ExoHelix builds and delivers rack scale AI systems — air and liquid cooled — integrating innovative scale-up platform technology to push GPU performance to its absolute limit while dramatically reducing power utilization and total cost of ownership.
From large language model training to high-throughput inference, ExoHelix systems are engineered to deliver uncompromising performance at every scale.
High-density rack scale configurations optimized for data centers with existing air-cooling infrastructure. Purpose-built for maximum airflow efficiency and thermal headroom at scale.
Direct liquid cooling for ultra-dense GPU configurations. Dramatically higher thermal dissipation enables greater GPU TDP headroom, unlocking performance limits unachievable with air cooling.
Our proprietary scale-up interconnect fabric delivers industry-leading GPU-to-GPU bandwidth, eliminating the bottlenecks that throttle performance in conventional rack architectures.
Our integrated approach to rack-scale design delivers performance gains that cannot be achieved through component upgrades alone.
Our scale-up platform technology ensures GPUs operate at peak efficiency continuously — eliminating idle cycles caused by memory bandwidth bottlenecks and interconnect latency.
Intelligent power delivery and thermal management means more compute per watt. ExoHelix systems consistently outperform conventional architectures on performance-per-watt benchmarks.
Reduced power draw, higher utilization rates, and longer component lifespan translate directly to measurably lower TCO over the system lifecycle — typically 2× vs. hyperscale alternatives.
Hardware, firmware, and software co-designed from the ground up. No off-the-shelf compromises — every layer is optimized for the specific demands of rack-scale AI workloads.
Both platforms share the same ExoHelix scale-up architecture — deployed in the cooling modality that best suits your facility and workload.
Engineered for data centers with existing air-cooling infrastructure. Achieve exceptional GPU density and performance without facility upgrades, leveraging advanced airflow management and thermal design.
Direct liquid cooling unlocks a new tier of GPU density. Higher thermal dissipation enables GPU TDP headroom far beyond air-cooled limits — the choice for the most demanding training workloads.
ExoHelix systems aren't just faster — they're more economical. Lower power consumption, higher utilization, and longer system lifespans make ExoHelix the clear choice when TCO matters.