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Geneva, Switzerland, 06 October/PRNewswire/ -- Adding to the impressive array of high-performance, multi-processing embedded solutions, Mango DSP Ltd. introduced the Harrier board; a new long cPCI video processing board based on the Texas Instrument C6415 DSP and Altera Stratix FPGA. The board supports 15 DSPs and 5 FPGAs providing over 100 billion operations per second as well as nearly 2GB on board memory. The Harrier is built in five clusters each containing an FPGA and four DSPs. The Harrier is the first board to support MangoLink(C), Mango's proprietary high-speed communication technology. Through MangoLink(C) all DSPs on board can communicate at up to 1GB/Sec constant throughput. Each board supports four MangoLink(C) data ports each allowing up to 850 MB/Sec of digital I/O. MangoLink(C) allows seamless communications between Harrier boards, allowing DSPs on different boards to communicate at 1 GB/Sec. The Harrier board is ideal for the most demanding DSP applications such as Medical Imaging, High Resolution Optical Inspection, and Third Generation Base Stations as well as Advanced Military Applications. Unprecedented Power and Performance Designed with 11 TI c6415 processors running at 500-720 MHz, the Harrier is the most powerful DSP solution on the market. Fully programmable DSP provides approx 5 Billion operations per. MangoLink(C) technology allows virtually limitless system I/O as well as instant data propagation thought the system, required for effective parallel processing. Compatible Development Tools The Harrier is compatible with Windows 2000/XP, Linux and VxWorks. DSP development is via TI's Code Composer Studio and works with DSP/BIOS RTOS. A full Mango Board Support Package is provided alongside software libraries for video algorithms. Software communication libraries are part and parcel of the Lark board for maximal compatibility for many applications. About Mango DSP (http://www.mangodsp.com/) As leading manufacturers of the world's most versatile multiprocessing hardware and software solutions, we produce highly complex multi-functional systems based on densest amount of DSP processors on a board. Our products serve both traditional and emerging markets including the homeland security, communications, medical imaging, aerospace, and video technologies. |
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