Delivering quantum powerful and deployable at scale
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Early adopters are going to accrue most of the economic value generated by post-quantum advantage. QuiX' integration-first approach meets the demands of today's data centers.
Introducing deployable quantum computing at scale: designed for today’s data centers
Our mission
The future of computing is quantum-classical hybrid architecture. Most quantum computing hardware requires specialized environments and can't leave the lab at scale, a massive barrier to adoption. QuiX' photonic quantum computers are built to run where the workloads are: inside data centers and HPC environments.
Built for hybrid computing
Drop-in
Using reliable telecom-grade components, no cryogenics or custom facilities required. Making it easier to deploy, maintain and scale.
Modular
Field-upgradeable hardware via networked
modules that grows along the computational workload.
modules that grows along the computational workload.
Efficient
Lower total cost of ownership and simplified
maintenance vs cryogenic competitors.
maintenance vs cryogenic competitors.
Demonstrated Core Components
On-chip photon sources with 90% purity and indistinguishability; 120 dB on-chip filtering; Linear optical circuit fidelity > 99%.
Lowest-Loss
Lowest optical loss is essential as it determines whether the photonic quantum system can scale into a commercially useful computer. Quix proprietary tech delivers the lowest-loss quantum photonic chips on the market.
Low Noise
While other QC platforms are limited by noise, aka decoherence, photonic systems are more resistant to noise.
Resource Efficient
More efficient error correction methods can be implemented on photonic QC, leading to lower overhead in hardware components.
Fastest Clock Speed
Photonic QC clock speed can range between 100 MHz to 1 GHz; other’s QC platforms remain below tens of MHz.
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