An engineering marvel. Cools UnityQ colder than deep space. All inside your rack. All from a single-phase plug.
form factor
weight
power
cooling
operating temp
service interval
co-location
facility modification
Cloud quantum lives behind an API. Other systems need custom facilities. RacQ runs in your rack, beside the CPUs, GPUs and data it works with.
Low latency
Hybrid loops at rack speed. Sub-millisecond cycles, not network round-trips
Data sovereignty
Your data never leaves your perimeter
Dedicated capacity
No queue. No throttling. No metering
Operational simplicity
One ops team. One policy framework
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UnityQ QPU
Executes quantum workloads natively, extending classical compute into quantum problem classes.
Control Electronics
Manages qubit control, calibration and error mitigation within the rack for stable, repeatable performance.
Thermal Management
Air-cooled system managing heat and airflow for operation in standard data center environments.
Upgradeable QPU Module
Upgrade quantum capability over time within the same rack footprint.
Cryogenic Chamber (0.3 K)
Isolates the UnityQ processor in a stable low-temperature environment for quantum operation.
Integrated Cryocooler
Self-contained cryocooling delivers continuous ultra-low temperatures with no external cryogenics.
Power & Distribution
Runs on standard power: 3,200W, 16A single-phase power at 208/240V
Classical Co-location
Runs in the same rack as CPU and GPU systems, enabling low-latency hybrid execution.
[1]
Rack, power and start. No facility build. No specialist environment.
[2]
Connect to your existing scheduler and stack. No parallel environment, no separate toolchain.
[3]
Execute hybrid workloads with quantum callable inside existing workflows.
UnityQ is the quantum system-on-chip at the heart of RacQ integrating qubits and control electronics on CMOS silicon, the same semiconductor foundation as the CPUs and GPUs already in your data center.
Silicon is what makes RacQ manufacturable, deployable and upgradeable. And how it scales to fault-tolerant quantum computing.
RacQ is an upgradable platform, not a one-off deployment. Each UnityQ generation grows quantum capability — same footprint, same power, same software, same operating model, no rebuild.
Most hardware loses capability with age. RacQ gains it. Returns compound with every upgrade.
Pharmaceuticals & life sciences
Model molecular interactions classical systems struggle to approximate.
Protein-ligand binding / drug discovery
Materials & chemistry
Investigate materials from first principles.
Battery materials / catalysts / semiconductor compounds
Risk, pricing & simulation
Explore richer simulations across more variables and scenarios
Derivatives pricing / portfolio risk / tail-event modeling
Energy & industrial optimization
Tackle constrained systems too complex for brute-force optimization.
Grid balancing / resource allocation / production planning
Frontier AI
Test quantum approaches to sampling, optimization and model training
High-dimensional sampling / generative modeling / quantum machine learning
Defense & secure infrastructure
Run quantum workloads inside controlled environments.
Air-gapped optimization / simulation / sovereign compute
Talk to our team about rack deployment, integration with classical compute, and the first hybrid workloads you can run.
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