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For the Inventor, By the Inventor

Phoenix, AZ, United States of America

Lawrence T Clark

This inventor holds 128 USPTO granted patents and 2 published patent applications, primarily in Integrated Circuit Design (CPC class G11C11-412). Top assignees: Intel Corporation, Arizona State University, Mie Fujitsu Semiconductor Limited. Active years: 1990-2020.

IDiyas Innovation Intelligence. (2026). Inventor Profile: Lawrence T Clark. Retrieved from https://idiyas.com/inventor/lawrence-t-clark

Data source: USPTO (United States Patent and Trademark Office) public patent records. Weekly synchronization. How IDiyas builds this profile

Calculating rank
USPTO Granted Patents = 128 

% Patents Active = 70.3

Average Co-Inventor Count = 2.3

ph-index = 23

Forward Citations = 1,516(Granted Patents)

Forward Citations (Not Self Cited) = 1,411(Dec 10, 2025)


Inventors with similar research interests:


Location History:

  • Scottsdale, AZ (US) (1990)
  • Beaverton, OR (US) (1995 - 1998)
  • Phx, AZ (US) (2002)
  • Phoenix, AR (US) (2004)
  • Albuquerque, NM (US) (2007 - 2008)
  • Albuequerque, NM (US) (2012 - 2014)
  • Phoenix, AZ (US) (1999 - 2020)

Company Filing History:

goldMedal52 out of 56,440 
 
Intel Corporation
 patents
silverMedal29 out of 2,171 
 
Arizona State University
 patents
bronzeMedal19 out of 77 
 
Mie Fujitsu Semiconductor Limited
 patents
4. 13 out of 5,162 
 
Marvell International Limited
 patents
5. 13 out of 88 
 
Suvolta, Inc.
 patents
6. 1 out of 10 
 
Intle Corporation
 patents
7. 1 out of 945 
 
The University of New Mexico
 patents

Years Active: 1990-2020

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Areas of Expertise:
Integrated Circuits
Digital Circuits
Radiation Hardened
Transistors
Memory Circuits
Body Bias Circuits
SRAM
Circuit Design
Low Voltage
Random Access Memory
Majority Gate
Power Management
128 patents (USPTO):Explore Patents
1. 10579536 - Multi-mode radiation hardened multi-core microprocessors (2020-03-03),
2. 10250257 - Digital circuits having improved transistors, and methods therefor (2019-04-02),
3. 10078494 - Secure true random number generation using 1.5-T transistor flash memory (2018-09-18),
4. 9985631 - Digital circuits having improved transistors, and methods therefor (2018-05-29),
5. 9966130 - Integrated circuit devices and methods (2018-05-08),
6. 9853019 - Integrated circuit device body bias circuits and methods (2017-12-26),
7. 9838012 - Digital circuits having improved transistors, and methods therefor (2017-12-05),
8. 9780788 - Muller C-element as majority gate for self-correcting triple modular redundant logic with low-overhead modes (2017-10-03),
9. 9741428 - Integrated circuit devices and methods (2017-08-22),
10. 9740494 - Low complexity out-of-order issue logic using static circuits (2017-08-22),
11. 9734272 - Techniques for generating physical layouts of in silico multi mode integrated circuits (2017-08-15),
12. 9680470 - Digital circuits having improved transistors, and methods therefor (2017-06-13),
13. 9548086 - Integrated circuit device body bias circuits and methods (2017-01-17),
14. 9467144 - Radiation hardened digital circuit (2016-10-11),
15. 9431068 - Dynamic random access memory (DRAM) with low variation transistor peripheral circuits (2016-08-30),

Title: Lawrence T Clark: Innovator in Multi-Core Microprocessors and Digital Circuits

Introduction:

Lawrence T Clark, based in Phoenix, AZ, is a brilliant inventor and visionary in the realm of multi-core microprocessors and digital circuits. With an impressive record of 126 patents, Clark has made significant contributions to the field, revolutionizing the way we approach computer processing and circuit design.

Latest Patents:

One of Clark's most recent patents showcases his expertise in multi-mode radiation-hardened multi-core microprocessors. These systems and methods allow for the operation of triplicated circuits in both Triple-Modular Redundant (TMR) mode and multi-threaded mode. This innovative approach minimizes overhead in soft mode while providing unprecedented hardness in hard mode, making it ideal for critical applications where failure is simply not an option.

Another noteworthy patent by Clark pertains to digital circuits with improved transistors. By introducing transistors with deeply depleted channels, threshold voltage variation is greatly reduced, leading to enhanced digital circuit performance. This patent extends to logic circuits, static random access memory (SRAM) cells, and passgate embodiments, showcasing the breadth of Clark's contributions in this field.

Career Highlights:

Throughout his career, Lawrence T Clark has worked with esteemed organizations, such as Intel Corporation and the Arizona Board of Regents on Behalf of Arizona State University. His collaboration with Intel Corporation allowed him to bring his cutting-edge ideas to a global scale, influencing the evolution of microprocessors for the better. His affiliation with the Arizona Board of Regents further solidifies his commitment to advancing research and innovation in his field.

Collaborations:

Clark has collaborated with notable fellow researchers throughout his career. One of his key collaborators is Scott E Thompson, whose expertise complements Clark's work in the realm of multi-core microprocessors. Together, they have driven advancements that have transformed the performance and capabilities of computer processors. Additionally, Eric J Hoffman has worked alongside Clark, contributing to their collective efforts in digital circuit design. These collaborations have proven to be fruitful, yielding patents and innovations that continue to shape the industry.

Conclusion:

Lawrence T Clark stands as a prominent figure in the world of multi-core microprocessors and digital circuit design. With an impressive portfolio of patents and a career marked by collaborations with renowned companies and researchers, Clark's contributions have significantly influenced the evolution of computer processing. His inventions not only enhance performance but also pave the way for more efficient and reliable systems. Lawrence T Clark's dedication to innovation and his continued involvement in groundbreaking advancements make him a true asset to the field of technology.

Profile summary based on public USPTO records.
Data Sources: USPTO Patent Grant XML, Patent Center, EPO & CIPO • Normalized by IDiyas Innovation Graph. Methodology & provenance architecturePlease report any incorrect information to [email protected]
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