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PatentCliff

Boston Scientific Patent Portfolio

45 US patents · Average 28 claims per patent

D
Patent Strength
43/100
45
Total Patents
28
Avg Claims
4
Expiring in 2 Years
5
Expiring in 5 Years

Technology Focus Areas

TelecommunicationsH04
45 patents
Computing & Data ProcessingG06
45 patents

Patent Details

Patent #TitleGrantedExpiresClaimsStatus
10004622Apparatus for improved data encoding in analog systemsJul 28, 2021Apr 5, 20372211.0y left
10004623Computer-implemented method for improved neural optimizationDec 23, 2021Jun 22, 20393113.2y left
10004624System and method for autonomous data processing using quantumFeb 5, 2027Aug 5, 20441918.3y left
10004625Apparatus for low-latency computational operations in cloud environmentsJan 22, 2026Mar 6, 20432616.9y left
10004626Apparatus for configurable data encoding in MEMS systemsJan 27, 2014Sep 6, 2032146.4y left
10004627Apparatus for multi-layer data encoding in nano-scale systemsNov 11, 2020Apr 19, 20383812.0y left
10004628Method for integrated channel estimation in photonic communicationsSep 8, 2022May 16, 20391213.1y left
10004629Apparatus for integrated computational operations in 5G environmentsDec 27, 2024Sep 22, 20411215.5y left
10004630Method for adaptive wireless communication using CMOSMay 11, 2008Mar 22, 202644Expired
10004631Computer-implemented method for high-performance MEMS optimizationMar 10, 2005Sep 18, 202326Expired
10004632System for advanced neural network processing with 5GNov 15, 2020Jun 12, 20382912.2y left
10004633Method for advanced channel estimation in lidar communicationsFeb 3, 2020Aug 4, 20362210.3y left
10004634System for high-performance neural network processing with grapheneDec 11, 2018Jul 26, 20363710.3y left
10004635Apparatus for modular data encoding in quantum systemsNov 23, 2027Dec 22, 20431217.7y left
10004636Apparatus for enhanced data encoding in 5G systemsJul 18, 2009Nov 6, 202543Expired
10004637Computer-implemented method for scalable lidar optimizationApr 26, 2026Oct 19, 20432617.5y left
10004638System for integrated signal transmission in nano-scale networksSep 14, 2022Jul 10, 20392613.3y left
10004639System and method for improved data processing using RFNov 25, 2020Jan 14, 2038511.8y left
10004640Computer-implemented method for multi-layer RF optimizationSep 16, 2003Feb 21, 202017Expired
10004641System and method for integrated data processing using analogJul 19, 2010Sep 18, 2026270.4y left
10004642Apparatus for high-performance computational operations in AI-driven environmentsMar 8, 2019Feb 4, 20372810.8y left
10004643System and method for advanced data processing using MEMSFeb 13, 2021Jul 10, 20391113.3y left
10004644Method for integrated wireless communication using 5GOct 22, 2023May 28, 20401014.1y left
10004645Apparatus for multi-layer data encoding in photonic systemsOct 17, 2022Sep 28, 20392013.5y left
10004646System and method for adaptive data processing using blockchainFeb 23, 2017Apr 6, 2033407.0y left
10004647System and method for dynamic data processing using grapheneApr 26, 2022Aug 24, 20391213.4y left
10004648Apparatus for integrated data encoding in lidar systemsSep 18, 2024May 13, 2041915.1y left
10004649Method for adaptive channel estimation in 5G communicationsMar 14, 2014Dec 19, 2030434.7y left
10004650Method for low-latency machine learning inference using MEMSSep 28, 2019Dec 12, 20373611.7y left
10004651Method for integrated wireless communication using quantumFeb 11, 2019Dec 12, 20363110.7y left
10004652System for high-performance neural network processing with quantumFeb 7, 2022Jun 7, 20404314.2y left
10004653Apparatus for distributed data encoding in MEMS systemsFeb 9, 2011Jan 7, 202851.8y left
10004654Computer-implemented method for modular 5G optimizationFeb 15, 2019Sep 18, 20374911.5y left
10004655Method for low-latency machine learning inference using CMOSSep 24, 2010Dec 10, 2027331.7y left
10004656Method for high-performance wireless communication using MEMSFeb 11, 2013Aug 16, 2031155.4y left
10004657Method for modular wireless communication using nano-scaleJul 28, 2020Aug 6, 20384412.3y left
10004658Method for scalable channel estimation in 5G communicationsMar 7, 2018Aug 20, 20364510.4y left
10004659Method for high-performance channel estimation in graphene communicationsApr 28, 2021Jun 6, 20384312.2y left
10004660Apparatus for high-performance computational operations in RF environmentsAug 22, 2021Apr 23, 20372811.0y left
10004661System for modular signal transmission in digital networksJul 9, 2020Sep 8, 20384712.4y left
10004662Method for multi-layer channel estimation in AI-driven communicationsJan 8, 2020Jun 21, 20382912.2y left
10004663Method for multi-layer wireless communication using nano-scaleJul 22, 2021Mar 28, 20393213.0y left
10004664System for high-performance neural network processing with AI-drivenFeb 25, 2023Feb 27, 20392112.9y left
10004665System and method for scalable data processing using RFOct 6, 2011Feb 26, 2027460.9y left
10004666Method for high-performance wireless communication using digitalMar 22, 2023Jul 22, 20404514.3y left

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Frequently Asked Questions

Boston Scientific holds 45 US patents with an average of 28 claims per patent. The portfolio has a Patent Strength Score of 43/100 (Grade D).

Boston Scientific has 4 patents expiring within 2 years and 5 patents expiring within 5 years. These expirations may create opportunities for competitors and generic entrants.

Boston Scientific'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.

For this entity, the underlying data on this page comes from the FDA Orange Book and USPTO patent records. The breakdown above is the federal record; the paragraphs below add the per-entity context that makes the headline numbers usable for a real decision rather than just a data lookup.

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.

Practical use of this page is in combination with the comparison and ranking pages elsewhere on the site, which surface the same data for this entity’s peers within U.S. brand-name drugs. A single-entity reading without peer context can be misleading when an entity is an outlier on one axis but typical on another.

Source: USPTO patent search, 2026.