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Immerse yourself in the groundbreaking world of the LHC experiment CMS at CERN with the advanced .500 Readout Boards. These high-tech boards are processing data from 10 million Silicon Detector strips at a mind-blowing speed of 10 Terabits per second. This multi-million pound project, undertaken over several years, was meticulously designed, tested, and implemented by the Technology BU/Electronics Div. in collaboration with PPD, Imperial College, and CERN. The system has been successfully delivered to CERN ahead of schedule, showcasing its cutting-edge capabilities. Featuring large and complex double-sided 14-layer PCBs with 6K components including dozens of fine-pitched BGAs, the boards enable massively parallel FPGA digital processing, ADCs, and optical receivers. The manufacturing process was a very demanding challenge, executed in partnership with UK industry, notably eXception EMS Ltd, a recipient of the CMS Gold Award for Industry at CERN in 2006. Boards are now boxed and ready at RAL, with a quarter of the final system commissioned at CERN in January 2006.
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500Readout Boards for the LHC experiment CMS at CERN Processing data from 10 million Silicon Detector strips (10 Terabits/sec). Multi-million pound project over several years. Designed, implemented and tested by Technology BU / Electronics Div (in collaboration with PPD, Imperial College and CERN) System now successfully delivered to CERN ahead of schedule . Large and complex double sided 14 layer PCB. Each with 6 K components incl. dozens of fine pitched BGAs Massively parallel FPGA Digital processing ; ADCs ; Optical Receivers Very demanding manufacturing challenge. Carried out in partnership with UK industry, eXception EMS Ltd one of recipients of CMS Gold award for Industry at CERN 2006 Boards boxed and ready at RAL Quarter of final system commissioned at CERN in January 2006
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