2026 年热门更新
2026年10月
- vertiv.com
BYOP implementation: Integrated planning for data center generation at scale
Vertiv published a white paper highlighting five critical success factors for implementing Bring Your Own Power (BYOP) in data centers, emphasizing integrated planning to preserve schedule advantages.…
- Contentvertiv.com
When grid constraints ask: Is BYOP right for your data center?
Vertiv published a white paper outlining a framework for evaluating bring-your-own-power (BYOP) solutions for data centers amid grid constraints. The paper compares BYOP against alternatives like phas…
- Executivevertiv.com
Vertiv appoints Michael Resha to lead global manufacturing and operational excellence
Vertiv named Michael Resha as Executive Vice President of Manufacturing, Logistics and Operational Excellence, signaling a strategic focus on scaling production and operational efficiency. Resha’s app…
2026年9月
- Contentvertiv.com
DCD AI Week 2026: From pilot to production – Matching enterprise AI workloads to infrastructure models
Vertiv’s Martin Olsen emphasized that enterprises are shifting AI from pilot to production, requiring infrastructure tailored to workloads like simulation, copilots, and agentic workflows. Key factors…
- Contentvertiv.com
DCD AI Week 2026: The AI data center operating model: Performance, flexibility, and future readiness
Vertiv's CTO Scott Armul and Tirias Research's Jim McGregor describe how AI workloads require data centers to operate as single computers, prioritizing tokens-per-second, liquid cooling, and 800 VDC. …
- Eventvertiv.com
Vertiv Week 2026:Converged Infrastructure for the AI Era
Vertiv announced Vertiv Week 2026, a five-day event in Zagreb, Croatia (September 21–25, 2026) centered on converged physical infrastructure for AI workloads. The event will feature summits, master cl…
- Acquisitionvertiv.com
Vertiv announces agreement to acquire King Environmental Services Ltd., expanding global fluid management services
Vertiv agreed to acquire King Environmental Services Ltd. (KES), a Europe-based provider of fluid management services, to expand its global critical digital infrastructure offerings. The deal aims to …
- Contentvertiv.com
Validating AI Factory design challenges with physical system-level testing
Vertiv argues that AI factory economics require validating entire physical systems—not just components—under real-world AI workloads. It introduces a closed-loop methodology combining virtual simulati…
- Contentvertiv.com
Serial consoles for driving AI factories’ uptime
Vertiv argues serial console servers are essential for AI data center uptime, as BMC-based tools fail during critical outages. A single hour of GPU cluster downtime can cost up to $5M, and Vertiv posi…
- Technicalvertiv.com
The 800 VDC decision: A practical guide for AI power architecture
800 VDC is emerging as a viable power architecture for AI workloads exceeding 350–400 kW per rack, enabling extreme density where traditional low-voltage AC fails. Hyperscalers and neoclouds are leadi…
- Integrationvertiv.com
Vertiv Coolant Distribution Unit qualified as NVIDIA DSX ready for AI factory infrastructure
Vertiv announced its 2.3 MW Vertiv CoolChip CDU has qualified as a NVIDIA DSX Ready CDU, enabling seamless integration with NVIDIA's AI factory infrastructure. This qualification supports high-perform…
- Eventvertiv.com
DCD Connect London 2026
Vertiv announced its sponsorship of DCD Connect London 2026, a two-day event (Sept 16-17, 2026) focused on Europe’s data center ecosystem. Vertiv will host a Business Lounge for networking and one-to-…
- Partnershipvertiv.com
Powering AI at scale: Pioneering load testing insights with ST Telemedia and Baudouin
Vertiv, ST Telemedia Global Data Centers, and Baudouin collaborated to test how AI workloads destabilize diesel generators and validate advanced UPS features that restore stability without harming bat…
- Featurevertiv.com
800 VDC: The next evolution of AI power architecture
Vertiv introduced 800 VDC as a solution to power delivery limits in AI racks, which now exceed 140 kW and are trending toward 600 kW. The 800 VDC sidecar architecture moves power conversion outside co…
- Contentvertiv.com
What if cooling wasn’t a single product, but a complete thermal chain?
Vertiv’s article emphasizes the shift from single-product cooling to integrated thermal chains to address AI-driven power density increases in data centers. It highlights hybrid liquid-air cooling, he…
- vertiv.com
Vertiv announces agreement to acquire UtilityInnovation Group to accelerate time to power for AI data centers
Vertiv agreed to acquire UtilityInnovation Group to accelerate power delivery for AI data centers. The deal aims to integrate UtilityInnovation’s expertise in power infrastructure with Vertiv’s existi…
2026年8月
- Featurevertiv.com
Why your liquid cooling investment needs dedicated power protection
Vertiv introduced the Liebert® APM2 UPS (20–600 kW) specifically for liquid cooling CDU pumps, addressing risks from power loss in AI data centers. The UPS features SiC converters, near-unity power fa…
- Contentvertiv.com
DCD AI Week 2026: Delivering power confidence for high-density data centers
Vertiv executives discuss how AI workloads are driving 10x power demand growth in data centers, forcing tighter integration of power and thermal systems. They explore solutions like onsite power gener…
- Technicalvertiv.com
DCD AI Week 2026: From blueprint to build - Designing smarter with reference architectures and digital twins
Vertiv and Dassault Systèmes highlight how AI factories require integrated design approaches using reference architectures, model-based systems engineering, and digital twins to validate interdependen…
- Contentvertiv.com
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…
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