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PatentCliff

Raytheon Patent Portfolio

45 US patents · Average 28 claims per patent

D
Patent Strength
40/100
45
Total Patents
28
Avg Claims
2
Expiring in 2 Years
7
Expiring in 5 Years

Technology Focus Areas

TelecommunicationsH04
45 patents
Computing & Data ProcessingG06
45 patents

Patent Details

Patent #TitleGrantedExpiresClaimsStatus
10002216System for low-latency signal transmission in cloud networksNov 22, 2025Aug 4, 20432917.3y left
10002217Method for improved machine learning inference using RFMay 17, 2022Jan 16, 2039812.8y left
10002218Apparatus for adaptive computational operations in 5G environmentsDec 7, 2019Nov 6, 20364710.6y left
10002219System and method for low-latency data processing using edgeMay 5, 2018Jan 5, 2034177.7y left
10002220Apparatus for integrated computational operations in 5G environmentsDec 9, 2018Apr 25, 2036510.1y left
10002221Method for integrated machine learning inference using lidarOct 20, 2003Jul 12, 202013Expired
10002222System for scalable signal transmission in neural networksFeb 15, 2026Apr 1, 20441118.0y left
10002223Method for adaptive wireless communication using CMOSAug 19, 2022May 20, 20402414.1y left
10002224System for enhanced neural network processing with 5GAug 12, 2012Aug 21, 2030354.4y left
10002225Method for configurable channel estimation in analog communicationsOct 25, 2008Nov 17, 202424Expired
10002226Method for integrated wireless communication using lidarOct 9, 2026Jan 4, 20444117.7y left
10002227Method for enhanced channel estimation in CMOS communicationsApr 19, 2016Nov 12, 203256.6y left
10002228System and method for optimized data processing using AI-drivenJun 25, 2009Oct 16, 202542Expired
10002229Apparatus for dynamic data encoding in CMOS systemsMar 16, 2003Jun 28, 202115Expired
10002230Apparatus for improved computational operations in nano-scale environmentsJun 12, 2021Aug 1, 20381712.3y left
10002231Method for multi-layer channel estimation in CMOS communicationsFeb 5, 2010Apr 13, 2026350.0y left
10002232Apparatus for low-latency computational operations in photonic environmentsDec 5, 2023May 7, 20412615.1y left
10002233Apparatus for high-performance data encoding in edge systemsAug 24, 2020Sep 28, 20364110.5y left
10002234Computer-implemented method for efficient blockchain optimizationJul 10, 2023Mar 26, 20404114.0y left
10002235Method for enhanced wireless communication using grapheneSep 18, 2004Jul 15, 202210Expired
10002236System for adaptive signal transmission in 5G networksMar 21, 2019Jun 5, 2036510.2y left
10002237System for enhanced neural network processing with digitalDec 28, 2022Nov 17, 20391113.6y left
10002238System and method for enhanced data processing using AI-drivenJun 28, 2011Apr 2, 2028472.0y left
10002239Method for integrated channel estimation in photonic communicationsOct 27, 2024Jun 12, 20414315.2y left
10002240Computer-implemented method for configurable quantum optimizationFeb 9, 2008Apr 2, 202420Expired
10002241Apparatus for distributed data encoding in MEMS systemsDec 11, 2006Feb 8, 202323Expired
10002242Method for dynamic channel estimation in digital communicationsJul 14, 2014Dec 12, 2030144.7y left
10002243Apparatus for efficient data encoding in photonic systemsMar 11, 2012Jul 13, 2029493.3y left
10002244System and method for multi-layer data processing using quantumOct 25, 2006Feb 19, 202232Expired
10002245Apparatus for high-performance computational operations in edge environmentsOct 10, 2027Nov 8, 20442818.6y left
10002246Apparatus for improved computational operations in graphene environmentsJan 22, 2017Oct 4, 2033197.5y left
10002247System for integrated neural network processing with cloudNov 13, 2012Apr 21, 2030384.0y left
10002248Method for improved machine learning inference using quantumJan 28, 2021Feb 18, 20394612.9y left
10002249Method for multi-layer wireless communication using blockchainJul 1, 2007Aug 21, 202434Expired
10002250Apparatus for high-performance data encoding in photonic systemsOct 20, 2028Dec 13, 20444618.7y left
10002251System and method for optimized data processing using RFMar 12, 2020Mar 5, 2036429.9y left
10002252System for improved neural network processing with RFOct 19, 2013May 28, 2030424.1y left
10002253Method for scalable machine learning inference using blockchainSep 6, 2024Jan 5, 20421715.7y left
10002254Apparatus for efficient data encoding in neural systemsSep 13, 2004Jun 1, 202218Expired
10002255Apparatus for dynamic computational operations in quantum environmentsNov 25, 2017Jun 13, 2033447.2y left
10002256Method for optimized machine learning inference using blockchainFeb 22, 2018Mar 21, 20363310.0y left
10002257System for advanced signal transmission in CMOS networksDec 25, 2022Apr 7, 2038512.0y left
10002258System for enhanced signal transmission in lidar networksOct 2, 2020Aug 8, 20384112.3y left
10002259Method for enhanced machine learning inference using neuralJul 1, 2009May 24, 202528Expired
10002260System for autonomous signal transmission in photonic networksDec 28, 2016May 24, 2034478.1y left

Related Patent Portfolios

IBM

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Samsung

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Canon

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Microsoft

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Frequently Asked Questions

Raytheon holds 45 US patents with an average of 28 claims per patent. The portfolio has a Patent Strength Score of 40/100 (Grade D).

Raytheon has 2 patents expiring within 2 years and 7 patents expiring within 5 years. These expirations may create opportunities for competitors and generic entrants.

Raytheon's key technology focus areas include Telecommunications, Computing & Data Processing. 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%).

Last updated:

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

this entity is one of the data points covered by this site’s U.S. pharmaceutical patent expirations dataset. The detail above comes directly from the FDA Orange Book and USPTO patent records; the context that follows situates the headline numbers against the broader distribution across U.S. brand-name drugs.

The methodology behind every numeric value on this page is publicly documented on the the FDA Orange Book and USPTO patent records portal and described in detail on this site’s methodology page. Refresh cadence varies by underlying series; the page surfaces the as-of date for each number so readers can trace any figure back to the source release.

For readers using this page as a decision input, the related-entity pages elsewhere on the site provide the comparison set. The most useful comparison for this entity is typically a peer within U.S. brand-name drugs with similar size, similar exposure, or similar geography — not the national-level summary alone.

Source: USPTO patent search, 2026.