Brett W Newkirk

Title: Brett W. Newkirk: Innovator in Clock Jitter Detection

Introduction

Brett W. Newkirk is a creative inventor based in Portland, OR, with a notable contribution to the field of technology through his innovative patent. With one patent to his name, he has made significant strides in the development of systems that enhance the accuracy and reliability of clock signals.

Latest Patents

Brett's patent, titled "Clock Jitter Detector," addresses the challenge of detecting the magnitude of jitter that may occur in clock signals. This innovative device generates an alarm signal if the detected jitter exceeds a predetermined threshold. The detector utilizes a one-hot register, which stores a one-hot value consisting of a first logic bit centered around one or more second logic bits. Furthermore, a threshold register maintains a threshold value that also comprises one or more second logic bits centered around the first logic bits. The innovative mechanism works by rotating the contents of both the one-hot and threshold values in response to clock events, with a match indicating jitter that exceeds the threshold.

Career Highlights

Brett W. Newkirk is associated with Intel Corporation, a powerhouse in the technology sector known for its groundbreaking inventions and innovations in computing technology. His role within such a prominent company further underscores the significance of his contributions to the industry.

Collaborations

Throughout his career, Brett has worked alongside talented colleagues, including Matthew W. Heath and Mark R. Waggoner. These collaborations have likely enriched his inventiveness and fostered an environment of creativity and technological advancement.

Conclusion

Brett W. Newkirk's accomplishment in securing a patent for his Clock Jitter Detector highlights his innovative mindset and contributions to the field of technology. As he continues his career at Intel Corporation, his work promises to influence the future of clock signal technologies and further enhance the performance of various electronic systems.