ARBOR provides ARM-Based computer-on-module for general, communication and mobility purposes that can fulfill the diverse market demands. We offer a series of flexible, highly customizable and cost effective small form factor and QSeven ARM-Based computers-on-module that can meet the requirements for power-efficient IoT devices and performance-oriented professional applications.

Board-to-System Service

ARBOR provides full-board customization service with our ARM-Based computer-on-module to meets customer’s requirements. We also offer customization from board-to-system, including early planning, design and development. With our responsive workflow, experienced R&D technologies and integrated services, ARBOR delivers high-quality OEM/ODM services to maximize your business success.

OS Customization

ARBOR offers full Linux operating system, drivers and software customization service for our ARM-Based Computing Solutions. Our expert Software team can tailor the OS to meet your requirements. This includes Android customization, Yocto, Ubuntu and Debian. We also offer BSP (Board Support Package) to support customers who are developing their own project.

Custom Your ARM-Based Solution with ARBOR

ARM-Based Computer-On-Module

SOM-RK391

The SOM-RK391 is powered by the Rockchip RK3399 Hexa-core (2x Cortex-A72 + 4 x Cortex-A53) processor to provide exceptional computing power. This high performance GPU+CPU allows applications such as AI computing, edge computing and machine vision to be implemented in practical scenarios.

SOM-RP301

The SOM-RP301 is powered by the Rockchip PX30 Quad-Core Cortex-A35 processor. It has low power consumption, flexible thermal management, cost-efficiency and provides state-of-the art performance.


PBA-9000-A

ARBOR’s SOM carrier boards are designed to maximize ARM-Based Computing performance potential to provide a solid and flexible platform for your next projects.





ARM-Based Systems

IOT-800N
8" Risc-based Panel PC
PC1017
10.1” Price checking terminal
M1016
10.1” Bedside Infotainment Medical Terminal
M1861
18.5" Fanless Medical Infotainment Terminal

ARM-Based Computing Platform

Linux Customization Tailored for you
ARBOR provides ARM-Based computer-on-module for general, communication and mobility purposes that can fulfill the diverse market demands. We offer a series of flexible, highly customizable and cost effective small form factor and QSeven ARM-Based computers-on-module that can meet the requirements for power-efficient IoT devices and performance-oriented professional applications.

Board-to-System Service

ARBOR provides full-board customization service with our ARM-Based computer-on-module to meets customer’s requirements. We also offer customization from board-to-system, including early planning, design and development. With our responsive workflow, experienced R&D technologies and integrated services, ARBOR delivers high-quality OEM/ODM services to maximize your business success.

OS Customization

ARBOR offers full Linux operating system, drivers and software customization service for our ARM-Based Computing Solutions. Our expert Software team can tailor the OS to meet your requirements. This includes Android customization, Yocto, Ubuntu and Debian. We also offer BSP (Board Support Package) to support customers who are developing their own project.

Custom Your ARM-Based Solution with ARBOR

ARM-Based Computer-On-Module

SOM-RK391

The SOM-RK391 is powered by the Rockchip RK3399 Hexa-core (2x Cortex-A72 + 4 x Cortex-A53) processor to provide exceptional computing power. This high performance GPU+CPU allows applications such as AI computing, edge computing and machine vision to be implemented in practical scenarios.



SOM-RP301

The SOM-RP301 is powered by the Rockchip PX30 Quad-Core Cortex-A35 processor. It has low power consumption, flexible thermal management, cost-efficiency and provides state-of-the art performance.



PBA-9000-A

ARBOR’s SOM carrier boards are designed to maximize ARM-Based Computing performance potential to provide a solid and flexible platform for your next projects.




ARM-Based Systems