Darryl G Walker

Title: Darryl G. Walker: Innovator in Synchronous Random Access Memory Technology

Introduction:

Darryl G. Walker is a notable inventor based in Santa Clara, California. With two patents to his name, he has made significant advancements in the field of synchronous random access memory (SRAM). His work contributes to the continual evolution of memory technology, which plays a vital role in the efficiency of computing systems.

Latest Patents:

Darryl G. Walker's latest patents focus on enhancing SRAM functionality. One of his most notable inventions is the "Staggered Pipeline Access Scheme for Synchronous Random Access Memory." This innovation improves the operations of SRAM by utilizing a transparent address circuit that decodes external addresses in sync with the external clock's rising edge. The invention includes a timing and control circuit that generates a word line enable (WLE) signal, allowing for enhanced pipelined accesses. By ensuring that as an address is decoded, the bit lines are simultaneously equalized, data from the previous address can propagate efficiently through the data I/O path.

Career Highlights:

Darryl G. Walker is currently affiliated with Alliance Semiconductor Corporation, where he applies his expertise in memory technologies. His inventions are regarded as pivotal in advancing the capabilities and performance of SRAM, contributing to faster and more reliable data access methods in various electronic applications.

Collaborations:

Throughout his career, Darryl has collaborated with talented individuals, including his coworkers Subramani Kengeri and Kenneth A. Poteet. These partnerships have fostered a creative environment that stimulates innovation and accelerates technological progress.

Conclusion:

Darryl G. Walker stands out in the tech industry as a prolific inventor whose contributions to synchronous random access memory technology continue to influence modern computing. His work ensures that as technology evolves, memory devices remain efficient and effective at handling ever-increasing demands for speed and performance.