Equal1 RacQ Plugs Into Standard Power, Uses Just 1600W

Equal1 has unveiled the RacQ, a silicon-spin quantum computer engineered to operate within the confines of a standard 19-inch data center rack. Unlike predecessors requiring specialized facilities, the RacQ maintains an internal operating temperature of 0.3 Kelvin through an integrated, self-contained cryocooler, eliminating the need for external cooling infrastructure. The system consumes approximately 1.6 kilowatts of power, comparable to a high-end classical server, and plugs into a standard single-phase electrical socket. Equal1 and Dell Technologies will demonstrate a working prototype integrating the RacQ with a Dell PowerEdge R770 server next week at Dell Technologies World; Jason Lynch, CEO of Equal1, says that for nearly every organization, quantum computing remains out of reach, confined to labs.

Equal1 RacQ: Deployable Silicon-Spin Quantum Computer

The Equal1 RacQ establishes a new level of accessibility for quantum computers by achieving an internal operating temperature of 0.3 Kelvin without relying on external cooling systems. This is accomplished through an integrated, self-contained, closed-cycle cryocooler, a departure from the complex and bulky infrastructure typically required for maintaining such low temperatures. Weighing 400 kilograms and designed to fit within a standard Dell 42U frame, the RacQ represents a reduction in the physical footprint traditionally associated with quantum processing units, allowing for integration into existing data center infrastructure. This integration allows intensive subroutines to be offloaded to the RacQ quantum processor while pre- and post-processing remain on the classical server, prioritizing high-impact use cases like investment risk analysis, materials simulation, and supply chain optimization.

Built using standard semiconductor processes, the RacQ is designed to scale with the cadence of global chip progress, offering a pathway to more powerful and accessible quantum computation. The system’s design allows it to function as a peer-level resource within a rack, seamlessly integrating with existing server stacks or specialized high-performance computing nodes, which marks a shift toward practical, low-disruption QPU integration.

HQCC Integration Enables Hybrid Workload Acceleration

The pursuit of practical quantum computing has long been hampered by the need for specialized infrastructure; however, Equal1’s release of the RacQ system signals a shift toward integration with existing data center ecosystems. This new silicon-spin quantum computer is designed for deployment within a standard 19-inch rack, enabling a hybrid quantum-classical computing approach where intensive calculations are offloaded to the quantum processor while conventional processing remains on classical servers. This demonstration is not merely theoretical; it establishes a benchmark for low-disruption quantum processing unit integration within high-performance computing environments. The system maintains an internal temperature of 0.3 Kelvin, and at 400 kilograms, the entire hybrid system fits within a standard Dell 42U frame, a significant reduction in footprint compared to previous quantum systems.