According to the latest market research report published by MicroMarketMonitor, the U.S. Data Center Equipment Market size is projected to grow from $155.6 billion in 2025 to $326.9 billion by 2030, recording a CAGR of 16.0% during the forecast period.

The U.S. Data Center Equipment Market is rapidly evolving into a critical national asset, encompassing advanced compute platforms, high-bandwidth interconnects, precision power delivery systems, and intelligent thermal management solutions. Growth is propelled by the exponential rise of generative AI and machine learning inference, which require specialized accelerators and dense server configurations to process massive datasets in real time.

Hyperscale operators are expanding multi-gigawatt campuses to support foundation model training, while enterprises modernize on-premises environments with hybrid cloud orchestration. Edge computing deployments, driven by 5G networks and IoT convergence, are decentralizing processing to urban peripheries and industrial sites, demanding compact, low-latency hardware stacks.

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Sustainability imperatives—mandated by corporate net-zero commitments and emerging federal guidelines—are accelerating adoption of renewable-integrated power systems and water-efficient cooling. Meanwhile, supply chain resilience has become a strategic priority, with operators securing long-lead components through forward contracts and co-investing in domestic manufacturing. The technology ecosystem thrives on convergence: software-defined networking optimizes physical layer performance, modular rack designs enable rapid scaling, and AI-driven facility management enhances energy efficiency.

This market not only powers innovation across industries but also generates significant economic multipliers—construction, engineering, and operations roles—while positioning the U.S. as the global hub for sovereign, secure, and sustainable digital infrastructure. As power availability emerges as the primary growth constraint, stakeholders must align capital, policy, and innovation to sustain momentum in this transformative era.

Precision Power and Liquid Cooling Lead Transformation in High-Density Data Center Operations

Power and Energy Systems, Thermal Management, and Infrastructure and Structural Materials—Power and Energy Systems represent the largest segment, anchored by uninterruptible power supplies (UPS) and diesel rotary UPS (DRUPS), which ensure zero-downtime continuity for mission-critical AI workloads. These systems integrate seamlessly with grid-scale batteries and backup generators, forming layered redundancy essential for hyperscale availability SLAs.

Thermal Management emerges as the fastest-growing segment, driven by direct-to-chip liquid cooling and immersion cooling platforms. As rack power densities exceed traditional air-cooling thresholds, liquid systems deliver superior heat dissipation, enabling sustained performance of next-generation GPUs and custom accelerators. Adoption is accelerating in AI-optimized facilities, where energy reuse and closed-loop designs align with corporate sustainability mandates.

Infrastructure and Structural Materials support this evolution through modular raised floor systems and hot aisle containment, reducing deployment timelines and enhancing airflow efficiency. Prefabricated structural components allow parallel construction, critical in markets with constrained labor pools.

The surge in AI training clusters—where single facilities consume power equivalent to small cities—necessitates robust power architectures with dynamic load balancing. Liquid cooling adoption is further propelled by water scarcity concerns in key regions, with closed-loop systems minimizing environmental impact. Modular infrastructure enables operators to scale incrementally, avoiding overprovisioning while maintaining flexibility for future chip architectures. Industry leaders like Vertiv and Schneider Electric have expanded liquid-cooled rack solutions to support 100+ kW configurations, validating the shift toward hybrid thermal environments. This segment’s growth reflects a broader transition from reactive facility management to predictive, AI-orchestrated operations.

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Hyperscale Dominance Meets Edge's Rapid Decentralization in Low-Latency Ecosystems

Hyperscale, Colocation, Edge, and Enterprise—Hyperscale is likely to continue to be the largest market by architecture, defined by massive, purpose-built campuses optimized for cloud providers and AI research. These facilities integrate custom silicon, high-radix networking, and software-defined infrastructure to achieve extreme scale and efficiency. While, Edge is expected to be the fastest-growing segment, fueled by micro data centers and telco-edge nodes deployed in metro areas and industrial environments. These compact, ruggedized systems support real-time AI inference for autonomous systems, smart cities, and AR/VR applications, requiring sub-5ms latency and resilient power. Colocation serves as a bridge, offering multi-tenant environments with shared power and cooling, while Enterprise modernizes legacy footprints with composable, hybrid-cloud-ready designs.

Hyperscale growth is sustained by trillion-dollar capex cycles from tech giants, with facilities designed for full-stack control—from chip to chassis. Edge expansion is driven by 5G densification and private network rollouts, with operators like Vapor IO and EdgeConneX deploying thousands of nodes annually. Colocation providers enhance offerings with AI-optimized cages and direct liquid cooling, attracting regulated industries. Enterprise demand rises from on-premises AI needs, with HPE and Dell offering modular, GPU-dense platforms for secure workloads. The convergence of hyperscale efficiency and edge agility is redefining architecture, with software orchestration unifying distributed environments. This segment’s dynamism reflects the broader democratization of compute—from centralized clouds to pervasive intelligence.

Northern Virginia Anchors National Footprint as Atlanta and Phoenix Surge on Power and Policy Tailwinds

Among regional segments—Northern Virginia (NoVa), Dallas-Fort Worth, Phoenix, Atlanta, Chicago, Silicon Valley/Northern California, and Others—Northern Virginia is the largest, hosting the world’s highest concentration of data center capacity, fiber density, and ecosystem density. Its proximity to policy, finance, and transatlantic cables cements its role as the East Coast digital gateway.

Atlanta is the fastest-growing region, driven by abundant power, tax incentives, and strategic connectivity between coastal landings and inland enterprises. Phoenix follows closely, leveraging solar resources, water-efficient cooling, and industrial land availability.

Dallas-Fort Worth, Chicago, and Silicon Valley maintain strong positions, while Others (e.g., Hillsboro, OR; Des Moines, IA) emerge via renewable access and lower costs.

NoVa’s dominance stems from decades of infrastructure investment, with operators achieving near-instant fiber provisioning and regulatory fluency. Atlanta’s ascent is powered by Georgia’s aggressive incentives and QTS/Switch expansions, with multi-gigawatt pipelines in development. Phoenix benefits from APS utility partnerships and liquid cooling compatibility in arid climates. Emerging markets like Central Washington and Iowa tap hydropower and wind, diversifying from coastal constraints. Regional strategies increasingly focus on power-first site selection, with operators securing PPAs years in advance. This geographic dispersion enhances resilience against natural disasters and supply disruptions, while fostering competitive innovation in cooling, power, and design.

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To enable an in-depth understanding of the competitive landscape, the report includes the profiles of some of the top players in the U.S. data center equipment market, including  WESCO International, Inc., Schneider Electric, Asetek A/S, Caterpillar Inc., Chatsworth Products, Inc., Dell Technologies Inc., Green Revolution Cooling, Inc., Hewlett Packard Enterprise Company, Proterial Cable America, Inc., Nexans S.A., Stulz Holding GmbH, Trane Technologies plc, Eaton Plc, Starline (Legrand), Panduit,  CommScope and  EAE USA.