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Diraq Launches Silicon Spin Quantum Computer At Equinix Data Centre

November 9, 2026, marks a shift in quantum computing as Diraq has deployed the world’s first silicon spin quantum computer within an Equinix data center in Sydney, Australia. This installation signals a move beyond laboratory…

Quantum Zeitgeist

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Nov 10, 2026 at 9:00 AM UTC · Updated hace 12 horas · 3 min de lectura

Diraq Launches Silicon Spin Quantum Computer At Equinix Data Centre
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November 9, 2026, marks a shift in quantum computing as Diraq has deployed the world’s first silicon spin quantum computer within an Equinix data center in Sydney, Australia. This installation signals a move beyond laboratory experimentation toward commercial accessibility for the technology, designed to scale without requiring expansive data center overhauls. “We are now at a point where quantum computing can start to reach industries and the people they serve,” said Andrew Dzurak, CEO and Founder of Diraq, adding that their silicon spin approach aims to deliver utility within five years, not decades.

Silicon Spin Qubit Deployment at Equinix Data Centre

Diraq’s newly deployed quantum computer at the Equinix data center in Sydney, Australia, currently consumes less than 20kW of power, a figure the company projects will reach approximately 300kW for a utility-scale system, less than one-third the energy demand of a single AI rack. This compact power profile distinguishes Diraq’s approach from other quantum computing architectures, which often require substantial infrastructure upgrades to accommodate their energy needs and cooling requirements.

The system’s physical footprint is also minimized; the current installation occupies 170 square feet, with future utility-scale deployments anticipated to require only 50 square feet of floor space. The deployment at Equinix represents a step in validating Diraq’s silicon spin quantum technology within a real-world operating environment, moving it beyond laboratory experimentation and into a commercial data center alongside existing computing infrastructure.

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