Company Filing History:
Years Active: 2014
Title: Innovations by Hemasundar M Geddada in Outphasing Power Combining
Introduction
Hemasundar M Geddada is an inventive mind based in College Station, Texas, renowned for his contributions in the field of wireless power amplification. As an inventor at Intel Corporation, Geddada has made strides in enhancing the efficiency and functionality of power combining systems used in wireless communication.
Latest Patents
Geddada holds a patent for "Outphasing Power Combining by Antenna". This innovation presents examples where a device, such as a wireless apparatus, can route signals across two branches within an outphasing power amplifier system. Specifically, the first signal is sent to the first branch while the second signal is directed to the second branch. By coupling these outputs directly to an antenna, the system operates as a power combiner, enabling the transmission of a power-combined signal from the antenna. This technology aims to improve the performance and efficiency of wireless communication systems.
Career Highlights
At Intel Corporation, Geddada has focused on developing cutting-edge solutions for power amplification, contributing significantly to the company's innovative landscape. His work not only enhances communication technology but also positions Intel at the forefront of advancements in wireless applications.
Collaborations
Hemasundar M Geddada has collaborated with notable colleagues, including Hongtao Xu and Chang-Tsung Fu, fostering a collaborative environment that drives innovative thinking and problem-solving within the industry. Their joint efforts signify the importance of teamwork in achieving technological breakthroughs.
Conclusion
Hemasundar M Geddada is a testament to how innovation can spur advancements in the field of wireless technology. His patent on outphasing power combining illustrates a significant leap in efficiency and functionality for wireless devices. As he continues his work at Intel Corporation, Geddada's contributions will undoubtedly shape the future of wireless communications.