SOM-PX30

PX30 Industrial Computer-on-module

It uses a PX30 industrial-grade 64-bit low-power processor with a main frequency up to 1.3Hz. It has a quad-core Cortex-A35 and dual-core Mali-G31 GPU, as well as rich display expansion interfaces, which can be used with a variety of displays to better meet the display requirements of the market in different environments

  •  Rockchip PX30 with Quad-core Cortex-A35 and dual-core Mali-G31 GPU
  •  2GB RAM, 16GB eMMc flash
  •  Interface: USB2.0*2,HDMI®Out,Micro SD Card slot,RJ45
  •  Build-In Wifi,2.4G/5G, 10/100M Ethernet
  • Dimensions:140*113mm

Industrial PX30 core board

SoM-PX30 is based on Rockchip’s industrial-grade 64-bit low-power PX30 chip, stamp-hole package core board with rich industry application interfaces, with the open backplane design materials and open source SDK provided by Geniatech. It supports multiple operating systems and has powerful hard decoding capability, providing strong performance, stable and reliable, scalable product support for various industries and industrial application scenarios, and can be widely applied to IoT devices, vehicle central control, entertainment and gaming devices, commercial display devices, smart security, smart industrial control, smart home and other fields.

Cost-effective processor

With PX30 industrial-grade 64-bit low-power processor, quad-core Core-A35 and integrated ARM Mali-G31 MP2 GPU, it has powerful hard decoding capability, which can bring better performance for various industries and industrial application scenarios and give the product more imagination.

Powerful hard decoding capability

Support H.265, H.264, VC-1, VP8, MPEG-1/2/4 format 1080P@60fps video decoding, H.264, VP8 format 1080P video encoding, support dual VOP (dual screen display).

Rich interfaces and expandability

With 172 pins in a postage stamp hole package, it supports rich expansion interfaces such as LVDS, MIPI-DSI, MIPI-CSI, SDIO, SD, RMII, USB OTG2.0, USB2.0, I2C, I2S, UART, GPIO, etc., providing rich peripheral connections for different industry applications and making project development and evaluation easier.

Industrial grade product standard, no fear of various harsh working environment

Optional industrial-grade processors and components are tested and manufactured through strict industrial standards to ensure the reliability, safety and stability of the products in harsh environments. Whether it is extremely cold at -20°C or high temperature at 85°C, the products can operate stably 7×24 hours without interruption to meet the needs of industrial-grade applications and are suitable for various harsh working environments.

Open system architecture, supporting multiple operating systems

Support Android10,  Debian10, Linux + QT kernel, can be based on the Linux system kernel deep custom development service layer, to achieve remote upgrade and management of the device, greatly enhance the convenience of late operation and maintenance and operation and maintenance efficiency.

10-year long delivery period, to protect the long life cycle of the product

Provide 10-year long delivery period and ultra-long term, traceable Linux Kernel maintenance for long product lifecycle.

Provide perfect technical data for efficient secondary development

We provide comprehensive technical information including base board reference design materials, supporting source code, technical documentation, API interfaces and SDK development tools, making secondary development easier, more convenient and efficient, helping customers to quickly build independent and controllable customized products.

More than hardware, a full range of one-stop customized services

With 25 years of technical R&D precipitation of ARM products and partner resources, Geniatech not only can provide customers with hardware customization design, but also provide one-stop consulting services such as cross-SOC platform OS porting, BSP kernel cutting and driver debugging, scenario-based application software development, overall system software testing services, and perfect SDK secondary development interface, etc. With the company’s own production plant of nearly 30,000 square meters, we can help customers greatly shorten the cycle from product selection, R&D project, small volume trial production to mass production delivery.

Wide range of application scenarios

It can be used in Internet of Things devices, car central control, entertainment and gaming devices, commercial display devices, intelligent security, intelligent industrial control, intelligent home and other fields

CPU Frequency Quad-core Cortex-A35
GPU Mali-G31 MP2 GPU,Support OpenGL ES3.2, Vulkan 1.0, OpenCL 2.0
Internal Memory 1GB DDR3(2G optional)
Internal Storage 8G EMMC(16G/32G optional)
OS Android/Linux
Network Port 100M (RJ45 port) x 1
WIFI/Bluetooth WiFi802.11a/b/g/n/ac+Bluetooth4.0
SD Card Port 1*SDIO output channel
WDT Port Support Geniatech’s WDT module
USB Port 2*HOST2.0
Display Support MIPI、LVDS、RGB Port
Audio AC97/IIS Port,Support recording and playback
UART Port 1*Serial ports
Extension Interface 8 * PWM output
4 * IIC output
2 * SPI output
3 *ADC output
1 *CSI input
1*RTC
Power 5V/1A
Size 55*55*3.6mm
Weight 15g

SOM-PX30 Schematic
SOM-PX30 Specification
SOM-PX30 Upgrade Guide

Carrier Board

DB-PX30 Specification
DB-PX30 User Guide

DB-PX30 Carrier Board

This 140x113mm carrier board delivers essential connectivity for PX30 system-on-modules, providing a complete interface solution for IoT devices, vehicle infotainment, and commercial displays with optimized cost structure.

  • Standard Ethernet: 10/100M RJ45 port
  • USB connectivity: Host + OTG interfaces
  • Wireless capability: 2.4G WiFi & BT4.1
  • Compact dimensions: 140×113mm PCB size
  • Stable power supply: 12V/2A DC input
  • Industrial temperature range operation
  • Cost-optimized for mass production
  • Rapid deployment ready

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