Tag: German Aerospace Center (DLR)

SAXON Q Opens Orders for 128-Qubit and 512-Qubit Room-Temperature NV-Center Quantum Computers

SAXON Q has opened commercial orders for its SXQ128 and SXQ512 quantum computers, listed with aggregate qubit counts of 128 and 512. The company describes the systems as the first diamond-based NV-center machines to exceed 10 qubits. They operate at room temperature and eliminate cryogenic infrastructure while relying on standard photonics and control hardware. A proprietary multi-core operating system coordinates locally entangled qubits within each core (eight on the SXQ128, 16 on the SXQ512). The SXQ128 is available for delivery within three months; the SXQ512 begins deliveries in Q2 2027.

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QuiX Quantum Delivers Carina Core Hardware Platform for 8-Qubit Photonic Quantum Computing

QuiX Quantum has delivered the Carina core hardware platform, an 8-qubit universal photonic quantum computing demonstrator based on 4-qubit graph states. The system, developed under the UPQC project with the German Aerospace Center (DLR), features chip-integrated photon sources, multiplexed generation of resource states, and a 10 MHz clock cycle with support for more than 10 optimized gate operations per cycle. A dedicated emulator provides simulation and circuit optimization capabilities. Carina advances practical research into algorithms such as Shor’s, Deutsch’s, Grover’s, and quantum teleportation while supporting error correction studies. The low-power design positions the platform for hybrid computing environments.

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