Patents
US patents through Dec 31, 2025 · PatentsView, from the USPTO’s Open Data Portal · read Oct 27, 2026
1,738 patents granted to the 5 names below, as the owner printed on each patent when it was granted. A later sale, a lapse or an expiry is not read, so this is what was granted to Silicon Laboratories, Inc.’s names, not what it holds today.
Patents granted
1,738
1,735 utility, 3 reissue, 1976 to Dec 31, 2025
Granted in 2025
71
Against 60 in 2024 and 76 in 2023
Applications published
1,150
79 of them in 2025
Names they are printed under
5
its own name, a subsidiary
By yearGrantedApplications published
'11'12'13'14'15'16'17'18'19'20'21'22'23'24'25
Each pair is one calendar year. Applications are published about eighteen months after filing, so the newest years read low.
What they are aboutgrants since 2021
Digital communication99
Computer technology66
Basic communication processes66
Telecommunications50
Measurement28
Electrical machinery, apparatus, energy16
Semiconductors3
Control1
Handling1
Audio-visual technology1
The main technology area of each patent, in the World Intellectual Property Organization’s 35 fields.
Under which name5 counted
Silicon Laboratories Inc. its own name
US, as the owner printed on each patent
1,726 granted
482 publishedSilicon Laboratories Inc. its own name
named as the applicant on its applications, in US
0 granted
662 publishedSilicon Laboratories Finland OY a subsidiary
FI, as the owner printed on each patent
9 granted
0 publishedSilicon Laboratories Finland Oy a subsidiary
named as the applicant on its applications, in FI
0 granted
6 publishedSILICON LABORATORIES NORWAY AS a subsidiary
NO, as the owner printed on each patent
3 granted
0 published
Newest grantseach row opens the USPTO’s own copy
| Granted | Patent | Title | Field | Owner as printed |
|---|
| Dec 30, 2025 | 12,512,852 | Noise-shaping converter with digital modulator | Basic communication processes | Silicon Laboratories Inc. |
| Dec 30, 2025 | 12,510,625 | Man in the middle attack detection in BLE high accuracy distance measurement | Measurement | Silicon Laboratories Inc. |
| Dec 23, 2025 | 12,506,361 | Method to harvest energy from neighboring nodes within a communications network | Electrical machinery, apparatus, energy | Silicon Laboratories Inc. |
| Dec 16, 2025 | 12,501,198 | System, apparatus and method for detecting and avoiding periodic unresponsiveness of a receiver | Audio-visual technology | Silicon Laboratories Inc. |
| Dec 16, 2025 | 12,498,404 | Asynchronous peak hold circuit on an integrated circuit trace to monitor for voltage spikes caused by an electromagnetic pulse | Measurement | Silicon Laboratories Inc. |
| Dec 9, 2025 | 12,495,367 | System, method and apparatus for adaptively controlling transmit power based on energy detection | Digital communication | Silicon Laboratories Inc. |
| Nov 25, 2025 | 12,483,941 | Coordinated roaming for low energy roaming aware peripheral devices | Digital communication | Silicon Laboratories Inc. |
| Nov 25, 2025 | 12,483,931 | Method to add additional data rate to legacy physical interface | Digital communication | Silicon Laboratories Inc. |
| Nov 25, 2025 | 12,483,380 | Kalman filter based phase-locked loop with re-encoding based phase detector | Basic communication processes | Silicon Laboratories Inc. |
| Nov 25, 2025 | 12,483,357 | Retry mechanism for low energy communications | Digital communication | Silicon Laboratories Inc. |
Newest applications publishedan application is a clue, never a plan
| Published | Application | Title | Field | Owner as printed |
|---|
| Dec 25, 2025 | 2025/0392491 | RELIABILITY IN MESH MULTICAST TRANSMISSIONS | Digital communication | Silicon Laboratories Inc. |
| Dec 18, 2025 | 2025/0383697 | POWER AWARENESS FOR ENERGY HARVESTING | Computer technology | Silicon Laboratories Inc. |
| Dec 11, 2025 | 2025/0379610 | DUTY-CYCLE-BASED RECEIVER WITH LISTENING POWER CONSUMPTION REDUCTION | Telecommunications | Silicon Laboratories Inc. |
| Dec 11, 2025 | 2025/0379567 | FAST-SETTLING DELAY LINE ASSISTED BY REPLICA DELAY LINE | Basic communication processes | Silicon Laboratories Inc. |
| Dec 4, 2025 | 2025/0374180 | SYSTEM, METHOD AND APPARATUS TO ENABLE WAKE-UP ON TRIGGER IN A MESH NETWORK | Digital communication | Silicon Laboratories Inc. |
| Dec 4, 2025 | 2025/0373580 | ASYNCHRONOUS COMMUNICATION ACROSS NODES IN A MESH NETWORK | Digital communication | Silicon Laboratories Inc. |
| Dec 4, 2025 | 2025/0370920 | Linking RAM Code and Data with Multiple RAM Aliases | Computer technology | Silicon Laboratories Inc. |
| Nov 20, 2025 | 2025/0357928 | LOW DISTORTION LEVEL SHIFTER | Basic communication processes | Silicon Laboratories Inc. |
| Nov 13, 2025 | 2025/0351081 | BLUETOOTH LE PERIPHERAL CONNECTION POWER OPTIMIZATION | Digital communication | Silicon Laboratories Inc. |
| Nov 13, 2025 | 2025/0350287 | PHASE-LOCKED LOOP WITH IMPROVED PROCESS, FREQUENCY, AND TEMPERATURE INDEPENDENCE | Basic communication processes | Silicon Laboratories Inc. |
What it applied for, 2024 to 2025: Digital communication 60 · Basic communication processes 26 · Telecommunications 24 · Computer technology 20 · Measurement 11 · Electrical machinery, apparatus, energy 4.
A patent is counted where the owner printed on it when it was granted carries the company’s own name, a former name, the name of a subsidiary its annual report lists, or its own name with a patent-holding phrase (Technology Licensing, Intellectual Property and the like), once the legal form, case and punctuation are set aside, and prints a country that name counts in. PatentsView’s data are published under the Creative Commons Attribution 4.0 licence. Source: PatentsView's granted patents and pre-grant publications, disambiguated, from the USPTO's Open Data Portal, through Dec 31, 2025, read Oct 27, 2026.