August 2026 Our 128-qubit SXQ128 and 512-qubit SXQ512 quantum computers are now commercially available. Those are the first diamond-based NV-center quantum computers to ever exceed 10 qubits.
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June 2026 The mobile quantum computer moves even closer to users — the team at the Bechtle competence centre is now certified to deploy SAXON Q systems.
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April 2026 Philosopher and deep-tech investor Anders Indset joins SAXON Q as a shareholder.
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April 2026 The third generation of SAXON Q’s mobile quantum computers is here — the QC2026 DUAL CORE ran live at Hannover Messe.
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November 2025 The Fraunhofer Institute IWU in Dresden already uses our mobile quantum computer — now via a new API.
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November 2025 The TGFS Technologiegründerfonds Sachsen is investing a seven-figure sum in SAXON Q GmbH.
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September 2025 Quantum computing has moved from speculative research to tangible prototypes and mobile applications.
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August 2025 Another step toward applied quantum computing: SAXON Q has connected a mobile quantum computer to QCi Connect.
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June 2025 Start-up of the year: an award for the mobile quantum computer from Leipzig at the futureSAX innovation conference.
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Deutschlandfunkmdrelektroniknet.deLeipziger Volkszeitung
heise onlinec'tPatented NV-Center Technology Delivers First 100+ Qubit Diamond-Based Systems to the Market; SXQ128 Available Late Summer, SXQ512 in Q2 2027
Read more →Third generation of the mobile quantum computer with two processors presented live at Hannover Messe — scalable and room-temperature capable.
Read more →The TGFS Technologiegründerfonds Sachsen invests a seven-figure sum in SAXON Q GmbH. The Leipzig deep-tech startup develops mobile quantum computers based on diamond chips and NV centres.
Read more →Press release 26.06.2025 Leipzig/Dresden: The Leipzig startup SAXON Q was awarded the Saxon Founders’ Prize in the “Startup of the Year” category.
Read more →Press release Fraunhofer IWU 12.06.2025: The first comparatively compact, transportable quantum computer in Saxony — and one of the first worldwide to operate at room temperature.
Read more →Quantum computers are potentially many times more powerful than conventional computers and could one day solve complex problems in medical research, energy, logistics or artificial intelligence. The Leipzig startup SAXON Q, founded in 2021, has succeeded in engineering a quantum computer for industrial use: away from room-filling installations and toward a handy, flexible box. The key is a proven process from semiconductor technology, generating the qubits on a diamond chip just a few millimetres across. Unlike previous quantum machines, these processors need no cooling or complex infrastructure and are insensitive to disturbances. The system is already used by major clients and targets entirely new applications — in satellites, autonomous driving, and in a few years even smartphones.
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