San Francisco, California, United States
Leading RF systems for Wireless Connectivity (WiFi, BT, GPS, UWB, FM, ...). Overseeing RF IC design for connectivity front-end modules
RF systems and RF HW / platform lead for connectivity products and solutions (WLAN, GPS, NFC, etc).
RF systems lead for W-CDMA CMOS RF transceiver development • Specification of Transceiver • Design and implementation of 3GPP system-level simulator including modeling of RF impairments and BB processing with HARQ Protocol • Track 3GPP standards development
Design and verification of UMTS coprocessor for 3G handset platform
Design and verification of 2 generations of base-band processors for wideband CDMA (3G) base-station - Implementation of link level simulator for performance study and design verification in C++ - Development of various receiver algorithms (synchronization, adaptive channel estimation, etc) - Design and implementation of radio channel model providing required statistical properties - Customer support for 1st generation base-band processor
Design of base-band chip for third generation (UMTS) mobile terminals - Algorithm development for various receiver aspects - Definition of architecture, including hardware/software partitioning - Development of C++ reference fixed-point code - Coordination of hardware implementation (VHDL) 3GPP standard development - Representative of Philips Semiconductors in TSG RAN working groups 1 (physical layer) and 4 (radio aspects) - Collaboration with Philips Research