ICEQUBE
CryoPhotonic Receiver for High-Linearity, Low-Noise GHz Analog Demodulation
IceQube is a high-performance CryoPhotonic receiver designed for quantum research and next-generation Radio-over-Fiber applications. Operating at 1550 nm and supporting analog demodulation up to 16 GHz, IceQube bridges cryogenic and photonic domains with unmatched linearity, minimal noise, and robust optical transmission.
Its compact and shielded architecture is optimized for integration with cryostats and phase array antenna systems, enabling clean signal extraction and Qubit readout in extreme environments.
Features
High-Linearity GHz Analog Demodulation
IceQube offers precise analog demodulation up to 16 GHz with low-noise characteristics — delivering distortion-free signal recovery in quantum and RF-over-fiber systems.
Cryogenic Operation with Photonic Interface
Engineered to function in cryogenic setups, IceQube transmits signals via red-shielded fibers at 1550 nm, minimizing thermal load while maximizing bandwidth and signal purity
Ideal for Quantum-Scale Applications
From Qubit readout to phased array antenna links and transmission system testing under thermal vacuum conditions (TVAC), IceQube enables high-fidelity signal interfacing at the edge of performance and temperature.
Enable Next-Gen Quantum Infrastructure
IceQube pushes photonic signal integrity to the edge of cryogenics. Its unique combination of high-frequency analog demodulation, optical interfacing, and ultra-low noise performance makes it a vital building block for tomorrow’s quantum and RF infrastructures — ready for deployment in the coldest, most demanding research environments.
