What Vertiv shipped in 2026

Bring Your Own Power & Cooling (BYOP&C): An integrated approach to accelerate grid-to-chip deployment

Vertiv unveiled its Bring Your Own Power & Cooling (BYOP&C) model to address AI-era infrastructure bottlenecks, including triple-digit rack densities and multi-year interconnection delays. The approac…

Adaptive cooling solutions for hybrid data centers

Vertiv introduced the Vertiv™ CoolPhase Flex, the industry’s first hybrid packaged cooling solution integrating air and liquid cooling in a single unit. Developed with Compass Data Centers, it offers …

Low global warming potential (GWP) refrigerants​

Monitoring and management for liquid-cooled environments

Vertiv unveiled a centralized monitoring and management system for liquid-cooled AI data centers, unifying telemetry across rack, row, and site layers to enable automated responses and real-time optim…

When BMC fails: Out-of-band recovery for GPU infrastructure

The article highlights the limitations of BMC-based management tools for AI GPU clusters, where failures can render management tools inaccessible. It argues for dedicated serial console servers as a r…

415 V four-wire distribution: The smarter power standard for modern data centers

Redefining national defense with AI: Inside the Naval Postgraduate School’s AI infrastructure deployment

NVIDIA and Vertiv collaborated to deploy an AI infrastructure at the Naval Postgraduate School using NVIDIA DGX GB300 systems and Vertiv’s SmartIT module, enabling advanced AI workloads for national d…

Engineering the right heat rejection strategy: Insights from DCD Talks

Vertiv Cooling Innovation Day 2026: Lessons from a live colocation deployment

Vertiv introduced the Vertiv™ CoolPhase CDU 300, a modular liquid cooling solution, to retrofit live colocation facilities for AI workloads requiring 30–60 kW per rack. Deployed with US Signal, the CD…

Pushing data center limits with ST Telemedia and Baudouin: When AI workloads meet outdated critical power infrastructure

Vertiv, ST Telemedia Global Data Centres, and Baudouin formed a partnership to create AI-ready data center power infrastructure standards, combining their expertise in power continuity, production AI …

News details

Vertiv reported Q2 2026 net sales of $3.27B (up 24% YoY), adjusted diluted EPS growth of 60%, and adjusted free cash flow of $925M (up 234%). The company raised full-year 2026 guidance, projecting net…

Liebert® UPS Systems | Vertiv™ Uninterruptible Power Supplies

AI infrastructure moves from ambition to execution: Five conversations at DCD AI Week

Vertiv led a five-day DCD AI Week webcast series (July 27–31) addressing AI infrastructure execution challenges, including power density, system validation, enterprise workloads, and lifecycle operati…

From rack to data hall: The practical path to 800 VDC

Vertiv is developing an 800 VDC power architecture to address rising AI rack density, introducing the Vertiv™ PowerDirect 5000 sidecar (400–900 kW) to move power conversion out of racks and enable hig…

Dedicated IT cooling: Keepingservers reliable across industries

Vertiv Cooling Innovation Day 2026: End-to-end system design for high-density AI

Vertiv executives describe a shift to integrated, end-to-end system design for AI infrastructure, emphasizing coordinated power, cooling, and controls. Key changes include liquid cooling advancements,…

Vertiv Power Innovation Day 2026: Aligning power distribution, ecosystems and architecture for high-density environments

Vertiv’s Power Innovation Day 2026 panel emphasized the need for ecosystem-wide collaboration to address AI workloads' variable power demands, advocating for high-voltage DC (HVDC) architectures and s…

Beyond backup: Understanding the complementary roles of UPS and BESS

Vertiv Cooling Innovation Day 2026: Liquid cooling platform changes from design to deployment

Vertiv highlights its liquid cooling platform innovations to address AI-driven rack densities exceeding 100 kW, including standardized testing for CDUs, hybrid-to-full liquid cooling transitions, and …

Battery precision is the foundation of AI power stability

Vertiv argues that precise battery state-of-charge (SOC) and state-of-health (SOH) management is essential for AI infrastructure stability due to rapid power fluctuations from GPU workloads. Their Inp…