The Helsinki data centre provides reliable and secure connectivity, supporting the growing demand for AI infrastructure. It complements Groq’s existing data centres in the United States, Canada, and Saudi Arabia, which collectively process over 20 million tokens per second across the company’s global network.
Jonathan Ross, Groq’s founder and CEO, stated: “As demand for AI inference continues at an ever-increasing pace, we know that those building fast need more - more capacity, more efficiency, and with a cost that scales. With our new European data centre, customers get the lowest latency possible and infrastructure ready today. We're unlocking developer ambition now, not months from now.”
The partnership with Equinix builds on an existing collaboration, including a data centre in Dallas, Texas. The Helsinki site leverages Finland’s sustainable energy policies, free cooling systems, and reliable power grid, making it an ideal location for AI infrastructure. This expansion supports businesses across Europe, particularly in the Nordics, where AI adoption is a priority.
Regina Donato Dahlström, Equinix’s Managing Director for the Nordics, commented: “There is no doubt AI is front of mind for businesses across Europe; and the Nordics is a great place to host AI infrastructure. With its sustainable energy policies, free cooling, and reliable power grid, Finland is a standout choice for hosting this new capacity. Combining Groq's cutting-edge technology with Equinix's global infrastructure and vendor-neutral connectivity solutions enables efficient AI inference at scale. Our customers at Equinix will be able to securely tap into GroqCloud and lead on innovation within their enterprise.”
The Helsinki facility strengthens Groq’s ability to deliver high-performance AI inference solutions, meeting the needs of developers and enterprises. By expanding its global network, Groq enhances access to efficient and scalable AI infrastructure, supporting innovation across various industries while prioritizing sustainability and connectivity.
