Engineers’ frontiers learning brings together expert knowledge and real-world design experience in short, on-demand modules built for consultants.
Each session focuses on practical; insights into today’s most critical data center challenges — including AI workloads, power density, cooling strategies, and evolving infrastructure requirements.
Learn in minutes, not hours, and explore content designed to support informed, real-world decisions.
Learning modules
A comprehensive approach to AI infrastructure challenges
Each episode explores a key element of AI-ready data centers, from design drivers and compute power trends to advanced cooling strategies (liquid-to-air, liquid-to-liquid, liquid-to-refrigerant), power flexibility and modular deployment. Learn at your own pace and gain the practical insights you need to confidently guide your clients through the evolving AI landscape.
Master the new data center power train
Gain insider insight into the real challenges shaping modern data centers: extreme power density, fluctuating AI loads, energy availability, sustainability pressures, and the race for faster deployment. More importantly, you’ll learn how leading solutions, from advanced UPS systems and energy storage to modular, prefabricated infrastructure and alternative power strategies are redefining what’s possible.
Modern Datacentre White Space Infrastructure for High-Density Workloads
In this series, we explore the infrastructure strategies shaping the future of data centers, from cooling technologies and rack power architectures to monitoring, leak detection, and reference designs. Whether you are designing for AI workloads, High-Performance Computing (HPC) environments, or future-ready facilities, these short technical sessions deliver practical insights to support your infrastructure decisions.
Webinar series
This webinar will give an overview of Vertiv’s pre-engineered solutions offer as an easier and faster option to deploy AI infrastructure: from rack solutions to entire prefabricated modular data centers, from end-to-end retrofits solutions to new builds of any scale. Explore the complete portfolio of power, cooling and service solutions that solve the complex challenges arising from the AI revolution.
Generative AI is increasing computational requirements and demanding new, efficient, and complex GPU/accelerator hardware with ever increasing thermal design powers. What future thermal management requirements are expected to be needed? Can immersion cooling, direct-to-chip or any derivative of liquid cooling meet such needs? Join this webinar to learn more about the adoption and development of new technologies.
Solutions for high density: Thermal Management
Liquid cooling technologies play a critical role for meeting the growing thermal demands of AI-powered data centers, enabling enhanced efficiency and sustainability across the entire cooling chain, from efficient in-rack cooling to external heat rejection. The deployment and commissioning activities of those cooling technologies are no second in importance to enable the future era of compute power at scale.
Building AI factories for the next industrial revolution
Bold solutions are required to transform established approaches to data center design to support the next wave of AI factories. In this session, Vladimir will share the technologies and real-life examples driving changes in digital infrastructure. Expect practical insights and a fresh perspective on what’s next in the evolution of AI-ready data centers.
The design of critical power infrastructure is evolving, driven by three closely interrelated factors: AI workloads, power availability, and sustainability. This webinar will provide an overview of the emerging challenges introduced by AI, examine the ongoing evolution of powertrain design and present potential solutions, including dynamic power management and advanced UPS features tailored to AI applications.
Whitespace solutions for high density computing
The intensifying demand for AI and advanced computing fundamentally redefines data center infrastructure. This webinar emphasizes why understanding the roadmap of several GPU/CPU manufacturers like NVIDIA and Intel is vital for anticipating future high-density needs. We'll examine their significant impact on the whitespace in terms of physical dimensions, power distribution, and cooling, and the requirement for innovative integrated rack solutions. Discover how the Vertiv 360AI reference designs help you ensure reliable performance in these high-density environments, reduce engineering costs and save onsite delivery time.
Tech talk shorts
Chilled water systems built for high density
Make chilled water work in tight spaces, varied climates, and high-efficiency setups, guided by George Hannah, Senior Director for Global Chilled Water Systems, expert in high-density chilled water systems and lifecycle facility support.
Heat rejection in high-density facilities
Overcome cooling limits with adaptable, climate-aware systems like Vertiv CoolLoop Trim Cooler, presented by Alessandro Zerbetto, Senior Manager for Product Management - Global Direct Expansion Solutions, specialized in high-density heat rejection and climate-conscious cooling solutions.
Cooling the heat revolution of AI growth
AI workloads drive power density to extremes, challenging traditional cooling methods. In this Vertiv Tech Talks short, Enrico Miconi, Senior Manager of Product Management for Global Chilled Water Solutions at Vertiv, explains how data centers are evolving with hybrid cooling strategies that combine air and liquid systems.
Meeting global cooling challenges with chilled water systems
In this Vertiv™ Tech Talks short, Nicola Gattolin, Global Product Manager for Chilled Water Systems at Vertiv, discusses how global cooling strategies must adapt to regional requirements while maintaining consistent performance and reliability.
Navigating the rise of rack densification
Manage 100–150 kW racks safely with liquid and hybrid cooling, explained by Ben Smith, Vice President for Global Thermal Direct Expansion Systems, expert in data center thermal design and AI workload cooling.
Cooling at speed: Performance at pace
Fast cooling deployment for data centers requires meeting strict implementation timelines while maintaining high-quality cooling infrastructure. In this Vertiv™ TechTalk short, Carlos Elizondo, Product Specialist at Vertiv, explains how Vertiv™ CoolPhase technology addresses this challenge through factory integration and pre-engineered systems.
Optimizing data center cooling efficiency for AI
Madeline Hoffman, Offering Specialist at Vertiv, explains how optimizing chilled water temperatures, improving free cooling utilization, and aligning system components can reduce energy consumption and total cost of ownership.
5 ways DX cooling can help reduce TCO | Vertiv™ TechTalks
In this Vertiv™ TechTalks video, Marco Fusca, Product Manager for Global Direct Expansion Systems at Vertiv walks through how DX cooling can help reduce data center TCO. He outlines a simpler, modular approach to cooling infrastructure built for edge and small-to-medium data center environments.
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