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00:54 Energy-efficient, co-designed and co-integrated… Energy-efficient, co-designed and co-integrated electronic-photonic integrated circuits and systems over high-bandwidth interconnects for high-performance computing - Anirban Samanta	Energy-efficient, co-designed and co-integrated electronic-photonic integrated circuits and systems over high-bandwidth interconnects for high-performance computing - Anirban Samanta Abstract: To scale high-performance computing and datacom system performance in beyond-Moore technologies, critical performance limitations of power efficiency and bandwidth must be resolved. Silicon… ecexpo 2022 energy efficiency gpus cpus interconnect parapet goal deals silicon schemes bonding micron technologies integration boundaries electronics photonics bottleneck bandwidth problem From Philip Young 0 likes 8 plays 0
01:24:29 Lecture 16 Lecture 16	Lecture 16 charge iron particle oxide minerals oxygen aluminum mineral clay phosphate particles surface layer surfaces bacteria manganese water filter micron ion From Jasquelin Pena 0 likes 17 plays 0
02:02:13 EEC239A_2020_Lecture3_20201007 EEC239A_2020_Lecture3_20201007	EEC239A_2020_Lecture3_20201007 EEC239A_2020 Lecture3 Date: 20201007 eec239a yoo_lectures fiber layer things frequency signal bandwidth wavelength domain micron mode loss dispersion fibers communication network lot networking slice question thing From S. J. Ben Yoo 0 likes 23 plays 0