4/23/25 – Lintrinsic wins NEMC PROPEL Grant to Support Advanced Simulation and IP Protection for High Power RF Switches
This $99,150 award is to help move Lintrinsic’s technology with operational costs of advancing our switch technology from “lab-to-fab”, aligning with the greater mission of the CHIPS act funded Microelectronics Commons. Read more here.
10/8/2024 – Lintrinsic wins NEMC PROPEL Grant to Accelerate Manufacturing of High Power RF Switches
This $100,000 award is to help move Lintrinsic’s technology from “lab-to-fab”, aligning with the greater mission of the CHIPS act funded Microelectronics Commons. Read more here.
10/2/2024 – Lintrinsic Wins Phase I SBIR from The Office of Naval Research
Under the topic, “Low-Cost, High-Power Microwave Switches for Radar and Electronic Warfare” for our proposal titled, “Semiconductor Switches Providing Linearity and Speed at High Power (SPLASH)”. The goal of this topic is to develop RF switches that can handle the highest possible power across broad bandwidths with exceptionally low loss. Additionally, Lintrinsic’s proposed solution address switching speed and cost requirements for large scale radar and electronic warfare systems.
6/20/2024 – Lintrinsic takes third place at the Microwave Theory and Technology Society’s (MTTS) Pitch Competition
The pitch took place at the 2024 International Microwave Symposium (IMS) and was advertising our efforts to develop high power and broadband RF switches using silicon on insulator technology.
10/17/2022 – LintrinsIC’s Invited to Tech Crunch Distrupt
Thanks to everyone that attended our booth at the Tech Crunch Startup Battlefield 200! Please follow up with us at: info@lintrinsicsemi.com if you have any questions following the event.
2/23/2022 – LintrinsIC’s Technology Featured at ISSCC
In a presentation titled: A 1-to-18GHz Distributed-Stacked Complementary Triple-Balanced Passive Mixer With up to 33dBm IIP3 and Integrated LO Driver in 45nm CMOS SOI, during session 19, Cameron Hill will be presenting a fundamental building block from LintrinsIC.
This design shows the emerging power of SOI CMOS and it’s ability to match the performance of conventional III-V semiconductors while maintaining all the conventional advantages of integrated CMOS systems. Tune in at ISSCC for a Q&A session on February 23rd at 9:30am pacific time to learn more! The advanced program can be viewed here.
1/6/2022 – LintrinsIC Wins Phase 1 Effort with AFRL
LintrinsIC has been chosen as a winner of the AFRL’s Ultra-wideband Robust Electronics Challenge for it’s proposal titled: SOI CMOS for High Linearity Components. This award gives the opportunity to develop the technology to address critical needs for electronics with the Air Force.