Home > 3.5” Pentium M embedded processor board with -40 to +85OC operating Temperature

3.5” Pentium M embedded processor board with -40 to +85OC operating Temperature

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Arbor Australia  has released EasyBoard-800E 3.5” embedded processor board designed for harsh environments with an operating temperature of -40 to +85oC. Featuring the Intel 852GM supporting the Celeron M 1.0Ghz processor, the EasyBoard-800E 3.5” embedded processor board is designed to be reliably used in harsh environments unsuitable for commercial processor boards.


All components used on the EsayBoard-800 3.5” embedded processor board have been chosen to suit the extended operating temperature range and have been rigorously tested to meet the -40 to +85oC operating environment.


The EasyBoard-800E 3.5” embedded processor board has a maximum VGA resolution of 2048x1536 while at the same time supports LVDS LCD panels with a maximum resolution of 1600x1200 in 18/36 Bit modes. The EasyBoard-800E 3.5” embedded processor board provides a convenient connection to dual independent display devices like LVDS LCDs and CRTs.

The EasyBoard-800E 3.5” embedded processor board measuring 146x102mm is designed to enable space-efficient solutions delivering greater performance at lower power consumption in the temperature range of -40 to +85oC The EasyBoard-800E 3.5”embedded processor board offers a variety of integrated I/O interfaces such as 6 USB 2.0 ports, 8 Bit Digital I/O, 2 serial ports KBD/MS, Ultra ATA, and Compact Flash connectivity. Expansive I/O for the EasyBoard-800E 3.5”embeeded processor boards provided through the mini PCI expansion bus.


TheEasyBoard-800E 3.5”embedded processor board extends Arbors commitment toprovided computing designed for long-term industrial use to include platformsspecifically designed for use in harsh environments. The EasyBoard-800E 3.5”embedded processor board has passed Arbor’s rigid physical and operationaltests to meet the -40 to +85oC requirement, and is made up of onlyextended temperature grade, RoHS-compliant materials, proven to endure the mostdemanding computing environments.

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