Chiew-Guan Tan
Qualcomm
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Publication
Featured researches published by Chiew-Guan Tan.
Archive | 2018
Alvin Leng Sun Loke; Esin Terzioglu; Albert A. Kumar; Tin Tin Wee; Kern Rim; Da Yang; Bo Yu; Lixin Ge; Li Sun; Jonathan L. Holland; ChulKyu Lee; Deqiang Song; Sam Yang; John Jianhong Zhu; Jihong Choi; Hasnain Lakdawala; Zhiqin Chen; Wilson J. Chen; Sreeker Dundigal; Stephen Robert Knol; Chiew-Guan Tan; Stanley Seungchul Song; Hai Dang; Patrick G. Drennan; Jun Yuan; Pr Chidambaram; Reza Jalilizeinali; Steven James Dillen; Xiaohua Kong; Burton M. Leary
Consumer demand for low-power mobile ICs has propelled CMOS scaling to arrive at the fully depleted finFET with foundry offerings already available at 16/14, 10, and 7 nm. The compact three-dimensional structure of the finFET offers superior short-channel control that achieves digital power reduction while increasing device performance for a given area. As system-on-chip technology remains driven by logic and SRAM scaling needs, designers of analog/mixed-signal subsystems must continue to adapt to new technology constraints. We attempt to summarize the challenges and technology considerations encountered when we port analog/mixed-signal designs to a finFET node. At 16/14 nm and beyond, designers also face many implications from scaling innovations leading to the finFET.
Archive | 2011
Wilson J. Chen; Chiew-Guan Tan
Archive | 2013
Brian Matthew Henderson; Shiqun Gu; Chiew-Guan Tan; Jung Pill Kim; Taehyun Kim
Archive | 2013
Wilson J. Chen; Chiew-Guan Tan
Archive | 2014
Wilson J. Chen; Chiew-Guan Tan; Reza Jalilizeinali
Archive | 2013
Wilson J. Chen; Chiew-Guan Tan
Archive | 2015
Stephen Robert Knol; Michael Joseph Brunolli; Chiew-Guan Tan; Damen Redelings
Archive | 2013
Wilson J. Chen; Chiew-Guan Tan
Archive | 2012
Brian Matthew Henderson; Chiew-Guan Tan; Gregory A. Uvieghara; Reza Jalilizeinali
Archive | 2017
Wilson J. Chen; Chiew-Guan Tan; Reza Jalilizeinali