Nonlinear frequency conversion
Core expertise in converting densely encoded signals into precise control signals at cryogenic temperatures.
01 / Cryogenic ElectronicsQUANTUM
QUANTUM
LOGIC
A fabless company developing active electronic components that enable the transformation of densely encoded signals into precise control signals at cryogenic temperatures.
02 / Introduction
We are a fabless company developing active electronic components that enable the transformation of densely encoded signals into precise control signals at cryogenic temperatures.
Our core expertise lies in nonlinear frequency conversion and cryogenic-optimized multiplexing, engineered to operate reliably at deep cryogenic temperatures. Our circuits will be designed using industry-standard PDKs and fabricated through commercial semiconductor foundries, ensuring compatibility with established semiconductor manufacturing ecosystems. Customers are free to use any commercial cryogenic wiring or interconnect solution of their preference — our technology integrates seamlessly regardless of the physical I/O pathway.
Cryogenic-optimized multiplexing
Engineered to operate reliably at deep cryogenic temperatures, where conventional electronics fail.
Foundry-compatible by design
Circuits designed with industry-standard PDKs and fabricated through commercial semiconductor foundries.
04 / Vision & Mission
Making fault-tolerant quantum computers achievable through economic scalability of cryogenic electronics.
By combining scalable signal processing with cryogenic performance optimization, Quantum Logic opens the way to new architectures for next-generation quantum computers.
05 / ContactLet's build the next
Get in touch