Engineered from the ground up for the unique power, density, and cooling demands of enterprise-scale AI.
Modern AI and HPC workloads are not just another application; they represent a seismic shift in compute requirements.
Legacy data centers, designed for general-purpose IT, are fundamentally ill-equipped to handle the extreme power consumption, thermal output, and low-latency demands of large-scale GPU clusters.
Retrofitting leads to compromised performance, thermal throttling, and unsustainable operating costs.
True AI transformation requires a new foundation, engineered specifically for these workloads.
We bypass the limitations and lengthy timelines of traditional substations by connecting directly to high-voltage power grids. Our proprietary, Texas-manufactured power systems deliver clean, stable, and scalable electricity—up to 100MW and beyond—directly to your hardware, ensuring maximum performance without bottlenecks.
Terisys facilities are purpose-built for closed-loop liquid-to-chip cooling—a system that transfers heat up to 1,000x more efficiently than air. This enables us to deliver a PUE below 1.05, eliminate thermal throttling, extend hardware lifespan, and significantly cut energy use. It’s not a retrofit—it’s infrastructure engineered for high-density AI from day one.
By solving the power and cooling challenges, we unlock unprecedented compute density. Our design supports over 650kW per rack, allowing you to condense massive AI clusters into a fraction of the physical footprint of a traditional data center. This co-location of compute reduces latency and maximizes processing power for distributed training and inference workloads.
Our commitment to vertical integration and Texas-based manufacturing allows for a paradigm shift in deployment speed. We build your infrastructure in parallel, not sequentially. Our prefabricated, pre-tested modules are delivered to your site ready for grid connection, enabling deployment in 6- 12 months—not years.
Our ultra-low PUE, smaller physical footprint, and optimized hardware lifecycle dramatically lower your total cost of ownership compared to building or leasing traditional data center space.
Deploy your AI initiatives in 6-12 months and start generating ROI years ahead of traditional infrastructure project timelines. Seize market opportunities while your competitors are still waiting for power.
Eliminate performance bottlenecks caused by thermal throttling and power limitations. Run your GPUs and accelerators at their full potential, 24/7, to train models faster and run inference workloads with lower latency.
Our modular design allows you to scale your infrastructure seamlessly as your AI demands grow. Add capacity in predictable, self-contained blocks without the need for costly and disruptive re-engineering.