Nilay Shah

Title: The Innovative Mind of Nilay Shah: Pioneering Power Management in Electronics

Introduction

Nilay Shah, an inventor based in Thane, India, has made a significant impact in the field of electronic circuits and integrated chips. With a focus on managing power consumption and temperature, Shah holds a patent that illustrates his innovative approach to enhancing performance while ensuring efficiency in electronic devices.

Latest Patents

Shah's patent, titled "Power and Temperature Driven Clock Throttling," describes techniques that manage power consumption and temperature in electronic circuits, commonly referred to as 'cards'. The patented technology allows for throttling clock signals based on monitored power consumption and temperature thresholds. This functionality enables users to implement customized hardware acceleration through Field Programmable Gate Arrays (FPGAs), adapting to variable workloads that depend on specific custom requirements. By using this technology, users can operate their cards more aggressively, based on average power consumption, while automatically reducing performance when necessary to maintain operational safety.

Career Highlights

Nilay Shah is currently employed at Xilinx, Inc., a leading company known for its contributions to the field of FPGA technology. His innovative patent reflects his dedication to enhancing electronic performance while addressing critical power management issues in integrated circuits. In his career, Shah has focused on delivering solutions that improve efficiency in electronic devices, contributing to advancements in the industry.

Collaborations

During his career, Shah has collaborated with notable professionals, including Sebastian Turullols and Ravinder Sharma. Working alongside such talented individuals has enabled Shah to share ideas and develop creative solutions that push the boundaries of what is possible in electronic design.

Conclusion

Nilay Shah's innovative spirit and commitment to enhancing electronic circuit performance through his patented technology mark him as a significant figure in the landscape of modern electronics. His work continues to inspire others in the field and demonstrates the importance of addressing power consumption and temperature management in the design of efficient and effective electronic systems.