XMOS XMP-64 Development Board - 25 billion instructions per second

Discuss this video with our community at http://www.xcore.com

Following growing interest in our XMP-64 board, David May (CTO at XMOS) discusses some of the key points about this powerful development board and its applications.

The XMP-64 consists of 16 quad core G-series XMOS chips (64 processors in total) arranged in a hypercube allowing for very fast communication of data between processors (1.6 billion bits per second can flow between hypercube edges).

The XMP-64 can therefore execute 25 billion instructions per second. Some applications a device such as the XMP-64 could be used in include:

Image processing, Audio processing, Synthesizing, Communications, Packet inspection etc.

To find out more, please watch the video. What would you use an XMP-64 for? Discuss it with us on our community forums at http://www.xcore.com/



About XMOS
XMOS is the leader in event-driven processors™ for digital electronics. XMOS event-driven processors ™ are high performance, predictable, processors. They allow complete systems to be implemented in software using interface, DSP and control code. XMOS is an enabling technology for the Open Source Hardware community. Designs, including USB, Ethernet, and SD-RAM controllers are available in an ever-expanding library of open source code. Free to download, the XMOS development tools are supported by a vibrant community of digital designers and software engineers. XMOS is based in Bristol, UK, Sunnyvale, CA, and Chennai, India with sales offices and representatives across the world.

Category:

Science & Technology

Tags:

• XMOS
• David May
• xcore
• advantage
• xcore exchange
• parallel programming
• XMP64
• hypercube
• 64 processor
• routing
• image processing
• audio processing
• communications
• packet inspection
• research
• development
• powerful perfomance
• academic
• design
• designing
• processor
• parallel
• quad core
• threads
• multi processor
• new hardware
• multicore
• channels
• scalable
• real-time
• real time
• SDS
• software defined silicon

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RIP XMP-64