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PatentCliff

Texas Instruments Patent Portfolio

60 US patents · Average 30 claims per patent

D
Patent Strength
46/100
60
Total Patents
30
Avg Claims
3
Expiring in 2 Years
11
Expiring in 5 Years

Technology Focus Areas

Computing & Data ProcessingG06
60 patents
TelecommunicationsH04
60 patents

Patent Details

Patent #TitleGrantedExpiresClaimsStatus
10001986Computer-implemented method for dynamic MEMS optimizationFeb 1, 2007Jun 5, 202527Expired
10001987Method for advanced machine learning inference using digitalNov 19, 2020Mar 22, 20364810.0y left
10001988System and method for modular data processing using edgeApr 5, 2026Mar 23, 20423916.0y left
10001989Apparatus for high-performance computational operations in analog environmentsApr 27, 2013Nov 2, 2031305.6y left
10001990Computer-implemented method for optimized cloud optimizationAug 20, 2026May 7, 20434917.1y left
10001991System for multi-layer neural network processing with edgeJun 17, 2020May 24, 20383212.1y left
10001992Method for autonomous wireless communication using MEMSMar 7, 2005Dec 13, 20225Expired
10001993System for efficient signal transmission in photonic networksMay 3, 2025Oct 1, 20433517.5y left
10001994Method for modular machine learning inference using analogMay 10, 2021May 13, 20384312.1y left
10001995Computer-implemented method for optimized MEMS optimizationSep 21, 2025Jun 16, 20414215.2y left
10001996System for efficient neural network processing with edgeSep 14, 2025Dec 12, 20413815.7y left
10001997System for low-latency signal transmission in analog networksDec 15, 2016Feb 13, 2034367.9y left
10001998Apparatus for configurable data encoding in quantum systemsJun 3, 2021May 25, 20381812.1y left
10001999System for enhanced neural network processing with digitalNov 7, 2023Aug 19, 20404214.4y left
10002000Method for distributed wireless communication using nano-scaleOct 19, 2024Jul 7, 20413315.3y left
10002001Apparatus for scalable computational operations in AI-driven environmentsDec 17, 2002Nov 26, 202025Expired
10002002Method for adaptive channel estimation in graphene communicationsOct 21, 2024Sep 27, 20422916.5y left
10002003Method for modular machine learning inference using lidarMay 25, 2019Nov 28, 20362710.6y left
10002004System for configurable neural network processing with MEMSOct 27, 2018Oct 5, 2036510.5y left
10002005Method for optimized wireless communication using grapheneJun 27, 2009Jul 17, 202532Expired
10002006Method for adaptive channel estimation in AI-driven communicationsJul 23, 2012Sep 20, 2029413.5y left
10002007Method for high-performance machine learning inference using CMOSMar 15, 2010Sep 27, 202690.5y left
10002008System for dynamic neural network processing with grapheneJan 19, 2027Jun 24, 20434017.2y left
10002009Computer-implemented method for scalable cloud optimizationSep 25, 2019Jul 6, 20372511.2y left
10002010Computer-implemented method for dynamic RF optimizationJun 8, 2020Jul 26, 20383412.3y left
10002011Apparatus for multi-layer data encoding in MEMS systemsAug 5, 2026Jul 5, 20441018.2y left
10002012System for autonomous signal transmission in digital networksFeb 7, 2010Feb 3, 2028481.8y left
10002013Apparatus for integrated computational operations in lidar environmentsMar 4, 2024Jan 26, 20402313.8y left
10002014Method for improved wireless communication using edgeMar 10, 2010Jun 14, 2027201.2y left
10002015System and method for modular data processing using quantumJan 19, 2021Sep 9, 20381412.4y left
10002016System for high-performance neural network processing with photonicDec 13, 2007Jul 2, 202337Expired
10002017Method for dynamic wireless communication using cloudJan 12, 2018Jul 1, 20363510.2y left
10002018Method for dynamic channel estimation in neural communicationsApr 16, 2019Aug 19, 2035189.4y left
10002019System for integrated signal transmission in graphene networksAug 13, 2005Mar 22, 202149Expired
10002020System for improved signal transmission in blockchain networksNov 20, 2022Aug 4, 20382912.3y left
10002021Apparatus for adaptive data encoding in digital systemsOct 12, 2021Apr 24, 2039713.0y left
10002022Method for efficient channel estimation in lidar communicationsAug 25, 2021Feb 20, 20374610.9y left
10002023System for adaptive signal transmission in analog networksOct 23, 2007Sep 12, 202532Expired
10002024Method for improved channel estimation in quantum communicationsNov 5, 2022Jun 24, 20393113.2y left
10002025System for adaptive signal transmission in MEMS networksJan 18, 2018Dec 14, 2036910.7y left
10002026Method for optimized wireless communication using CMOSJun 17, 2003Aug 18, 202026Expired
10002027Computer-implemented method for advanced nano-scale optimizationSep 7, 2014Jul 10, 2030204.3y left
10002028Apparatus for efficient data encoding in nano-scale systemsMay 23, 2020Jul 6, 20383412.2y left
10002029Method for dynamic machine learning inference using lidarApr 11, 2024Mar 13, 20424015.9y left
10002030Method for modular channel estimation in cloud communicationsDec 22, 2006Jan 5, 202413Expired
10002031Apparatus for high-performance data encoding in edge systemsJul 17, 2013Apr 24, 2029253.0y left
10002032Computer-implemented method for multi-layer MEMS optimizationJan 10, 2025Sep 3, 20424616.4y left
10002033Apparatus for improved data encoding in MEMS systemsApr 17, 2020Sep 5, 20374411.4y left
10002034System and method for multi-layer data processing using CMOSNov 7, 2011Jun 27, 2029473.2y left
10002035Method for efficient wireless communication using cloudApr 1, 2028Sep 21, 20444818.5y left

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Frequently Asked Questions

Texas Instruments holds 60 US patents with an average of 30 claims per patent. The portfolio has a Patent Strength Score of 46/100 (Grade D).

Texas Instruments has 3 patents expiring within 2 years and 11 patents expiring within 5 years. These expirations may create opportunities for competitors and generic entrants.

Texas Instruments's key technology focus areas include Computing & Data Processing, Telecommunications. The portfolio spans 2 distinct technology classifications (CPC codes).

The Patent Strength Score (0-100, A-F) benchmarks a company's patent portfolio quality based on portfolio size (30%), claims breadth (25%), time remaining to expiration (25%), and portfolio diversity across technology areas (20%).

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Patent Strength Score is based on portfolio size, claims breadth, time to expiration, and technology diversity using CPC classifications.