Mark Baur

Title: Innovations by Mark Baur in Computer Architecture

Introduction

Mark Baur is an accomplished inventor based in Austin, TX, known for his significant contributions to computer architecture. With a total of three patents to his name, Baur is at the forefront of developing innovative solutions that enhance the performance of high-performance computing systems.

Latest Patents

One of Baur's latest patents focuses on computer architecture with disaggregated memory and high-bandwidth communication interconnects. This invention addresses the limitations of conventional high-performance computer connections, which are typically electron-based systems. These systems require memory packages to be positioned as close as possible to the computation engine. Baur's approach introduces low power and high bandwidth communication links, such as photonic connections, which can fundamentally alter the architecture of high-performance computers. By eliminating communication bottlenecks, his design allows for a more efficient data transfer process. The computer system he describes includes multiple memory aggregation devices that retrieve and store data in a unified contiguous memory address space, disaggregated from the processing unit. Additionally, it features computational devices that can simultaneously launch multiple data signals, including memory read and write requests, to the memory aggregation devices.

Career Highlights

Mark Baur is currently employed at Luminous Computing, Inc., where he continues to push the boundaries of computer architecture. His work is instrumental in developing systems that leverage advanced communication technologies to improve computational efficiency.

Collaborations

Baur collaborates with notable colleagues, including David Cureton Baker and Ari Novack, who contribute to the innovative environment at Luminous Computing, Inc.

Conclusion

Mark Baur's contributions to computer architecture exemplify the potential of innovative technologies to transform high-performance computing. His patents reflect a commitment to overcoming existing limitations and enhancing the efficiency of data communication in computing systems.