GPU Memory Localized Liquid Cooling Solutions Market to Reach USD 1.9 Billion by 2036; Hyperscale AI Leads Demand
The GPU Memory Localized Liquid Cooling Solutions Market is projected to expand from USD 487.3 million in 2026 to USD 1,903.9 million by 2036, registering a 14.6% CAGR during the 2026 to 2036 forecast period.
Demand for localized GPU and memory cooling solutions is rising as AI infrastructure moves toward higher accelerator density and liquid-native rack architectures. NVIDIA's GB200 NVL72 design, introduced in October 2024, requires 120 kW of rack cooling capacity and uses direct liquid cooling with rack manifolds and blind-mate connections. This development highlights how thermal management is becoming an integral part of compute platform design rather than a separate facility-level consideration.
Cooling architecture and heat rejection requirements are also influencing infrastructure investments. Direct-to-chip liquid cooling, cold plates, coolant distribution units (CDUs), and secondary-loop systems are increasingly considered together during rack deployment. As AI and high-performance computing workloads expand, data center operators are evaluating cooling solutions based on thermal performance, power efficiency, serviceability, and facility compatibility.
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Global Segment Leaders
- Direct-to-chip liquid cooling – 44.0%: Targeted heat removal at high-load components supports its adoption across GPU-intensive computing environments.
- Dry coolers – 29.0%: Closed-loop heat rejection and reduced dependence on evaporative cooling support demand for dry cooler systems.
- 251–500 kW rack density – 34.0%: Higher-capacity cooling requirements are encouraging operators to adopt liquid-ready infrastructure for denser AI deployments.
- Hyperscale AI – 48.0%: Large accelerator fleets and repeatable infrastructure programs support demand for integrated thermal management systems.
- Cooling OEM direct – 36.0%: Direct engagement with cooling specialists helps buyers coordinate liquid-loop design, technical qualification, and deployment requirements.
FMI Principal Consultant Sudip Saha said, “Localized GPU and memory cooling creates value when the supplier can prove the full thermal chain, not just one component rating. Buyers need predictable interfaces from the cold plate through the manifold and CDU to heat rejection, with commissioning responsibility clear before high-density AI racks arrive on site. Suppliers that reduce this qualification burden can convert new accelerator generations into repeat infrastructure programs.”
Country-Level Performance
- France | 15.6% CAGR: AI infrastructure investment and low-carbon electricity availability support opportunities for data center development and advanced thermal management solutions.
- UAE | 15.3% CAGR: Greenfield AI infrastructure projects create opportunities to integrate liquid cooling into facility designs from the planning stage.
- Saudi Arabia | 14.9% CAGR: Expanding AI and cloud infrastructure programs increase demand for cooling systems suited to high ambient temperatures and large-scale computing deployments.
- Japan | 14.6% CAGR: AI infrastructure expansion and coordination between electricity and telecommunications planning support investment in efficient data center cooling.
- South Korea | 14.3% CAGR: Government-backed AI capacity expansion and high-performance computing requirements encourage the development of advanced cooling infrastructure.
Regional Context
France records the highest CAGR among the six specifically profiled countries, with demand projected to grow at 15.6% through 2036. The UAE follows at 15.3%, supported by greenfield AI campus development, while Saudi Arabia is forecast to expand at 14.9%. Japan and South Korea represent important East Asian markets where AI infrastructure planning and power availability influence cooling investments.
European demand is shaped by data center investment, electricity considerations, and the need for efficient thermal infrastructure. France's expanding AI infrastructure ambitions create opportunities for suppliers offering liquid-cooling systems that can integrate with local facility requirements. In the Middle East, high ambient temperatures and large-scale infrastructure projects increase the importance of closed-loop cooling and suitable heat-rejection technologies.
The United States remains a significant market, supported by its established data center base and ongoing AI infrastructure investments. Retrofitting existing facilities creates additional technical requirements, particularly where cooling upgrades must work with existing electrical and mechanical systems.
The full report covers North America, Latin America, Western Europe, Eastern Europe, East Asia, South Asia and Pacific, and Middle East and Africa, with more than 25 additional countries included in the complete analysis.
Competitive Landscape
The companies profiled in the GPU Memory Localized Liquid Cooling Solutions Market include JetCool, Vertiv, Boyd, and nVent.
Competition centers on direct-to-chip cooling capabilities, cold-plate performance, coolant distribution, CDU integration, heat rejection, commissioning support, and the ability to deliver repeatable thermal solutions across AI infrastructure deployments. Suppliers are positioning their portfolios around different parts of the liquid-cooling chain, from component-level heat capture to rack and facility integration.
JetCool focuses on direct-to-chip cooling and integrated rack deployment solutions. Vertiv participates across thermal management and critical infrastructure, including liquid-cooling distribution and facility integration. nVent provides rack-level and facility liquid-cooling infrastructure, while Boyd has developed cold-plate and liquid-loop capabilities for high-performance computing applications. Boyd's Thermal business became part of Eaton following the acquisition completed in March 2026.
Recent developments reflect a shift toward integrated deployment models. In June 2026, JetCool introduced a liquid-cooled Dell PowerEdge XE7745 solution featuring SmartPlate direct-to-chip cooling, rack infrastructure, CDUs, commissioning, and maintenance. The offering demonstrates how suppliers are combining cooling hardware with technical support and deployment responsibilities.
Vertiv's April 2026 acquisition of Strategic Thermal Labs expanded its liquid-cooling engineering capabilities, including cold-plate design and high-density thermal validation. Meanwhile, Eaton's acquisition of Boyd Thermal strengthened its portfolio of liquid-cooling components and systems for data center applications. In July 2026, nVent announced a new manufacturing facility in Blaine, Minnesota, aimed at supporting demand for data center liquid-cooling solutions.
The market is supported by increasing accelerator heat density and the integration of thermal management into rack-level engineering. However, the need to validate cold plates, manifolds, CDUs, coolant chemistry, controls, and facility interfaces can complicate adoption. Factory-tested rack packages, modular liquid-cooling systems, and water-conscious heat-rejection solutions represent opportunities for suppliers seeking to simplify deployment and reduce engineering requirements.
GPU Memory Localized Liquid Cooling Solutions Market – Key Market Dynamics
Driver: Increasing GPU and memory heat density is moving thermal management closer to high-performance computing components, accelerating demand for direct-to-chip cooling and liquid-native rack architectures.
Restraint: Integration and qualification requirements across cold plates, manifolds, CDUs, coolant chemistry, controls, and facility interfaces can increase deployment complexity and delay adoption.
Opportunity: Factory-tested rack packages, warmer coolant loops, dry coolers, and modular heat-rejection systems create opportunities to expand liquid cooling across hyperscale, colocation, and enterprise data centers.
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About Report
The GPU Memory Localized Liquid Cooling Solutions Market Report provides an in-depth assessment of market size, growth forecasts, segment performance, country-level opportunities, competitive developments, and emerging demand patterns. The analysis covers cooling architecture, heat rejection and secondary loops, rack density, data center type, route to market, and regional performance from 2026 to 2036.
Future Market Insights (FMI) is a leading provider of market research and consulting services, offering syndicated and customized research across industries including Packaging, Chemicals and Materials, Consumer Products, and Technology.
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