Ce que Vertiv a publié en juin 2026

Dedicated IT cooling: Keepingservers reliable across industries

Vertiv expands power portfolio with new compact desktop UPS for personal computing, gaming and networking devices

Vertiv Power Innovation Day 2026: Adapting power infrastructure to AI workloads

Live testing by Vertiv and ST Telemedia Global Data Centres revealed that AI workloads—particularly GPU-driven racks at 140 kW with millisecond-level load spikes—destabilize traditional data center po…

Adaptive, resilient liquid cooling: How intelligence is upgrading the thermal chain

Vertiv describes how AI-driven controls are transforming liquid cooling in high-density AI environments, enabling real-time stability, predictive diagnostics, and system-level orchestration. Digital t…

Modernizing healthcare at the edge to support real-time clinical workflows

Vertiv Completes Acquisition of ThermoKey, Expanding Heat Rejection Portfolio for AI Data Centres

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Vertiv Completes Acquisition of ThermoKey, Expanding Heat Rejection Portfolio for AI Data Centers

Vertiv Infrastructure Underpins Paratus Namibias First Private LTE and Mobile Network

Vertiv unveils high-capacity rack platform for AI and high-density IT deployments

Building the physical infrastructure foundation for NVIDIA MGX-based AI factories

Vertiv and NVIDIA are collaborating to develop converged infrastructure for AI factories based on NVIDIA MGX, enabling modular, scalable power, cooling, and controls. The partnership aims to reduce de…

World Energy Efficiency Day: The AI era’s defining challenge

The article highlights the growing energy demands of AI-driven data centers, with global electricity use projected to double by 2030. It emphasizes integrating power and cooling systems to improve eff…

Digital twins for operations: Intelligent management

Vertiv is collaborating with NVIDIA to leverage Omniverse for real-time digital twin (DT) platforms that optimize AI infrastructure operations. The integration enables dynamic modeling of high-density…

Vertiv™ PowerDirect Rack 33kW – A new standard in modern data center power

Vertiv introduced the PowerDirect Rack 33kW, a DC power system designed to improve energy efficiency and scalability for AI and hyperscale workloads. The solution reduces AC-DC conversion steps, frees…

What digital twins reveal about AI infrastructure design

Vertiv’s blog explains how digital twin technology, once used in NASA’s Apollo 13 mission, is now critical for designing AI-ready data centers. It details how Vertiv and NVIDIA Omniverse enable real-t…

Vertiv Power Innovation Day 2026: The macro forces shaping data center power in 2026

Vertiv’s Power Innovation Day 2026 panel discussed how rising AI workloads and next-gen chipsets are forcing data centers to rethink power delivery, moving from 415V AC to 800V DC and adopting hybrid …

Four dimensions of efficiency: A systems approach to digital infrastructure design

Vertiv highlights four critical efficiency dimensions—energy, water, materials, and carbon—for modern data center design, emphasizing integrated system approaches to balance performance, cost, and env…

Vertiv, Edge-Serve, IRCL, and PDC Sign Framework Agreement to Support Converged AI-Ready Data Center Infrastructure Across the Gulf Region

Vertiv™ CoolChip CDU 2300

Vertiv™ Rack Extreme, High‑Density Rack‑Mount Equipment Platform

The technology trends shaping the future of the data center

Vertiv’s Frontiers report outlines five key trends—hybrid AC/DC systems, AI delivery models, on-site generation, digital twins, and liquid cooling—driven by AI and high-density compute. These trends a…

Vertiv™ CoolChip Fluid Network, Row Manifolds

Vertiv in the news

Vertiv expands fluid management services to help reduce water use during data center fluid system commissioning

Vertiv Introduces First Converged Physical Infrastructure Digital Twin for NVIDIA Omniverse DSX

A roadmap for the future chip coolant temperature

The Open Compute Project (OCP) and major silicon vendors (NVIDIA, AMD, Intel) collaborated on a white paper proposing a 30°C minimum coolant temperature standard for AI/ML hardware cooling. This stand…

AI and safety: How Vertiv embeds protection into every layer of the work

Reliable, ready future: Hydrogen fuel cells as backup power resource for AI data centers

Heat rejection cooling efficiency: Location, climate-based thermal management strategy

Beyond the compressor-less hype: Matching data center cooling technology to climate reality

Vertiv’s research debunks the myth that higher chip temperatures universally enable compressor-less cooling, emphasizing geography, ambient conditions, and water availability as critical factors. The …

Understanding fluid networks in liquid-cooled data centers: A complete guide

Designing liquid cooling infrastructure for scalability: Best practices for future growth

Vertiv published a guide on designing liquid cooling infrastructure for scalability, emphasizing oversized headers, modular components, and phased expansion to avoid costly retrofits. The article high…

Compass Datacenters and Vertiv industrialize the overhead layer for AI scale

Compass Datacenters and Vertiv deployed Vertiv SmartRun, an overhead prefabricated infrastructure system, to streamline data hall deployment for AI workloads. The standardized, factory-assembled syste…

The Vertiv view: Intelligent infrastructure’s Henry Ford moment

Vertiv and NVIDIA are collaborating to enable gigawatt-scale AI factories, where power, cooling, and compute are co-designed as a single system. Digital twin technology and prefabricated modules aim t…

Smarter resilience: Advanced maintenance and battery technologies powering next-gen data centers

Vertiv introduced EnergyCore Lithium battery cabinets featuring integrated battery management, real-time SOC/SOH monitoring, and compatibility with AI-driven power demands. The solution reduces footpr…