Vertiv and NVIDIA AI Reference Design
The most complete power and cooling blueprint for next-generation AI factories with NVIDIA GB200 NVL72.
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Leverage existing air-cooling infrastructure to streamline liquid cooling solutions
Achieve peak cooling efficiency, flexibility, and performance using Vertiv™ liquid-to-refrigerant coolant distribution units (L2R CDUs).
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Vertiv codevelops with NVIDIA complete power and cooling blueprint for NVIDIA GB200 NVL72 platform
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Evaluating the performance of Vertiv™ large UPS systems with AI workloads
Access resources to transform your data center and unleash AI’s potential with expert guidance.
AI imperatives and critical challenges
Explore design principles to optimize AI infrastructure and follow a roadmap for seamless implementation.
Design Principles interactive tool
Design for new builds
| Rack density | Rack count | GPU count | Design ID | Cooling technology | ||
|---|---|---|---|---|---|---|
| NA | EMEA | ASIA | ||||
| 20kW | 18 | 248 | RD002 |
RD002E |
RD002A |
Air |
| 40kW | 10 | 248 | RD003 |
RD003E |
RD003A |
Air |
| 40kW | 10 | 248 | RD004 |
RD004E |
RD004A |
Air |
| 73kW | 88 | 2304 | RD006 |
RD006E | RD006A |
Liquid + Air |
| 73kW | 110 | 2880 | RD007 |
RD007E | RD007A |
Liquid + Air |
| 132kW | 36 | 1152 | RD014 |
RD014E | RD014A |
Liquid + Air |
| 132kW | 54 | 1728 | RD015 |
RD015E | RD015A |
Liquid + Air |
| 132kW | 72 | 2304 | RD016 |
RD016E | RD016A |
Liquid + Air |
| 75kW | 8 | 64 | RD017 |
RD017 |
RD017A | Liquid + Air |
| 90kW | 12 | 576 | RD018 |
RD018 |
RD018A | Liquid + Air |
| 132kW | 18 | 576 | RD019 |
RD019 |
RD019A | Liquid + Air |
| 130kW | 108 | 3456 | RD020 |
RD020E | RD020A | Liquid + Air |
| 300kW | - | - | RD300 | RD300E | RD300A | Liquid |
| 500kW | - | - | RD500 | RD500E | RD500A | Liquid |
Design optimized for retrofits
| Rack density | Rack count | GPU count | Design ID | Cooling technology | ||
|---|---|---|---|---|---|---|
| NA | EMEA | ASIA | ||||
| 40kW | 4 | 128 | 4X160R |
4X160RE | 4X160RA | Air |
| 70kW | 1 | 64 | 1L88R |
1L88RE |
1L88RA |
Liquid + Air |
| 100kW | 1 | 88 | 1L100R |
1L100R |
1L100RA |
Liquid + Air |
| 100kW | 4 | 368 | 4L400R |
4L400RE | 4L400RA | Liquid + Air |
| 100kW | 4 | 368 | 4XL400 |
4XL400 |
4XL400A |
Liquid + Air |
| 100kW | 5 | 460 | 5L500 |
5L500 |
5L500A |
Liquid + Air |
| 100kW | 12 | 1104 | 12XL1200 |
12XL1200 |
12XL1200A |
Liquid + Air |
| 100kW | 14 | 1288 | 14L1400 |
14L1400 |
14L1400A |
Liquid + Air |
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Significant advancements in AI are placing increasing demands on data centers. Vertiv's panel of experts discussed the following trends shaping the industry in 2024 and beyond.
Watch the full DCD broadcast
Rising AI demand is pushing organizations to overhaul operations, adopting new constructions or retrofits with eco-friendly tech such as liquid cooling for AI servers and efficient data center designs.
Battery energy storage systems (BESS) will cut generator use, leading to "bring your own power" models that merge capacity, reliability, and affordability for AI workloads.
Cloud and colocation providers expand to meet demand, while enterprise data centers diversify investments, focusing on modular solutions, and extending the life of legacy systems.
Gartner forecasts a 20.4% rise in global cloud spending in 2024, with 80% of CIOs boosting cyber security investment amid complex data regulations.
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Leading AI chip makers partner with Vertiv
Adding Vertiv expertise to the NVIDIA Partner Network
Vertiv and NVIDIA collaborated to develop a unique AI cooling solution for the COOLERCHIPS program and formalized our partnership when Vertiv joined the NVIDIA Partner Network. NVIDIA’s cutting-edge platforms need advanced infrastructure solutions. AI deployments can count on Vertiv’s leadership in power and cooling to keep their AI running no matter the cluster size.
Supporting Intel’s latest generation AI accelerator
Vertiv is collaborating with Intel to provide liquid- and air-cooled solutions for the revolutionary Gaudi3 AI accelerator. Our liquid cooled solution has been tested at 160kW accelerator power using facility water from 17°C to 45°C (62.6°F to 113°F). The air-cooled solution has been tested up to 40kW of heat load that can be deployed in warm ambient air data centers up to 35°C (95°F).
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