RK3568-G31 Android Decode-Driver All-in-One Board

RK3568 Android Decoding Drive All-In-One Board Specification

(Model: RK3568-G31)

Chapter one the Product Overview

1.1 、 General

RK3568 Android all-in-one board, using Ruixin micro-quad-core RK3568 and internal integrated NPU chip solution. RK3568 is a 64-bit CPU based on quad-core Cortex-A55 with a new 22nm process; main frequency up to 2.0GHz; supports Google Android 11.0 operating system; GPU adopts Mali G52 2EE, supports mainstream audio and video formats and picture decoding; The RK3568 has an integrated AI neural network processor NPU with a computational power of up to 0.8 TOPS, and supports a variety of AI development tools and interfaces. Conducive to processing massive multimedia data such as videos and images, providing a strong foundation for machine deep learning; rich onboard interfaces and I/O, rich and flexible connectivity and scalability, support for commonly used external devices; rich interfaces, stable performance, can meet different scenario requirements;

1.2 、 Characteristics

u High performance: RK3568 is a 64-bit CPU based on the quad-core A55 using the new 22nm process, with a main frequency of up to 2.0GHz. It has super general computing performance. The GPU adopts Mali G52 2EE, and the CPU integrates the AI neural network processor NPU, which has a computing performance of up to 0.8TOPS. It is conducive to processing massive multimedia data such as videos and images, and provides a strong foundation for machine deep learning.

u High stability: The RK3568 Android all-in-one board adds its own unique technology in hardware and software to ensure the stability of the product, which can make the final product unattended for 7 * 24 hours.

u High integration: The RK3568 Android all-in-one board integrates Ethernet, WiFi, Bluetooth, 4Ω/18W amplifier, built-in 4G/5G module interface, IR remote control function, LVDS, eDP, MIPI screen, microphone, gravity sensing, GPS and other functions, greatly simplifying the design of the whole machine. The ultra-thin motherboard design can make the whole machine design more beautiful.

u Rich interface: Support USB2.0/USB3.0 port, serial port, I2C interface, GPIO, headphone, ADC, etc., can expand more peripheral devices. It can meet the needs of common peripherals on the market, such as serial card swiping equipment, printing equipment, audio and video acquisition equipment, and so on.

u System customization: Support Android system optimization customization, provide system call interface API reference code.

Chapter 2 Schematic Diagram of Appearance and Interface

Chapter III List of basic specifications and features

3.1 、 Basic hardware specifications, features

3.2 、 Basic software specifications, features

3.3 、 Working, storage environment

Chapter IV PCBA Construction

4.1 、 PCBA 寸法図

4.2 、 Specification parameters

Motherboard size: 135 * 80 * 12mm

Board height: front ≤ 8mm, back ≤ 3mm

Number of PCB layers: 8 layers

PCB size: 135 * 80 * 1.6mm

PCB Color: Green

PCB Process: Immersion gold

Screw hole specification: Φ3mm * 4

Chapter Five Interfaces

5.1 、 Interface Instructions

5.1.1 、 12V Power Input Interface (4PIN/2.0）

5.1.2 、 LVDS Screen voltage cap jumper interface (6PIN/2.0）

5.1.3 、 LVDS Screen interface (2x15PIN/2.0）

5.1.4 、 BAT Battery Interface (2PIN/1.25）

5.1.5 、 ADC Conversion Interface (2PIN/2.0）

5.1.6 、 Screen backlight interface (6PIN/2.0）

5.1.7 、 I2C Touch screen interface (6PIN/2.0）

5.1.8 、 GPIO Interface6PIN/2.0）

5.1.9 、 ttyS8 Serial interface(TTL/RS485-4PIN/2.0)

5.1.10 、 ttyS6 Serial interface(TTL/RS485-4PIN/2.0)

5.1.11、 Button interface (4PIN/2.0）

5.1.12 、 eDP Screen interface (30PIN/0.5）

5.1.13 、 LED/IR(Remote Control and Indicators)Interface6PIN/2.0）

5.1.14 、 ttyS5 Serial interface(TTL/RS232-4PIN/2.0)

5.1.15 、 ttyS7 Serial interface(TTL/RS232-4PIN/2.0)

5.1.16 、 USB 2.0-HOST Interface4PIN/2.0）

5.1.17 、 USB 2.0 Interface4PIN/2.0）

5.1.18 、 USB 2.0 Interface4PIN/2.0）

5.1.19 、 USB 2.0 Interface4PIN/2.0）

5.1.20 、 RS232/RS485 Toggle jumping cap

the RS232 and RS485 functions of ttyS3 and ttyS4 are switched by the following two groups of hats: the function of switching ttyS3 in the red box and the function of switching ttyS4 in the green box.

a. ttyS3 switches to RS232 function, cap-skipping is as follows:

b. ttyS3 switches to RS485 function, cap-skipping reference is as follows:

c. ttyS4 switches to RS232 function, cap-skipping reference is as follows:

d. ttyS4 switches to RS485 function, cap-skipping reference is as follows:

5.1.21 、 RS485/RS232(ttyS4)Interface

5.1.22 、 RS485/RS232(ttyS3)Interface

5.1.23 、 POE Power supply interface4PIN/1.25）

5.1.24 、 Microphone Interface (2PIN/2.0）

5.1.25 、 Speaker Output Interface (4PIN/2.0）

5.1.26 、 MIPI Screen interface (31PIN/0.3）

5.2 、 Remaining standard interfaces and features

5.3 、 PIN Footer number

Chapter 6 Notice

Wear electrostatic protection tools such as electrostatic bracelets when ▲ touching the motherboard (good grounding is required);

▲ Do not operate live assembly, wiring, etc.;

▲ Please check the definition of the motherboard interface and the definition of the peripheral interface, and there must be no error or reverse connection.

▲ Please fix the motherboard with M3 flat head screws, do not use countersunk head and large size screws; pay attention to avoid deformation and bending of the motherboard when twisting the screws;

▲ Pay attention to IO port, serial port, enable pin and other level matching;

▲ Pay attention to the power of the external screen. If the power is large, consider external power supply;

▲ Pay attention to the overall power of the product and select a power supply with sufficient power;