| Document Date: 2015-02-09 09:27:26
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City Cambridge / London / / Company IBM / Altera / Open Source Hardware Users Group / ORSoC / GitHub / Samsung / Open Source Hardware / Intel / Embecosm / / Country United Kingdom / / Currency USD / / Event Product Issues / Product Recall / / Facility Hebden Bridge / International Space Station / Open Source Hardware Camp / San Jose State University / / IndustryTerm personal entertainment hardware / communications experiments / disruptive technology / web browser / 1U satellite / disable-web-security / back-end tools / chip manufacturer / source software development tools / system-on-chips / earth-bound applications / industrial applications / end-user software / difficult processor / equivalent processor / / OperatingSystem Linux / GNU / / Organization UK Technology Strategy Board / European Space Agency / National Aeronautics and Space Administration / San Jose State University / / Person Patrick Pelgrims / Jeremy Bennett / Richard Smedley / Julius Baxter / Andrew Back / David Akerman / Sebastian Macke / / Position GNU Lesser General Public Licence / / Product chip / OpenRISC / / ProgrammingLanguage Hardware Description Language / Verilog / JavaScript / / ProvinceOrState California / / Technology semiconductor / FPGA / LAN / equivalent processor / chip design / Linux / mobile device / html / RISC1 chip / OpenRISC chip / difficult processor / operating systems / Ethernet / OpenRISC processor / OpenRISC chips / semiconductors / Verilog / System-on-Chip / 64-bit processors / disruptive technology / RISC chips / DSP / / URL http /
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FEATURE OPENCORES: DIY CPUS Designing and implementing your own CPU or System-on-Chip brings benefits to thousands of researchers and forward-looking businesses, and is being adopted by a growing number of hobbyists. Ri