Axiomtek SBC Utilises Intel Atom Processing Power

Axiomtek has announced the SBC81207 PICMG 1.0 full-size CPU card for embedded applications such as IP-PBX automation. The SBC81207 is based on the new generation of Intel Atom processors - N450, D410 and D510. The single-core Intel Atom processors N450 and D410 and the dual-core Intel Atom processor D510 are all clocked at 1.66GHz. Having integrated graphics and memory controllers on the CPU itself creates the benefits of smaller footprint, higher performance per watt and lower power consumption than previous Intel Atom processor solutions.

The SBC81207 has paired the processor with the Intel 82801HM I/O controller to deliver system performance, full I/O functions and support for full DDR2 memory and legacy PCI and ISA operation environments. The SBC81207 full-size single-board computer serves a wide range of applications where flexibility, low-power consumption and thermal efficiency are important. As for power usage, the N450, D410 and D510 have TDPs of 5W, 10W and 13W, respectively. The power saving allows the SBC81207 to achieve a low total cost of ownership.

The SBC also meets current requirements for the Windows 7 environment. The SBC81207 single-board computer includes six USB 2.0 ports and three serial ATA ports with transfer rates up to 3GB/s. Other onboard I/O features include two COM ports, dual Gigabit LAN, FDD, PS/2 keyboard and mouse ports, HD audio and Compactflash for SSD storage devices. With LPC I/O integrated, the SBC81207 provides reliable operation and non-stop capability with watchdog timer, as well as the Smart Fan feature that controls the fan speed to keep temperature within a specified range.

The low-power SBC supports Windows 7, Windows Vista, Windows XP embedded and Linux. The SBC81207 is fully compatible with Axiomtek's PICMG 1.0 full-size backplanes and the company offers various industrial housing enclosures and can assist with any customer's industrial integration needs. This CPU board will be available around the end of June 2010.

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