High-density air-cooled infrastructure
for private AI compute.
The AIZ Air Node integrates controlled airflow, thermal isolation, monitoring, and deployment interfaces into a 4.7 × 1.1 × 2m modular architecture for high-density AI systems. The per-cabinet design rating is 57kW, with a 72kW maximum design envelope and an indicative PUE target below 1.17 within the current simulation boundary. Simulation is complete and prototype validation is in progress.
Controlled airflow architecture, engineered around the server and deployment environment.
The product architecture supplied by AIZ.
- Modular enclosure and controlled intake-to-exhaust air path
- Filtered intake, isolated hot-air extraction, and N+1 fan architecture
- Sensor-informed fan control and monitoring interfaces
- Configuration review against the selected server platform
The integration scope confirmed before quotation.
- Server supply, rack fit, and final workload configuration
- Electrical distribution, network, and external site interfaces
- Site intake, exhaust, access, installation, and commissioning
- Validation plan, operating assumptions, support, and handover scope
A platform-specific path for current and emerging AI servers.
Air Node assessment covers representative NVIDIA and AMD accelerator families alongside emerging inference platforms. These references describe engineering assessment classes, not universal compatibility certification; every server is reviewed against its configuration and deployment conditions.
B, H, and A series evaluation path
Representative NVIDIA systems can be assessed for physical fit, server airflow, power delivery, network integration, monitoring, and service access.
Instinct MI series evaluation path
Representative AMD Instinct systems follow the same configuration-specific review across thermal behaviour, integration interfaces, monitoring, and operating conditions.
NPU, FPGA, and ASIC adaptation
Emerging inference servers are assessed platform by platform rather than treated as automatically interchangeable with GPU systems.
Engineering pathway, not blanket certification
Final fit is confirmed only after review of the selected server, workload assumptions, validation scope, and site environment.
A hardware-aware integration process.
Each server platform is reviewed for rack geometry, power delivery, thermal envelope, server airflow requirements, network topology, service access, monitoring, and operating conditions. References to NPU, FPGA, and ASIC systems describe an engineering pathway, not universal or pre-validated compatibility with every vendor platform.
AIZ Air Node
The Air Node is AIZ's current high-density air-cooled architecture. It is designed to manage server intake and exhaust as one controlled path, reducing recirculation while allowing the fan system to respond to measured thermal conditions. Simulation is complete and prototype validation is in progress.
The Air Node has a 57kW per-cabinet design rating, a 72kW maximum design envelope, and an indicative PUE target below 1.17 within the current simulation boundary. These are engineering design figures, not guarantees for every server or site. Final performance depends on server configuration, airflow direction, workload, validation scope, and deployment conditions.
Separate intake and exhaust paths
Filtered intake air is directed through the server zone while extracted hot air is kept from recirculating into server inlets.
Respond to measured conditions
Temperature and airflow signals inform dynamic fan control so the thermal system can follow the selected server configuration.
N+1 fan architecture
Industrial EC extraction is arranged around redundancy and controlled hot-air removal rather than a single fixed operating point.
indicative PUE target <1.17
prototype validation in progress
Direct answers for search, evaluation, and early technical review.
What is an Air Node?
The Air Node is AIZ's current high-density air-cooled modular infrastructure path. Simulation is complete and prototype validation is in progress.
What is the current status of the Air Node?
Air Node is AIZ's current public product focus. Simulation is complete and prototype validation is in progress.
What do the 57kW, 72kW, and PUE figures mean?
57kW is the current per-cabinet design rating. 72kW is the maximum design envelope. The indicative PUE target below 1.17 applies only to the current simulation boundary and is not a universal facility PUE guarantee. All three figures remain subject to prototype and project-specific validation.
Who is the current platform best suited for?
The current platform is most relevant for organisations evaluating private AI infrastructure in industrial, warehouse, commercial, or regional contexts where conventional data-centre buildouts are too slow or site-constrained.
Common questions about the AIZ technology approach.
What does AIZ build?
AIZ designs modular AI infrastructure centred on enclosure-led compute deployments, including thermal management strategy, power and network interface planning, monitoring, and repeatable site integration.
What environments are these systems intended for?
AIZ evaluates industrial, commercial, warehouse, and regional environments where private AI infrastructure may be better served by modular enclosure deployment than by a conventional facility buildout.
What GPU platforms can AIZ be configured around?
Air Node assessment covers representative NVIDIA B, H, and A series systems and AMD Instinct MI series systems. These are platform assessment classes, not universal compatibility certifications; final fit depends on the selected server configuration and deployment conditions.
Can AIZ adapt infrastructure for NPU, FPGA, or ASIC inference servers?
AIZ provides a platform-specific engineering pathway for NPU, FPGA, and ASIC inference servers. Each platform requires validation of physical fit, power delivery, thermal behaviour, network interfaces, service access, and operating conditions.
What cooling architecture does AIZ currently offer?
AIZ is currently focused on controlled air cooling through the Air Node architecture, with filtered intake, isolated hot-air extraction, closed-loop fan control, and N+1 redundancy.
How is Air Node assessed for deployment?
Each opportunity is reviewed against the selected server platform, workload, airflow behaviour, power and network interfaces, validation scope, site environment, and operational requirements.
Are the thermal-load and PUE figures guaranteed operating results?
No. They are current engineering design figures: 57kW is the per-cabinet design rating, 72kW is the maximum design envelope, and PUE below 1.17 is an indicative target within the current simulation boundary. Prototype validation is in progress, and a project-specific review must confirm the selected server configuration, airflow, workload assumptions, validation scope, and site operating conditions.
Can detailed specifications or engineering files be downloaded?
No public engineering-file download is provided. Detailed specifications, compatibility review, drawings, and commercial scope are handled through a qualified deployment assessment and, where appropriate, an NDA process.
Performance targets on this page are part of AIZ's engineering and validation process. Final deployment outcomes depend on configuration, validation scope, and the operating conditions of each site.
Review the deployment path