Building CMOS Quantum Computers
We deploy full-stack quantum computers manufactured using industry standard 300mm CMOS wafer technology with the goal of delivering commercially viable, utility scale, fault tolerant systems for real-world quantum computing applications.
Quantum Computing, Engineered for Reality
We’re engineering quantum systems for the real world, not based on exotic materials confined to laboratories. Our silicon-based approach leverages the trillion-dollar semiconductor industry's proven manufacturing infrastructure, enabling mass production of quantum processors at unprecedented scale and cost-effectiveness.
Industrial Scalability
Path to millions of qubits using standard CMOS processes.
Proven Manufacturing
Leveraging existing semiconductor fabrication infrastructure.
Integrated Architecture
Enables integration of quantum and classical control electronics on a single chip.
Datacentre Ready
Compact, reliable systems designed for commercial deployment.
Delivering the Industry’s First Full-Stack Silicon CMOS Quantum Computer
Listen to our team describe the delivery of Quantum Motion’s first system to the UK’s National Quantum Computing Centre (NQCC).
System Overview
Quantum Motion has delivered the first full-stack quantum computer to use mass manufacturable 300mm silicon CMOS wafer technology.
Quantum Processing Unit (QPU)
- Silicon quantum dot spin qubits
- CMOS-compatible architecture enabling dense qubit integration
- Scalable and tileable four qubit unit cell design optimised for fault-tolerant architectures
Full-Stack System Architecture
- Complete quantum computing system in datacentre-ready form factor
- Standard 19" rack compatibility for easy deployment
- Comprehensive software stack for quantum algorithm development
- AI machine‑learning tuning, enabling more efficient operation and automated algorithms for control and calibration
Manufacturing Advantage
- Built using standard 300mm wafer CMOS processes
- High volume and quality commerical process
- Low variability, high yield fabrication
- Enables large-scale, high throughput mass production
Target Applications
Pharmaceutical & Chemical
Accelerate drug discovery and materials science through precise molecular simulation and optimization algorithms.
Financial Services
Transform high-frequency trading and risk modeling with quantum-accelerated calculations that deliver results in milliseconds, not hours.
Artificial Intelligence
Enhance machine learning capabilities with quantum-accelerated algorithms for pattern recognition and optimization.
National Security & Defense
Enable advanced cryptographic applications and strategic computational capabilities with fault-tolerant quantum systems.
