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ARM Based CPU Board Series

Series Overview Series Specifications Development Environment

Armadillo are a series of high performance, low power consumption small form factor CPU boards.

ARM11 Boards
A platform for fast development of embedded devices with touchscreens utilizing the powerful i.MX31 ARM11 processor. Details A tiny CPU module which employs the i.MX31 ARM11 processor, providing a high degree of performance and expandability. Details
ARM9 Boards
Linux ready ARM926EJ-S CPU board with WLAN module. Details Offering high performance and a range of I/O, this model is the most expandable. Details A tiny form factor and high performance, providing sercure serial/LAN data conversion. Details
A small form factor and high performance along with USB host support. Details Offers a small form factor, high performance and two Ethernet ports. Details A small form factor and high performance, providing VGA output and USB host support. Details
ARM7 Boards

A tiny form factor with low power consumption, capable of serial/LAN conversion. Details

PC/104 compliant with low power consumption.
Details

Series Features

High Performance / Low power consumption

The employed ARM core CPUs provide performance without heat and the need for a fan.

Linux Support

Employing Linux (kernels 2.4 and 2.6) as the standard operating system provides access to rich software resources and proven stability.

Network Ready

With the combination of the standard LAN interface (10BASE-T/100-BASE-TX) and Linux's TCP/IP protocol stack, network ready devices can be easily developed.

Small form factor

With boards the same size as a floppy disc at the big end and half the size of a business card at the small end, Armadillo are a truly small form factor solution.

Note: Documentation for all Atmark Techno products is currently provided primarily in Japanese. Please understand that any documentation translated to English or other languages for any particular product may not correspond to the latest Japanese version or translations may not be available at all.