Company Filing History:
Years Active: 2016
Title: The Innovative Mind of Hanmanth Lingannagari
Introduction
Hanmanth Lingannagari is an accomplished inventor based in Folsom, California. He holds a patent that demonstrates his expertise in the field of system-on-chip technologies. As a member of Intel Corporation, he has contributed significantly to advancements in debugging methods for complex digital systems.
Latest Patents
Lingannagari’s patent titled “Asynchronous Programmable JTAG-Based Interface to Debug Any System-on-Chip States, Power Modes, Resets, Clocks, and Complex Digital Logic” reveals an innovative asynchronous debug interface. This technology allows TAG agents, JTAG-based debuggers, firmware, and software to debug, access, and override various functional registers and states of core logic being tested. It operates efficiently across a wide range of clock frequencies, enabling read and write transactions on side channels as well as within on-chip processor fabrics, without needing to switch into a debug or test mode. The interface is compatible with both two-wire and four-wire JTAG controller configurations and adheres to established IEEE standards like 1149.1 and 1149.7.
Career Highlights
At Intel Corporation, Lingannagari has been integral in developing solutions that enhance the efficiency and effectiveness of system-on-chip debugging. With his technical proficiency, he has paved the way for innovative approaches in handling complex digital logic, contributing to Intel's reputation as a leader in technology.
Collaborations
Working alongside his coworker Vasan Karighattam, Lingannagari has collaborated on various projects that aim to push the boundaries of current technologies in the semiconductor industry. Their combined efforts help streamline the debugging process, making significant strides in the usability of system-on-chip products.
Conclusion
Hanmanth Lingannagari’s patent and his work at Intel Corporation exemplify the vital role that inventive minds play in the evolving landscape of technology. His contributions not only impact current debugging methodologies but also set the foundation for future innovations in the semiconductor field.