For the Inventor, By the Inventor

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San Jose, CA, United States of America

Cavium, Inc.

USPTO Granted Patents = 448

% Expired Patents = 10.7

EPO Patents = 15

Trademarks = 15

Forward Citations = 2,500

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222 inventors (with patents filed for the assignee):

Rajan Goyal (85 out of 124 patents)

Richard Eugene Kessler (71 out of 146 patents)

Wilson Parkhurst Snyder, Ii (46 out of 75 patents)

4. Gregg Alan Bouchard (43 out of 67 patents)

5. Gerald Schmidt (38 out of 62 patents)

6. Tsahi Daniel (35 out of 105 patents)

7. Satyanarayana Lakshmipathi Billa (32 out of 53 patents)

8. Muhammad Raghib Hussain (31 out of 47 patents)

9. Shubhendu Sekhar Mukherjee (30 out of 111 patents)

10. David Albert Carlson (30 out of 74 patents)

11. Weihuang Wang (23 out of 66 patents)

12. Michael S Bertone (21 out of 37 patents)

13. David Asher (20 out of 41 patents)

14. Hong Jik Kim (19 out of 69 patents)

15. Bryan Chin (17 out of 22 patents)

Core Competencies:

Control Channel Detection

Packet Processing

Low Latency Interconnect

Dynamic Acknowledgement

Mixed-Radix DFT

Adaptive Power Profiling

Virtual Memory Tracking

Job Scheduling

Memory Access Management

Data Transmission

Network ASIC

Traffic Prioritization

448 patents: Sort by Forward Citations

1. 11095491 - Methods and apparatus for frequency offset estimation (2021-08-17),

2. 10999826 - Methods and apparatus for control channel detection in an uplink shared channel (2021-05-04),

3. 10952187 - Methods and apparatus for providing a demapping system to demap uplink transmissions (2021-03-16),

4. 10892876 - Methods and apparatus for dynamic acknowledgement list selection in detection of uplink control channel formats (2021-01-12),

5. 10891256 - Method and apparatus for a vector memory subsystem for use with a programmable mixed-radix DFT/IDFT processor (2021-01-12),

6. 10878060 - Methods and apparatus for job scheduling in a programmable mixed-radix DFT/IDFT processor (2020-12-29),

7. 10772153 - Methods and apparatus for two-stage ACK/DTX detection (2020-09-08),

8. 10771947 - Methods and apparatus for twiddle factor generation for use with a programmable mixed-radix DFT/IDFT processor (2020-09-08),

9. 10740155 - Methods and systems for load balancing in network devices (2020-08-11),

10. 10686704 - Method and apparatus for providing a low latency transmission system using adaptive buffering estimation (2020-06-16),

11. 10684825 - Compressing like magnitude partial products in multiply accumulation (2020-06-16),

12. 10651951 - Methods and apparatus for sub-block based architecture of cholesky decomposition and channel whitening (2020-05-12),

13. 10649025 - External DQS bi-directional loopback with use of feed forward equalization path (2020-05-12),

14. 10644998 - Virtualized network interface for lockdown and overlay of data in transmitted packets (2020-05-05),

15. 10635497 - Method and apparatus for job pre-scheduling by distributed job manager in a digital multi-processor system (2020-04-28),

Cavium, Inc. is a leading provider of semiconductor products that enable intelligent processing in enterprise, data center, cloud, and wired and wireless networking applications. Cavium's highly integrated multi-core SoC processors deliver unprecedented performance and power efficiency across a wide range of applications. With a diverse product portfolio, Cavium serves a broad customer base and is dedicated to delivering innovative solutions that enable next-generation networking infrastructure.

This text is generated by artificial intelligence and may not be accurate.

Company Badge

USPTO Data Jan 1 1976 - Sep 15 2026

448 Patents

#39 in San Jose, CA

#231 in California

#1,068 in US

#2,120 in the World

San Jose, CA, United States of America

Cavium, Inc.

Forward Citations = 2,500

222 inventors:

Rajan Goyal (85 out of 124 patents)

Richard Eugene Kessler (71 out of 146 patents)

Wilson Parkhurst Snyder, Ii (46 out of 75 patents)

4. Gregg Alan Bouchard (43 out of 67 patents)

5. Gerald Schmidt (38 out of 62 patents)

Please report any incorrect information to [email protected]

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