Q.ant receives 62 million euros for revolutionary light chips!

Q.ant receives 62 million euros for revolutionary light chips!

In a significant step towards sustainable technology, the German company Q.ant collected 62 million euros in a Series A-Financing round. The aim is the development and commercialization of energy -efficient photonic processors, which are specially designed for artificial intelligence (AI) and high -performance calculations (HPC). According to tech.eu this is a paradigm shift that is the conventional electrical chips of the CMOS technology behind leaves.

Why is that important? Traditional chip technology reaches its physical limits, which leads to stagnating performance and growing energy demand. The International Energy Agency (IEA) predicts that the electricity consumption of data centers will surpass the entire annual energy consumption of Japan by 2026. This is an enormous challenge, and Q.ant intends to master this challenge with innovative photonic technology.

Photonic Revolution in data processing

Q.ant relies on light instead of electricity for its calculations. This could not only significantly increase performance, but also drastically lower energy consumption. In the past five years, the company has developed the world's first commercial photonic processor for real KI and HPC applications, such as "https://www.eenewSurope.com/en/q-ant-raises-e62m-to--up-photonic-processor-production/"> EE news The first tests show that this technology is up to 30 times more energy-efficient and up to 50 times more powerful than conventional systems.

Another impressive aspect is the fact that the capacity of data centers with the new Q.ant Native Processing Server can be increased up to 100 times without complex active cooling. These innovative photonic circuits also cause fewer heat, which also increases the entire energy efficiency. Artificial intelligence not only becomes more effective, but also more environmentally friendly.

challenges and the future of the Ki

The VDE (Association of Electrical Engineering, Electronics and Information Technology) sees the growing requirements for data centers as a challenge for the future. Dr. Damian Dudek, managing director of VDE ITG, emphasizes the importance of secure storage and processing sensitive data. The operation of AI systems requires great amounts of energy, which makes the need for more efficient technologies even more urgent. For example, an inquiry to Chatgpt consumes an estimated three to nine watt hours, and with billions of daily search queries, electricity consumption could increase by a factor of 30 in extreme cases.

This shows that the cross-sector introduction of integrated photonics technologies is not only an option, but a necessity to meet the increasing requirements. Dr. Matthias Wirth from VDE sees photonic technologies as the key to reducing energy requirements, and with increasing use in high -performance computers, this innovation jump will soon become an industrial standard.

q.ant pursues ambitious plans: In addition to scaling the production and expansion of the team, the technology is to be established as a core element of global AI systems by 2030. Q.ant is supported by well-known investors such as Cherry Ventures and UVC Partners as well as an impressive advisory committee with experts from the semiconductor and photonics industry. VDE emphasizes that alternatives to conventional electronic circuits are urgently needed to remain competitive in the long term.