Lapoe Lynn
About Lapoe Lynn
Lapoe Lynn is the VP of Engineering at Sentons, where he has been instrumental in developing the company's core technology platforms since joining in 2011.
Title and Current Role at Sentons
Lapoe Lynn serves as the Vice President of Engineering at Sentons. He joined the company in 2011 as part of the founding team and has been instrumental in developing and expanding Sentons' core technology platforms. His role involves overseeing the engineering department and steering the development of innovative technologies that keep Sentons at the forefront of the industry.
Professional Experience in Analog and RF IC Design
With over 25 years of experience, Lapoe Lynn has extensive expertise in analog and RF IC design, as well as DSP development. His career has spanned various significant roles, including working as a director at Telegent Systems and a Principal Engineer at LSI Corporation, among others. His work in architecting and designing leading-edge CMOS RF and DSP chips has been pivotal in advancing technology for silicon tuners, RF receivers, and sensor technologies.
Previous Roles and Contributions
Before his tenure at Sentons, Lapoe Lynn was a director at Telegent Systems, where he was among the earliest employees until the company's acquisition by Spreadtrum Communications in 2011. He also served as a Principal Engineer at LSI Corporation, where he was responsible for implementing silicon RF tuners for video-band applications. Earlier in his career, he worked as a design engineer at Datapath Systems, Inc. and Analog Devices, Inc.
Academic Background in Electrical Engineering
Lapoe Lynn holds both BS and MS degrees in Electrical Engineering from the University of California, Berkeley. His academic foundation in electrical engineering has been a cornerstone of his successful career in engineering and technology development.
Publications and Patents
Lapoe Lynn has co-authored several papers on low-power CMOS RF wireless systems and low-power DAC design. In addition to his academic contributions, he has been awarded thirty-three patents in various areas including analog circuit design, antenna design, and touch sensor technology. These achievements underscore his commitment to innovation and engineering excellence.