Veriv has taken a decisive step towards the future of digital infrastructure with the announcement of its new 142KW reference architecture, developed specifically for the NVIDIA GB300 NVL72 platform. With this launch, the company seeks to respond to the demands of the new generation of AI factories, providing a comprehensive food and cooling solution that leaves traditional design approaches behind.
This system, conceived with criteria of high energy efficiency and scalability, not only allows to digitally simulate each aspect of the deployment before starting physical construction, but also fully integrates into Nvidia Omniverse Blueprint, a collaborative simulation platform. Thanks to 3D Simready ™ assets, customers can model, validate and optimize complex infrastructure of AI with millimeter precision.
“VERTIV is proud to launch our complete reference and active design Simready ™ for the NVIDIA GB300 NVL72 platform”, Said Scott Armul, executive vice president of Global Portfolio in Veriv.“These solutions allow to climb quickly and optimize data centers for digital way before building a single physical module”
Dion Harris, Senior Director of IA and HPC infrastructure in NVIDIA, added: “By combining our AI platforms with the Veriv experience, we are helping to display more efficient, scalable data centers prepared for the most demanding workloads”
The company presents a highly efficient 142KW architecture, adapted to the growing demands of artificial intelligence and high computational performance
VERTIV: NVIDIA GB300 NVL72
Among the most prominent characteristics of this architecture is its ability to withstand rack densities up to 142kw, which represents a new standard in the industry. It also allows facilities up to 50% faster, a 30% reduction in the occupied space and an improvement in annual energy efficiency of up to 70%, thanks to liquid cooling configurations and flexible thermal solutions.
In addition, the collaboration between Veriv and Nvidia goes beyond the present. Both companies are working on infrastructure that anticipate the arrival of 1 MW racks and 800VDC feeding, with availability planned by 2026. This joint vision not only responds to the current technological demand, but prepares the path for future challenges in accelerated computing and operational sustainability.
With overall support of more than 4,000 engineers and the ability to adapt the design to any environment, the proposal of Veriv consolidates its role as a strategic partner in the construction of the new digital fabric on which the large -scale artificial intelligence will settle.
