Scalability

Where High Performance Meets Scalability

We work with global AI and HPC innovators who require scalable, high-density, and energy-efficient colocation to support the exponential growth of computing.
  • Replicable, high-density design for seamless scaling
  • Advanced cooling solutions optimizing PUE and efficiency
  • Lowest electricity rates in North America for cost-effective AI expansion

A Flexible, Modular and Replicable Design

  • QScale’s power and cooling infrastructure is engineered for scalability and adaptability. It is designed to support evolving technologies such as immersion cooling, ensuring seamless growth as computing demands increase.
  • Liquid cooling to the rack
    All our installations are liquid-ready at the rack level, capable of hosting high-performance, high-density equipment as deployed today while seamlessly scaling to meet future power and cooling requirements, above 600kW per cabinet.
Hydro-Québec Network

Clean and Renewable Energy

  • Low, predictable electricity rates
    Hydro-Québec provides some of the most stable and cost-effective electricity rates in North America. QScale clients benefit from long-term price predictability, backed by one of the lowest inflation rates among all energy sources.
  • Reliable and robust grid
    With redundancy built across a looped transmission network and nearly $2 billion in annual grid investments, Hydro-Québec ensures exceptional reliability for high-performance computing workloads.
  • 100% renewable energy
    Our facilities are powered by clean, renewable hydroelectricity, eliminating the need for clients to purchase carbon credits or offsets to meet sustainability goals.

Sustainability

Powered by 100% renewable energy, our infrastructure maximizes efficiency while supporting sustainable computing initiatives.

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Connectivity

Carrier-neutral with low-latency, high-capacity fiber networks, ensuring reliable connectivity to major hubs in North America and beyond.

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Q01 Campus

Our 142MW AI colocation campus is purpose-built for high-density workloads, featuring ultra-efficient cooling, renewable energy, and scalable infrastructure.

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