Lecture: May 14, 2019

www.stanford.edu/class/ee392b


IoT Connectivity

Kamesh Medapalli, VP of Systems Engineering, IoT Compute and Wireless Systems Engineering, Cypress Semiconductor

Bio

Kamesh Medapalli is the VP of Systems Engineering for Cypress’ world-wide IoT Compute and Wireless Systems Engineering team responsible for Systems Architecture, Standards Activities, Algorithm/Modem Design for Wi-Fi, BT/BLE, Audio, Reference designs and key customer engagements. Kamesh has 20+ years’ experience in Wireless Systems research and product development and has held key Systems Engineering roles at Bell Labs, Bell Core and Beceem in the areas of cellular technologies such as 3G, 4G WiMAX and LTE. Kamesh joined Broadcom through the acquisition of Beceem and held several Systems leadership roles in LTE modems, Smartphone Platforms and Wi-Fi Access technologies, including the development/productization of Broadcom’s first 4x4 MU-MIMO Wi-Fi devices. He joined Cypress through the acquisition of Broadcom’s IoT business.  Kamesh received his PhD in Electrical Engineering from Stanford University where he also served as a Consulting Assistant Professor teaching Graduate students. He has more than 90 patents issued or pending and publications in the general areas of Wireless, Networking and Signal Processing.

Abstract

Great wireless connectivity is the foundational element of IoT devices in Smart Home, Industrial as well as Automotive applications. This lecture will provide an overview of Cypress’ IoT Compute and Wireless products with emphasis on Connectivity technology in the areas of Wi-Fi, Bluetooth and Bluetooth Low Energy for a broad spectrum of IoT applications in Consumer, Industrial and Automotive.

Lecture Notes

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