The start-up Q.TT in Germany, a pioneer in photon processing, has attracted a series of type A type financing worth 62 million euros to accelerate the marketing of its energy-efficient photonic processors, intended for artificial intelligence (AI) and high performance calculation (HPC), according to the press release. The round was led by Cherry Ventures, UVC Partners and IMS.XPand, with the participation of other investors in the field of peak technology (Deep Tech), including L-Bank, Verve Ventures, Grazia Equity, Exf Alpha Al Venionaire Capital, LEA Partners, Onsight Ventures and Trumpf. This investment is among the most significant financing rounds in the Deep Tech field in Europe, laying the foundations for a fundamental change in how artificial intelligence (AI) is processed. As the infrastructure AI expands globally, traditional chip technology (CMOS) reaches its physical limits, performance stagnates, and the demand for electricity reaches unsustainable levels. A report by the International Energy Agency (AIE) estimates that, by 2026, the energy consumption of data centers could exceed the entire annual electricity consumption of Japan. Q.T addicts this problem with a radically different paradigm: processing with light instead of electricity, which opens the way to significantly larger performances and energy savings. «Q.ant has been founded with a bold vision: to redefine the way the world calculates, using light instead of electricity. This investment shows that Europe has both the ambition and the capital needed to be a leader – and it gives us the strong partners we need to follow our mission and to contribute to the modeling of the future computers,» said Dr. Michael Förtsch. Q.ant. The start-up Q.ant was founded by Michael Förtsch as a Trumpf spin-off in 2018, independently developing light-based data processing. The Q.TANT team has managed to bring to maturity what the experts have been following for decades: the first commercial photonic processor for real work tasks in the AI and HPC field that performs complex operations of AI faster, while saving significant amounts of energy. The native processing server Q.TT integrates perfectly into today's databases as a plug-in co-processor. Tests under real conditions promise energy efficiency up to 30 times higher, an improvement of the performance 50 times and the potential to increase the ability of data centers 100 times – all without the need for complex active cooling systems, the Q.TT representatives say. «The photonic chips of the Q.TT are prepared to radically reduce the operating costs of the data centers, while offering the exceptional performance required by the next generation of Ia and the high performance calculation.» «With an early commercial impulse and a world -class team made up of Deep Tech experts, Q.TAN is uniquely positioned to redefine the semiconductor landscape, evaluated at trillion dollars. We are proud to support them the future of computers,» said Christian Meermann, a founding partner in Cherry Ventures. The financing of 62 million euros will allow the start-up Q.T to expand its production, to advance the development of the next generation of photon processors, to increase their team in various disciplines and to expand in the US to support an increasing number of implementations. «Classic CMOS processors are approaching their physical and architectural limits – where additional parallels and smaller structures bring only marginal improvements. In contrast, photonic calculation represents a fundamentally new paradigm, with a huge scaling potential, largely unexploited. Q.T has solved the basic challenges of this technology and is well -positioned to define this technology Performance ”, said Cyril Vancura, a partner within the IMC.Xpand. Until 2030, Q.ST intends to make its photon processing technology a fundamental pillar of global AI systems, radically improving the scalability and energy efficiency. The Q.T. NPS photon (NPS) processing server is now available for early access assessment and is delivered in an industrial standard format, easy to implement, native compatible with current programming languages and software ecosystems. Q.TS NPS uses less energy, eliminates the heat from the chip and provides a higher calculation density, support the start-up representatives. «What impressed us at Q.The clarity of his vision and the ability to constantly achieve it.» «Not only is it a pioneer of a new computing architecture, but it does in a way that responds to the urgent need for infrastructure you have more sustainable. This combination of Deep Tech capacity and long-term relevance has made it an easy decision for us,» said Andreas UNSELD, a general partner in UVC Partners.
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