Benjamin Neo
About Benjamin Neo
Benjamin Neo is a Member of Technical Staff at onsemi in San Jose, California, specializing in the design of transceivers for advanced WiFi standards. He has extensive experience in designing various electronic components and has held previous roles at NEC Electronics, Quantenna Communications, and Qualcomm.
Work at Onsemi
Benjamin Neo has been a Member of Technical Staff at onsemi since 2019. He is based in San Jose, California, where he contributes to the development of bandgap references and central bias circuits. His role involves leveraging his extensive expertise in designing advanced electronic components to support the company's initiatives in semiconductor technology.
Previous Experience in the Semiconductor Industry
Before joining onsemi, Benjamin Neo worked at Quantenna Communications as a Principal Member of Technical Staff from 2015 to 2019. He also held the position of Senior Staff Engineer at Qualcomm Inc. from 2007 to 2015. Earlier in his career, he served as Design Engineering Manager at NEC Electronics USA Inc. from 1995 to 2001. His diverse experience spans over two decades in various technical roles within the semiconductor industry.
Education and Expertise
Benjamin Neo studied Electrical, Electronics and Communications Engineering at Oklahoma State University. He also attended Singapore Polytechnic. His educational background supports his specialization in the design of transceivers for advanced WiFi standards, including IEEE802.11bgn, ac, ax, WiFi6, 6E, and 7. He possesses expertise in designing critical components such as mixers, baseband filters, and programmable gain amplifiers.
Design Specializations
Benjamin Neo specializes in the design of various electronic components essential for advanced communication systems. His work includes designing mixers, baseband filters (BBF), programmable gain amplifiers (PGA), upconverters (UPC), voltage-controlled oscillators (VCO), and local oscillators (LO). He is also involved in the design and implementation of clock-related components, including crystal oscillators, clock doublers, and quadruplers.