Businesses today demand high-density colocation to handle complex workloads and growing computational needs. Datacenters.com provides direct access to industry-leading data center providers offering high-power density racks, advanced cooling solutions , and hyperscale-ready colocation. Whether you need a custom private suite, multi-megawatt deployment, or an AI-optimized environment, our platform simplifies the process of sourcing and securing top-tier facilities.
With a robust network of high-density data centers worldwide, we empower enterprises, hyperscalers, and cloud providers to operate at peak efficiency. Our wholesale colocation solutions ensure scalability, cost-efficiency, and future-ready infrastructure to support AI, machine learning , and high-performance computing (HPC) workloads.
Choosing high-density colocation offers unparalleled advantages, including:
Datacenters.com connects businesses to high-density colocation designed for:
From a single high-power rack to a fully customized high-density data center suite, we deliver tailored solutions that enhance efficiency, scalability, and security.
At Datacenters.com, we simplify the search for high-density colocation with access to the world's most advanced data centers. Compare, source, and secure powerful, scalable colocation with ease.
Power your most demanding workloads with Datacenters.com - The Leading Marketplace for High-Density Data Center Colocation. Contact us today!
High-density colocation typically refers to power loads above 10 kW per rack, whereas standard colocation generally supports 2-6 kW per rack. It requires advanced cooling systems, optimized power distribution, and infrastructure designed to support high-performance computing (HPC), AI workloads, and enterprise-scale applications.
High-density colocation facilities should offer 10 kW to 100 kW per rack. Ask about power per square foot and whether they provide scalability for future growth. Confirm if they offer customized power deployments, such as liquid-cooled racks or high-density power circuits.
Traditional air cooling can struggle with loads above 15-20 kW per rack, so advanced cooling options include:
Ask about their Power Usage Effectiveness (PUE) to ensure energy efficiency.
Redundancy should be at least N+1, with some providers offering 2N or 2N+1 configurations. Confirm backup power capabilities (UPS systems, on-site generators, and fuel reserves). Ask about the provider's historical uptime (preferably 99.999% or higher) and Service Level Agreements (SLAs).
Carrier-neutral facilities provide access to multiple ISPs, fiber providers, and direct cloud on-ramps. Ask about low-latency connectivity options for AI, financial trading, and real-time applications. If needed, check for dedicated dark fiber connections or interconnection hubs.
AI and HPC require high-density power and cooling, as well as low-latency, high-speed networking. Ask if they offer GPU-optimized infrastructure and direct cloud interconnections for AI workloads. Confirm compatibility with liquid cooling solutions (essential for NVIDIA H100, A100 GPUs, and AMD Instinct MI300).
Security measures should include:
Pricing is typically based on power usage (per kW), rack space, cross-connects, and remote hands services. Ask about hidden fees: setup costs, additional power circuits, cooling charges, and network connectivity. Calculate the ROI of colocation vs. on-premises hosting, factoring in power efficiency and operational savings.
Can the provider scale from 10 kW to 50 kW per rack if needed? Do they offer modular power upgrades and scalable cooling solutions? What is the timeline for provisioning additional power, space, and network capacity?
Many enterprises prioritize green energy and sustainability in colocation decisions. Ask if the provider uses 100% renewable energy (solar, wind, hydro). Check Energy Star, LEED, and carbon-neutral certifications. Assess cooling efficiency, such as free cooling or liquid cooling, to reduce energy consumption.
High-density environments often require remote hands support for hardware installation, troubleshooting, and maintenance. Check if they offer monitoring services, custom SLAs, and dedicated account management. Evaluate their incident response times and support availability (24/7 NOC services recommended).
Wholesale colocation typically requires multi-year contracts (3-10 years), but flexibility is key. Ask about scalable pricing models (pay-per-kW, burstable power options). Clarify exit clauses, early termination fees, and migration assistance if needed.