Thomas O Satter

Title: The Innovations of Thomas O. Satter in Multi-Clock Buffer Technology

Introduction

Thomas O. Satter, an esteemed inventor based in Boulder, Colorado, holds a patent that contributes significantly to the field of hardware design and clock management. His innovation lies in optimizing synchronous clock domain crossings and implementing a multi-clock buffer (MBUFG), which has various applications in modern digital systems.

Latest Patents

Satter's notable patent focuses on "Synchronous clock domain crossing skew optimization and multi-clock buffer (MBUFG)." This invention synthesizes hardware description language code into a netlist that includes multi-clock buffers. The MBUF receives a global clocking signal, which it then uses to generate first and second related clocking signals. His design strategically groups loads into two distinct categories that receive these clocking signals, improving the efficiency and functionality of electronic devices.

Career Highlights

Currently, Satter is employed at Xilinx, Inc., a leading company known for pioneering technology in programmable logic devices. His work there showcases his dedication to advancing the industry through innovative solutions. Satter has demonstrated a commitment to improving hardware design through his patent, which signifies a notable milestone in his career.

Collaborations

In his professional journey, Thomas collaborates with esteemed colleagues, namely Frederic Revenu and Frank Mueller. These partnerships foster an environment of collaboration and innovation, allowing for a synergy that enhances the development of groundbreaking technologies at Xilinx.

Conclusion

Thomas O. Satter is a remarkable inventor whose contributions to multi-clock buffer technology have advanced the capabilities of clock management in digital systems. His relentless pursuit of innovation exemplifies the spirit of creativity and problem-solving that drives the tech industry forward. Satter's patent stands as a testament to his talent and dedication to improving electronic design processes.