One enclosure. Two variants.
Designed for most industrial and commercial environments.
Each AIZ node is a self-contained modular enclosure measuring 5.4 × 1.1 × 2m — housing one full-height 42U server rack inside an engineered shell with precision airflow channels, thermal insulation, and acoustic dampening. HVDC or solar PV power, fibre network — all at the panel. Designed for harsh and demanding environments.
One rack. One shell. All interfaces at the panel.
AIZ Air Node
The AIZ Air Node delivers precision airflow cooling tuned for NVIDIA Hopper and Ampere GPU architectures. A PID-controlled fan array maintains optimal hot-aisle cold-aisle separation within the enclosure — enabling sustained GPU workloads without thermal throttling, at a PUE well below conventional data centre installations.
| GPU | Memory | Interface | TDP |
|---|---|---|---|
| A100 | 40GB / 80GB | SXM4 | ~400W |
| H100 | 80GB | SXM5 | ~700W |
| H200 | 141GB | SXM5 (air) | ~700W |
| L40S | 48GB | PCIe | ~350W |
| A800 | 80GB | SXM4 | ~300W |
validated against ASHRAE
thermal guidelines
AIZ Thermal Node
The AIZ Thermal Node uses a dielectric liquid cooling loop to handle the extreme thermal density of next-generation GPU accelerators. Integrated heat reuse captures and redistributes thermal output for practical secondary use cases, including vertical agriculture support. This approach targets a PUE below 1.08 and helps reduce overall carbon footprint for high-density AI workloads at the edge.
| GPU | Memory | Interface | TDP |
|---|---|---|---|
| H200 | 141GB | SXM5 (liquid) | ~700W |
| B200 | 192GB | SXM6 | ~1000W R&D |
H200 (SXM5) straddles air and liquid variants — the air-cooled variant ships first; liquid thermal loop validation is ongoing for sustained high-density configurations.
derived from measured
thermal modelling
Our PUE targets were established through measured thermal modelling, then validated using a controlled thermal test rig simulating sustained GPU thermal load before any production hardware was committed. This is the level of rigour applied to every design decision.
Review the engineering background