QScale is a leading brand based in Lévis, QC, specializing in sustainable digital infrastructure. They offer large-scale hosting facilities that are powered by clean, renewable energy. With a focus on wholesale colocation, hyperscale, and supercomputing, QScale provides a future-proof design that incorporates cutting-edge technologies like liquid cooling and heat recovery.

One of QScale's main strengths is scalability. They have the ability to meet the growing computing needs of global companies while also enabling them to achieve their environmental, social, and governance (ESG) objectives. By leveraging renewable energy sources and incorporating waste-heat recovery and reuse initiatives, QScale ensures that the world's exponentially growing computing needs can be met without polluting the planet.

QScale's Q01 Campus in the Quebec City area boasts a secured power capacity of 142 MW and the ability to rapidly scale up. With an impressive 99. 5% power supply from renewable sources and a liquid-cooled rack density of over 200kW, the facility is designed to accommodate high-performance hardware.

Additionally, QScale's reliable telecommunications fiber optic network spans hundreds of thousands of kilometers, ensuring seamless connectivity. By combining their expertise and innovative building design with Quebec's environmental advantages, QScale is at the forefront of green, high-performance computing infrastructure. They are dedicated to becoming the global reference in HPC and supercomputing centers powered by renewable energy.

Catch QScale at Datacloud USA in Austin, Texas from September 11 to 13, 2023, where they will showcase their infrastructure designed for high-performance computing and liquid cooling. As a brand, QScale is committed to their growth and has recently announced a major financing round supported by Aligned Data Centers, the Quebec government, and Desjardins. Discover QScale's sustainable colocation digital infrastructure and join them in revolutionizing the future of computing while minimizing its environmental impact