Texas InstrumentsARM A8WindowsLinuxCapacitive TouchResistive Touch

  • Single-Core ARM Cortex A8 processor
  • ARM NEON SIMD coprocessor
  • TMS320C64x+ Digital Signal Processor
  • POWERVR SGX™ Graphics Accelerator
  • Multiple GPIO (1.8V)
  • Multiple MCBSP (UARTs)
  • Camera Image Signal Processing

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The tiny RM2 (50*50mm) is an ideal off-the-shelf computer-on-module(COM) for high performance, low-power embedded applications requiring graphics, video, or featuring high-resolution touchscreen displays. Whether your market is medical, multimedia, vision, telemetric or many others the RM2 is the perfect heart of your new product.

Blue Chip Technology have brought the power of the ARM processor to their successful range of RM computer-on-modules. Based on the OMAP™ 3 platform, the ARM® Cortex™ A8 core in the RM2 offers over four times the processing power of yesterday’s ARM9 devices. Combined with its extraordinary DSP and video engine, the RM2 brings laptop style GUI and graphics to your application whilst operating with an operating power consumption of approximately 2W.

A COM board is an off-the-shelf building block with all of the functionality if a typical single board computer – CPU, main chipsets, RAM, Flash etc but without the usual IO connectors. Instead the COM connects to a custom carrier board of your choice i.e.: the footprint, connector layout, GPIO and any application specific electronics are all tailored to the target application. Basing your hardware on a COM means the most expensive, complex and highest risky elements of the design is already proven whilst the carrier board is a simple build which can be completed quickly and cost effectively. Blue Chip Technology can either support you design your own host board or design it for you. Blue Chip Technology also provide a full BSP to ensure that your product gets to market as quickly as possible.

Technical Specifications

CPU ManufacturerTexas Instruments
CPU SeriesARM Cortex™ A8
CPU Speed1.0GHz
CPU DetailsDigital Signal Processor
Floating Point Unit
L2 Cache
CPU CoresDual Core
Quad Core
MicroSD Socket
Inputs / OutputsGPIO
Serial CommsEthernet 10/100
USB 1.1
USB 2.0
Audio / Visual
AudioAnalog Audio Headphone Out
Analog Audio Line In
Analog Audio Line Out
Analog Audio Mic In
Digital Audio
Graphics2D Acceleration
3D Acceleration
Camera Parallel Interface
Graphics Controller
Video Decoder
Video Encoder
Operating SystemLinux - Ubuntu
Windows CE 6
Windows EC7
Temperature-10° to +70° C
-20° to +70° C
-20° to +85° C
-40° to +85° C
0° to 60° C
0° to 70° C
Power Supply3.3 Volts DC
5 Volts DC

See datasheet for more detailed information.

Download Datasheet

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File NameDescriptionDownload
RM Module SpecificationSpecification for RM system-on-modules. 578.36 KB
RM2 DatasheetDatasheet for RM2 system-on-module. 4.63 MB
HB3 DatasheetDatasheet for the HB3 hostboard (for RM computer-on-modules). 1.14 MB
HB3 Technical ManualTechnical Manual for the HB3 hostboard (for RM system-on-modules). 1.13 MB
HB3 Quick Start GuideQuick Start Guide for the HB3 hostboard (for RM system-on-modules). 1.32 MB


There are currently no software downloads available for this product. Please get in touch if you require assistance.


File NameDescriptionDownload
HB3 DimensionsDimensions of the HB3 hostboard for the RM range of system-on-modules. 45.66 KB
HB3 Reference SchematicsReference schematics for the HB3 hostboard (for RM system on modules). 3.00 MB

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Can the peripheral interfaces be changed on the RM2?

Yes please see the outline in the datasheet for an introduction. Most of the peripheral pins have several other options that can be selected through software.

What development boards do you provide for development based on the RM2?

Please see our HB3 which is the development board designed especially for the RM series of processor modules.

What is the manufacturing life of the RM2?

The RM2 is based on the TI DM3703/3730 which is available until at least 2021 and probably a lot longer.

How can we design our own host board for our new product based on the RM2?

One of our key goals when designing the RM2 was to make it as easy as possible incorporate it into a product. We can provide the schematics for our HB3, subject to signing a mutual none disclosure agreement, to help you complete your design as quickly as possible. We use Altium for our ECAD system and can supply either Altium or pdf schematics.

Can you provide a custom design service if we choose not to design in house?

Yes. We can. We will also be happy to quote you for the manufacture and test of your complete product including warranty and technical support.

What operating systems do you support on the RM2?

We currently support Windows CE, EC and Linux Ubuntu LTS.

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