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AI-native infrastructure

AI data centers

Tap into Eagle Mountain's AI-native edge data centers, built from the ground up for AI workloads and positioned closer to your data and your customers.

Eagle Mountain data center server racks

Powering AI at the edge, at scale

Traditional data centers were built for general-purpose workloads. Eagle Mountain AI data centers are built for AI: high-density GPU clusters, liquid cooling, low-latency networking, high-throughput storage, and the operational expertise to keep it all running in production.

0.68 ms

Ultra-low latency processing

100x

Inference acceleration

98%

Sustained hardware utilization

86%

Efficiency gain

Infrastructure built for where AI is going

AI is moving at a relentless pace. Eagle Mountain data centers are built to absorb that pace, scaling to new capacity, new edge locations, and new hardware generations before demand forces the issue, so your team competes on models, not timelines.

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Latest NVIDIA GPUs

Access the latest NVIDIA GPUs on bare metal for training and inference, including pre-deployed NVIDIA GB300 clusters that provide turnkey AI compute capacity. BlinkAI compute and TriCore telemetry give you performance and full visibility into every cluster.

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Edge coverage

Eagle Mountain operates edge AI factories that bring compute closer to where your data lives, including our fully energized Anaheim data center. LitePulse low-latency, high-bandwidth fabrics connect seamless multi-node clusters.

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Built for efficiency

Eagle Mountain data centers are engineered specifically for AI workloads, with up to 98% sustained hardware utilization and an 86% efficiency gain, so your investment goes further without sacrificing performance.

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AI data center locations

We're built for this

Eagle Mountain AI data centers are expanding across edge locations, bringing high-density AI capacity closer to the customers and communities that need it.

Liquid cooling

Eagle Mountain deploys high-density, liquid-cooled data centers. Direct liquid cooling removes heat far more efficiently than air, keeping modern GPU clusters at peak performance while reducing energy use.

Rack density

Density isn't a nice-to-have. It's a requirement for AI. Modular NVIDIA Blackwell clusters demand large, tightly packed racks, and our facilities deliver the power and footprint to run them without compromise.

High-performance networking

NVIDIA Spectrum-4 and Quantum InfiniBand fabrics eliminate networking bottlenecks, delivering the throughput and low latency that multi-node training and inference workloads demand.

Accelerated storage

Fast models need fast data. Store20 high-density, custom scalable storage architectures keep intensive AI data pipelines fed, so GPUs spend their time computing instead of waiting.

Direct access to onsite experts

Great infrastructure doesn't run itself. Swift IQ managed services provide turnkey infrastructure management, with experienced engineers working alongside your team to eliminate operational friction.

Uncompromising security

Security isn't a feature. It's a requirement. Eagle Mountain enforces rigorous physical and digital security protocols across every facility, preventing unauthorized access and protecting your data and applications at all times. The LumaCore platform adds observability, security, and ML tooling so you stay in control of your environment from end to end.

Frequently asked questions

What makes Eagle Mountain the right infrastructure for inference and training?

Eagle Mountain AI data centers are purpose-built for the demands of AI workloads, from a single GPU to large multi-node clusters. High-density NVIDIA compute, liquid cooling, InfiniBand networking, and accelerated storage work together so training runs finish faster and inference stays responsive at the edge.

What does "AI data center" actually mean?

Traditional data centers were designed for general-purpose workloads and retrofitted to handle AI. An AI data center is designed around AI from day one: dense GPU racks, the power and cooling to support them, high-bandwidth networking, and software built to keep clusters healthy.

How does Eagle Mountain approach efficiency in its data centers?

AI at scale generates real heat and real energy demand. Eagle Mountain designs for that from the start, using liquid cooling and sustained high hardware utilization so more of every watt goes directly into your workloads.

Why run AI workloads at the edge?

Placing compute closer to where data is created and where your users are cuts latency, which matters for real-time inference and agentic AI. Eagle Mountain edge AI factories bring GPU capacity near your customers without sacrificing scale.

Why does Eagle Mountain use liquid cooling in its AI data centers?

AI workloads generate significantly more heat than general-purpose compute. Air-cooled infrastructure can't keep pace with the latest high-density GPU platforms, so liquid cooling keeps hardware at stable temperatures and performance consistent.

Purpose-built AI infrastructure, proven at scale

Eagle Mountain AI data centers deliver the performance, reliability, and scale the world's most demanding AI workloads require, built responsibly and built to perform.