| Document Date: 2015-04-17 08:56:35
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City Fibre / Southampton / / Company Learning Resources / Cambridge University Press / FPC ORC Compulsory MSc Optical Fibre Technologies / On-Line Resources / / / IndustryTerm optical networking / optical communication systems / optical fibre communication systems / fibre systems / deployed systems / optical fibre systems / fibre technologies / transmission systems / optical and electronic signal processing / access network / fibre optic technologies / electronic signal processing / electronic digital signal processing / communication systems / optical access networks / telecommunications components / optical communications / prevalent technologies / optical systems / Wireless Communications / passive optical networks / signal processing / specialised networking topics / telecommunication systems / generation optical access networks / laser technology / generation low-cost telecommunication system technologies / fundamental fibre technology modules / telecommunication systems technologies / / Organization Cambridge University / Basic Information Academic Unit / / Person David Webb / Rudiger Paschotta / Francesca Parmigiani / Periklis Petropoulos / / / Position Contact hours Non-contact hours Pre-requisites Co-requisites Module Coordinator Module lecturers Invited lecturer / invited lecturer / G. P. / / RadioStation Core / / Technology time-division multiplexing / packet switching / optical fibre / laser technology / CDMA / telecommunication system technologies / fibre technologies / fibre optic / fibre optic technologies / telecommunication systems technologies / simulation / Fiber Optic / DSP / phase-shift keying / optical networking / / URL http /
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New Module Module Title: Advanced Fibre Telecommunication Technologies Module Code: OPTO6010 (digit is 1,2,3 for year 1,2,3, or 6 for year 4/MSc) 1