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Established 1992 in Silicon Valley. Comit provides complete chip, board and software engineering services to customers worldwide.
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Sample Boards by Comit
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Single-board Computer for Gaming Machines:
7.5"x 11" 6 layer FR4 Motherboard incorporating VIA C7, CN700, VT8237R
chipset. PCI, DDR2 memory, FLASH, ccTalk, USB 2.0, DVI, RS-232C & Audio
ports
FPGA: Peripheral controller APA150 (150K gates) PCI to Peripherals
interfaces for Bill Acceptor, Coin Hopper, Coin Validator, Bill Validator,
Electromagnetic Counter, Lamps, Switches.
Software: BIOS porting, Linux porting, Windows XP Embedded
porting, Interrupt based PCI device drivers on both platforms for
peripherals (Bill Acceptor, Coin Hopper, Coin Validator, Bill
Validator, Electromagnetic Counter, Lamps, Switches).
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Power Injector board, for CO/CPE
MDU communication solution based on Broadcom ADSL2+ chipsets.
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CPE Adapter including PoE, based
on Broadcom ADSL2+ chipset.
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A system including 48/24 port bridge with
power injector board for CO and a CPE adapter for
MDU communication solution including PoE, based on Broadcom ADSL2+ chipsets.
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Fiesta ® CJPC board
CJPC is a PCI Based
Boundary Scan controller compliant with IEEE-1149.1 standard, for
in-System programming, debugging and testing applications. Eight
independent controllers on one board to support synchronous testing
and parallel programming. Each Controller has a programmable voltage
output. Clock speeds are programmable on each channel Software
drivers and API included. The product is scriptable for simple
applications and customizable for high performance JTAG actions.
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Single-board Computer for Gaming Machines:
7.5"x 11" 6 layer FR4 Motherboard incorporating VIA Eden chipset. PCI, DDR memory, FLASH, ccTalk, USB 2.0, DVI, RS-232C & Audio ports
FPGA Design: APA150 (150K gates) PCI to Peripherals interfaces (for Bill Acceptor, Coin Hopper, Coin Validator, Bill Validator, Electromagnetic Counter, Lamps, Switches)
SOFTWARE Design: BIOS porting, Linux porting, PCI device drivers for peripherals (Bill Acceptor, Coin Hopper, Coin Validator, Bill Validator, Electromagnetic Counter, Lamps, Switches)
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VGA CCD Sensor to 1394B I/F board:
4" x 4" 12 layer FR4
DMA to FireWire Bridge chip
Proprietary I/F signals
FPGA Design: Xilinx XC3S200 (200K gates) DMA, Signal translation, buffering to external memory
SOFTWARE Design: WDM 1394b device driver for Windows XP. DLL Implementing the API Specified by customerApplication Camera control Program including GUI
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MIL-STD Avionics I/F Development Platform:
8" x 8" 8 layer FR4
RAM, FLASH, Ethernet, MIL-STD
1553 B, USB, RS-232C, ADC
FPGA Design: APA 600 (600K gates) Target an existing VHDL based 8051 core to the FPGA. Interface an existing VHDL based Ethernet 10/100 MAC core to the 8051,USB, RS-232C & MIL-STD 1553B
SOFTWARE Design: Create Software to run on the 8051, using external memories, to implement a basic web server. This web server allows a remote browser to view the output of the ADC on the board (voltages and temperature from the sensor). The remote browser is also able to send text that is displayed on the LCD panel
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