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Scaling quantum computing requires connecting multiple QPUs into systems large enough to run meaningful, error-corrected computation. QS-LINK makes that connection practical.
Powered by breakthroughs in cavity-QED, QS-LINK's memory-based approach, achieves entanglement success rates,orders of magnitude higher than competing solutions, operates at room temperature, and connects QPUs across any hardware architecture.
Built on deterministic photon–atom interaction. Entanglement success rate orders of magnitude higher, with memory-based approach. Gate rate in the MHz domain – high enough for practical distributed quantum computing.
High-fidelity entanglement with no cryogenic infrastructure. Modular by design, not limited to fixed point-to-point connections. Goes beyond short-range links, deployable across an entire data centers
Removes the indistinguishable photon-pairs requirement, so it connects superconducting, trapped-ion, and neutral-atom QPUs without hardware modification.
Quantum Source's photonic interconnect for distributed quantum computing. Built for scaling; multi-QPU systems, quantum infrastructure providers, data centers, and enterprises deploying heterogeneous quantum architectures.
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