The race to build data centers capable of supporting artificial intelligence (AI) loads and high-performance computing (HPC) is relentless. In this context, Vertiv, one of the global leaders in critical digital infrastructure, has announced the worldwide launch of Vertiv™ OneCore, a prefabricated, scalable solution that combines proven energy, cooling, and IT infrastructure technologies into a single system.
The goal is clear: to reduce complexity, speed up deployment of data centers with over 5 MW of density, and ensure future scalability.
A “single block” for next-generation data centers
OneCore presents itself as an integrated, factory-assembled system ready to be deployed in various environments: businesses, colocation facilities, sovereign clouds, and the so-called neocouds.
Unlike traditional constructions, where each infrastructure element requires site integration, OneCore offers a turnkey slab-up approach, covering everything from design to installation and commissioning under a single point of contact.
“OneCore is our response to the need to reduce complexity and enable speed in large-scale capacity building,” stated Viktor Petik, senior vice president of infrastructure solutions at Vertiv. “The key is not just designing for current needs but building an adaptable foundation for the future.”
Key features of Vertiv OneCore
Extreme energy scalability
Supports from 5 to 50 MW in a single block, responding to the increasing demand for AI deployments and high-density racks.Flexible rack density
Configurable for between 96 and 944 racks, allowing tailored designs from mixed loads to extreme density environments.Energy and thermal integration
Incorporates advanced liquid cooling technologies and heat rejection systems from Vertiv, alongside scalable power management and UPS systems like Vertiv™ Trinergy™.Concurrent maintainability
Electrical and thermal systems are designed to remain operational during maintenance or upgrades.Performance in extreme conditions
Operates within a range of -20°C to 55°C, making it suitable for diverse climates worldwide.Advanced redundancy
Offers redundant configurations across primary and secondary fluid networks and distributed electrical systems.International compatibility
Accepts input power from 11–35 kV medium voltage and 400–480 V three-phase, conforming to various regional standards.Comprehensive post-deployment support
Supported by Vertiv’s global service network, with proactive maintenance programs, rapid response, and expert support throughout the data center lifecycle.
Simplification and sustainability embedded
OneCore is based on a modular design that leverages prefabricated blocks such as Vertiv™ SmartRun whitespace fit-outs, integrated within a metal structure provided by Vertiv itself.
This approach aims to:
- Simplify logistics and reduce on-site labor.
- Ensure quality and consistency in costs and delivery timelines.
- Optimize airflow and available space to meet the environmental demands of high-density environments.
In terms of sustainability, OneCore includes technologies that lower energy consumption and adapt to emerging ecological standards. The use of liquid cooling and advanced thermal systems is vital for accommodating intensive AI loads, where racks can surpass 250 kW of power consumption easily.
Designed for immediacy and future growth
Vertiv’s solution aligns with a broader trend: major infrastructure providers—hyperscalers, colocation companies, and sovereign clouds—seek to deploy capacity quickly, standardized, and with scalability.
The rise of AI has multiplied the needs for energy density and thermal efficiency within just a few years. While a 5 MW data center was considered large a decade ago, today we speak of 50 MW modules capable of integrating into gigawatt-scale campuses.
In this context, OneCore stands out as a pragmatic and forward-looking answer, reducing project risks and allowing adaptation to the fast pace of digital demand growth.
Frequently Asked Questions (FAQ)
What sets Vertiv OneCore apart from other modular solutions?
Its “slab-up” turnkey approach integrates energy, cooling, and IT into a single prefabricated block, reducing onsite complexity and speeding up deployments.
What types of data centers is it intended for?
OneCore can be applied in enterprise environments, colocation facilities, public or private clouds, and sovereign deployments requiring technological independence and scalability.
How does it contribute to sustainability?
It incorporates advanced liquid cooling, optimized heat rejection, and efficient power systems that lower consumption and support carbon neutrality strategies.
What is the maximum capacity a module can handle?
A single block can support up to 50 MW of energy load and nearly 1,000 high-density racks, scaling according to client needs.
via: Vertiv