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Compact Size Linux-based ARM9 System on Module Adds Flexibility and Reduces Power Consumption

TAIPEI, Taiwan – 17 January, 2010 — Artila Electronics, the leading designer and manufacturer of Linux-ready ARM9 industrial PC, introduces M-502 industrial Linux-based ARM9 system-on-module that increases system performance and still reduces power consumption at the same time. 

“Linux on ARM” is now becoming a trend due to its advantages of being light, compact, and cost-effective. M-502 is embedded with 400MHz/MMU ATMEL AT91SAM9G20 CPU, which increases M-502 system performance yet lowers the power consumption at least half compared to 180MHz ATMEL AT91RM9200, which is embedded in Artila’s first generation of industrial system-on-modules.  

x86 systems have high demands on memories and hard disk space, further denying the possibility for the product to be small sized. On the other hand, ARM processors carrying Linux has no such problems. Without requiring large volumes of onboard peripherals, M-502 is able to come in COMPACT size, as small as a credit card. 

Compact size and low power consumption makes M-502 cost-effective in both monetary and energy-saving term. Linux is an open source, which saves users a great deal of money in buying licenses. And with fewer onboard peripherals, low power consumption namely is the most obvious benefit, saving your energy bills.  

For more product information, please visit www.artila.com, or email to sales@artila.com

About Artila

Artila Electronics Co., Ltd. is an emerging force in the industrial computer field, dedicated to minimizing mass while maximizing utility. Unlike other industrial computer providers in the market who mainly use x86 plus Windows solutions, Artila focuses on ARM-core RISC CPU with embedded Linux solutions, matched with Artila’s 10 plus years of experience in RS-232/422/485 industrial communication and TCP/IP networking. Artila’s product range consists of Serial-to-Ethernet embedded modules, ARM9/Linux box computers, and ARM9/Linux SOMs (system-on-modules). 

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