eetop.cn_T6 - Front-End Circuit Design for High-Speed Optical Transceivers.pdf

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1、 2025 IEEE International Solid-State Circuits ConferenceT6:Front-End Circuit Design for High-Speed Optical TransceiversPeter Ossieur(peter.ossieurimec.be)imec and Ghent University-BelgiumFebruary 16th,2025T6:Front-end circuit design for high-speed optical transceivers1 of 75Peter Ossieur 2025 IEEE I

2、nternational Solid-State Circuits ConferenceApplications for optical transceiversPeter Ossieur2 of 75DatacomInter data centerReach:10km to 80kmCapacity:10Tb/s per fiberIntra data centerReach:100m to 2kmCapacity:1Tb/s per fiberT6:Front-end circuit design for high-speed optical transceiversIntra data

3、center100m2kmInter data center 100kmIntra data center100m2km 2025 IEEE International Solid-State Circuits ConferenceApplications for optical transceiversPeter Ossieur2 of 75DatacomInter data centerReach:10km to 80kmCapacity:10Tb/s per fiberIntra data centerReach:100m to 2kmCapacity:1Tb/s per fiberTe

4、lecomMetro links:linking citiesReach:100km1000kmCapacity:100Tb/s per fiberLong haul linksReach:10010.000 kmCapacity:100Tb/s per fiberT6:Front-end circuit design for high-speed optical transceiversLong-haul or submarinelink10.000kmMetro ring network100km 1.000kmMetro ring network100km 1.000km 2025 IE

5、EE International Solid-State Circuits ConferenceApplications for optical transceiversPeter Ossieur2 of 75DatacomInter data centerReach:10km to 80kmCapacity:10Tb/s per fiberIntra data centerReach:100m to 2kmCapacity:1Tb/s per fiberTelecomFiber-to-the-homeMetro links:linking citiesReach:100km1000kmCap

6、acity:100Tb/s per fiberLong haul linksReach:10010.000 kmCapacity:100Tb/s per fiberPassive optical networksReach:up to 25kmSplit factor:up to 128Capacity:up to 50Gb/sMultipoint to point network(passiveoptical network)Up to25km reachDownstreamUpstreamOptical line terminationOptical network unitsT6:Fro