Saxon Q Unveils Diamond-Based Quantum Computer Operating at Room Temperature
AryHHAry · x · 2026-08-08
German startup Saxon Q has released a diamond-based quantum computer that operates at room temperature. The system utilizes nitrogen-vacancy (NV) centers in synthetic diamonds as qubits, eliminating the need for cryogenic cooling.
Key specs and breakthroughs:
- First commercial system >10 qubits: Available in SXQ128 (128 qubits) and SXQ512 (512 qubits) models.
- Multi-core entanglement: 8 fully entangled qubits per core in SXQ128, and 16 in SXQ512.
- High yield & fidelity: Qubit fabrication yield increased to >85% (typically 1-10%) via sulfur co-implantation; single-qubit fidelity reaches 99.92%.
- Standard rack compatibility: Fits into standard server racks, plugs into regular outlets, and operates at 293 K.
Currently, these are still physical qubits without full error correction. Previous versions have already been deployed at DLR and Fraunhofer for industrial optimization.
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