
Cenfire is a Santa Barbara-based startup dedicated to revolutionizing the switching and power industries. Its groundbreaking switching technology was developed over several decades at Atomica, the largest MEMS foundry in the U.S. Cenfire’s switch is exclusively manufactured at Atomica’s California facilities.
Cenfire is a Santa Barbara-based startup dedicated to revolutionizing the switching and power industries. Its groundbreaking switching technology was developed over several decades at Atomica, the largest MEMS foundry in the U.S. Cenfire’s switch is exclusively manufactured at Atomica’s California facilities.
Cenfire is a Santa Barbara-based startup dedicated to revolutionizing the switching and power industries. Its groundbreaking switching technology was developed over several decades at Atomica, the largest MEMS foundry in the U.S. Cenfire’s switch is exclusively manufactured at Atomica’s California facilities.
Cenfire is a Santa Barbara-based startup dedicated to revolutionizing the switching and power industries. Its groundbreaking switching technology was developed over several decades at Atomica, the largest MEMS foundry in the U.S. Cenfire’s switch is exclusively manufactured at Atomica’s California facilities.
Cenfire is the solution for you

Cenfire’s core technology was developed in response to that pattern. Instead of building a custom switch for a narrow niche, the architecture was designed as a silicon based, galvanically isolated MEMS switching platform using proven material sets and semiconductor compatible processes, with robustness and yield engineered in from day one.
Cenfire’s core technology was developed in response to that pattern. Instead of building a custom switch for a narrow niche, the architecture was designed as a silicon based, galvanically isolated MEMS switching platform using proven material sets and semiconductor compatible processes, with robustness and yield engineered in from day one.
Cenfire’s core technology was developed in response to that pattern. Instead of building a custom switch for a narrow niche, the architecture was designed as a silicon based, galvanically isolated MEMS switching platform using proven material sets and semiconductor compatible processes, with robustness and yield engineered in from day one.
Cenfire’s core technology was developed in response to that pattern. Instead of building a custom switch for a narrow niche, the architecture was designed as a silicon based, galvanically isolated MEMS switching platform using proven material sets and semiconductor compatible processes, with robustness and yield engineered in from day one.
>10x Smaller
>10x Smaller
Only 0.1cm3
60x Longer Life
60x Longer Life
1B Switching Cycles
>10x Faster
>10x Faster
10us
>10x More Current
>10x More Current
1A/mm2
Cenfire began inside Atomica, one of the few U.S. foundries capable of manufacturing complex MEMS devices.
Over the years, multiple venture backed MEMS switch companies developed products there, each promising breakthrough performance. Technically, many succeeded in demonstrating compelling devices. Commercially, many did not survive. The pattern was consistent: architectures optimized for peak performance but not for yield stability, packaging robustness, or scalable manufacturing economics.
Over the years, multiple venture backed MEMS switch companies developed products there, each promising breakthrough performance. Technically, many succeeded in demonstrating compelling devices. Commercially, many did not survive. The pattern was consistent: architectures optimized for peak performance but not for yield stability, packaging robustness, or scalable manufacturing economics.
Over the years, multiple venture backed MEMS switch companies developed products there, each promising breakthrough performance. Technically, many succeeded in demonstrating compelling devices. Commercially, many did not survive. The pattern was consistent: architectures optimized for peak performance but not for yield stability, packaging robustness, or scalable manufacturing economics.
The insight was clear. MEMS switching did not fail because the physics was flawed. It failed because it was not engineered as a manufacturable, scalable platform from the beginning.
The insight was clear. MEMS switching did not fail because the physics was flawed. It failed because it was not engineered as a manufacturable, scalable platform from the beginning.
The insight was clear. MEMS switching did not fail because the physics was flawed. It failed because it was not engineered as a manufacturable, scalable platform from the beginning.

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COMPANY
Resources
CENFIRE
Ready to Move Forward?
Start your technical evaluation with a configured evaluation board.
©2026 Cenfire inc, All Rights Reserved
COMPANY
Resources
CENFIRE
Ready to Move Forward?
Start your technical evaluation with a configured evaluation board.
©2026 Cenfire inc, All Rights Reserved
COMPANY
Resources
CENFIRE
Ready to Move Forward?
Start your technical evaluation with a configured evaluation board.
©2026 Cenfire inc, All Rights Reserved