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CONTACT: Eric Rossi FOR IMMEDIATE RELEASE EMAC INTRODUCES AN ARM9 SINGLE BOARD COMPUTER Carbondale, Illinois, October 1, 2007 - EMAC, Inc., announces the iPac 9302, a 32-bit Single Board Computer (SBC) based on the Cirrus ARM9 EP9302 processor running at 200 MHz with Math Coprocessor. The iPac 9302 has a PC/104 form factor and contains a wide variety of I/O to meet any application: RS-232, 10 A/D channels, 16 digital GPIO lines, 16 Digital Output Lines, 8 Digital Input Lines, 8 High-Drive digital output lines, 3 PWMs, 9 Synchronous Serial I/O lines (SPI/AC97/I2S), SD/MMC Flash, 10/100 BaseT Ethernet, and Dual USB 2.0 Host Port. Additionally the iPac 9302 can accommodate up 64 MB of resident on-board Flash and 64 MB of SDRAM. EMAC can provide a Windows CE 6.0 BSP allowing developers to write C or C# applications in Visual Studio and then run those applications by downloading to the iPac 9302. Alternatively, EMAC can provide a Linux 2.6 BSP for users wishing to develop under Linux. The iPac can be used to develop a variety of applications from robotics to industrial controls. EMAC also has available a Screw Terminal board easing the burden of making I/O connections to the iPac. The price of the iPac 9302 is $150.00 USD at quantity one excluding the Window CE Operating System License. Additional information can be found on the kit and the iPac 9302 at: www.emacinc.com/sbc_microcontrollers/ipac_9302.htm ### About EMAC, Inc. (www.emacinc.com) Since 1984, EMAC, Inc. has provided customers worldwide with custom hardware, software and manufacturing. EMAC’s custom services include Digital and Analog Hardware Design, BIOS adaptation, Operating System integration (Windows CE, NT Embedded, XP Embedded, and Linux), driver development and software application development. In addition, EMAC offers a comprehensive line of products and services that include Single Board Computers (SBCs), SBC Peripherals, and Microprocessor Training Systems. Off-the-shelf SBCs include x86 compatible, 32-bit RISC and both 8-bit and 16-bit microcontrollers.
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