT for flexible display setup and supports dual independent screens with simultaneous touch input. Compatible with infrared, optical, capacitive, and film touchscreens—no drivers or debugging required (HID configuration supported).

Peripheral Devices & Expansion Interfaces

  • 6 USB Ports: 1×USB 3.0, 5×USB HOST
  • 5 Serial Ports: 2×TTL, 2×RS232, 1×RS485
  • IIC Interface: Supports TP and peripheral control
  • Optional Interfaces: CAN, MIPI, SATA, M.2
  • Compatible Devices:
    USB cameras, touchscreens, code scanners, card readers, microphones, mice, 4G modules

Ensures compatibility with mainstream peripheral hardware in smart terminal ecosystems.

Network Connectivity

  • Ethernet: 10/100/1000M adaptive
  • Wireless: Built-in WiFi, Bluetooth
  • 4G Access: PCI-E 4G module supported

Enables stable, high-speed data communication in mobile, commercial, and offline environments.

System Customization (Android Version)

  • Based on Android 11.0
  • Custom system API & reference code provided
  • Supports upper-layer app development for Android-based smart devices

Harmony Version – Domestic Open Source Platform

  • Pre-installed OpenHarmony OS
  • Supports local development needs for secure, controllable system environments
  • Ideal for national-standard projects and software sovereignty scenarios

Application Scenarios

AIoT-3568A is widely applied in:

  • Smart Retail Terminals
  • Smart Medical Equipment
  • Smart Government & Enterprise Systems
  • Smart Education Kiosks
  • Self-service Terminals & Vending Machines
  • Smart Trash Cans
  • Advertising Players & Touch Displays

Frequently Asked Questions (FAQ)

Does AIoT-3568A support both Android and Harmony OS?

Yes. Android 11.0 is default, and OpenHarmony or Linux can be customized per project.

Can I run multiple screens with different resolutions?

Yes. The board supports HDMI, LVDS, and eDP outputs simultaneously.

Is 4G supported for networking?

Yes. A built-in PCI-E interface allows 4G module integration.

What kind of peripherals are compatible?

It supports cameras, scanners, card readers, microphones, touchscreens, and more via USB/serial/IIC.

Reviews (0)

Reviews

There are no reviews yet.

Be the first to review “AIoT-3568A – 4-Core Smart Terminal Motherboard with Android/OpenHarmony OS”

Your email address will not be published. Required fields are marked *