Quantum Machines: what changed.
The recorded research and its supporting evidence.
This is a historical record. Read the current company research →Evidence or assessment clarified · axis ratings unchanged
Assessment reviewed 6 Sept 2026 · Research reviewed 23 Sept 2026What changed
- Research evidence: OPX1000 Hardware Specifications
- Previously
Documents an eight-slot chassis, low-frequency and microwave modules, synchronization and inter-chassis communication interfaces.
- Source title
- OPX1000 Hardware Specifications
- Source publication date
- Not recorded
- Source type
- technical documentation
- Marked independent
- Not recorded
- Now
Documents an eight-slot chassis, low-frequency and microwave modules, synchronization and inter-chassis communication interfaces.
- Source title
- OPX1000 Hardware Specifications
- Source publication date
- Not recorded
- Source type
- technical documentation
- Marked independent
- Not recorded
- Where to look
- General architecture; chassis and module specifications
- Source checked
- 12 Nov 2026
- Source or product version
- Living OPX1000 documentation checked 12 November 2026
- Limitations
- Eight-slot chassis and control modules; specifications do not establish array-wide quantum performance.
- Retained for this claim (1)
Sources used in this record (6)
- OPX1000 Hardware Specifications ↗
- OPX1000: High-Density Quantum Controller ↗
- Quantum Machines Reaches a Novera QPU Performance Milestone ↗
- Real-Time FPGA-Based Multi-Parameter Feedback Stabilization of a Silicon Double Quantum Dot ↗
- Diraq and QM employ AI for scaling silicon-based quantum computers with NVIDIA DGX Quantum ↗
- Eight-qubit operation of a 300 mm SiMOS foundry-fabricated device ↗
Recorded dates use UTC and show when QubitWire saved the comparison. Review dates show the evidence check; neither is a new claim about when the underlying event happened. This view preserves the original research and assessment methodology.