Anno Hermanns
About Anno Hermanns
Anno Hermanns is a Technical Fellow at Impinj, with a robust background in analog engineering and design. He has held various leadership roles in prominent companies such as NXP Semiconductors and Alien Technology Corporation over a career spanning several decades.
Current Role at Impinj
Anno Hermanns currently holds the position of Technical Fellow at Impinj, a role he has occupied since 2023. In this capacity, he contributes to the development of advanced technologies in the field of RFID solutions. His extensive experience in analog engineering and design plays a crucial role in driving innovation within the company.
Previous Experience at Impinj
Before becoming a Technical Fellow, Anno Hermanns worked at Impinj as a Principal Analog Engineer from 2016 to 2023. During his seven years in this role, he was involved in various projects that enhanced the company's product offerings and technological capabilities in Seattle, WA.
Professional Background in Analog Design
Anno Hermanns has a diverse background in analog design, having worked at several prominent companies. His tenure at NXP Semiconductors included roles as Manager of AMS System Analog Design and Director of IC Architecture & Team Leader for Tagging. He also held positions at Alien Technology Corporation and EM Microelectronic, where he focused on RFID technology and IC design.
Education and Expertise
Anno Hermanns earned his Ph.D. in Physics from the University of Colorado Boulder, where he studied from 1987 to 1993. His academic background laid the foundation for his expertise in analog design and RFID technology, which he has applied throughout his career in various engineering roles.
Key Projects and Contributions
Throughout his career, Anno Hermanns has made significant contributions to various projects. Notable achievements include the design and validation of the Higgs3 UHF RFID at Alien Technology in 2008 and leading a cross-functional team for the Ntag312 project at NXP in 2014. His work has consistently focused on improving technology performance and resolving complex engineering challenges.