Hand holding a quantum chip with metal connectors

· Translated from the Spanish original · 中文 · 日本語

Quantum computing

Diraq installs a silicon quantum computer inside a commercial data center in Sydney

The Australian company switched on an eight-qubit machine at Equinix in Sydney that aims to reach 256 qubits within a year, per its release.

What happened

Diraq, a quantum computing company, said it installed the first silicon spin quantum computer inside a commercial data center: Equinix’s in Sydney, Australia, already running. The news comes from a press release reproduced by The Quantum Insider, so the figures are the company’s claims. It also launched a report called “Quantum at Work” on how to apply the technology to hard problems, such as drug discovery.

Why it matters

A quantum machine operating in commercial infrastructure, alongside the computing of banks, hospitals and businesses, brings the technology closer to those who could use it. Its founder and CEO, Andrew Dzurak, said the silicon approach allows practical usefulness in five years and not decades, because it uses chip manufacturing processes already proven at industrial scale.

The number

The current system has eight qubits and Diraq aims for up to 256 in the same machine during the next year.

Context

According to the company, the architecture allows capacity to rise by swapping the quantum processor, with few changes to the surroundings. The current machine draws less than 20 kW and takes 170 square feet (about 16 square meters); a utility-scale system would reach about 300 kW, less than a third of what a single next-generation AI rack demands, and could fit in 50 square feet. Harmeen Mehta of Equinix said the next chapter of computing will not be defined by AI, cloud or quantum separately, but by how they work together. On related topics, Mamífero published PsiQuantum unveils a silicon optical circuit switch; Telefónica and IQM will install a quantum computer in Madrid; Vietnam to get its first quantum computer and AI-assisted proof closes a 2008 quantum question.

What’s next

It remains to be seen whether Diraq meets the 256-qubit goal and what problems the machine solves in real use. An eight-qubit computer is still a demonstration machine.

Bottom line

The step is about location more than power: the quantum computer leaves the lab and enters a data center.

Sources

  • The Quantum Insider, Diraq press release reproduced by the outlet (accessed November 9, 2026).
  • Cover image: Anita Fors (Chalmers), CC BY-SA 4.0, via Wikimedia Commons

Edited by Rodrigo Cornejo. How we select and verify: who writes these notes.

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