Service

Dallas Colocation Hosting

Professional colocation hosting in Dallas's premier datacenter. Experience enterprise-grade infrastructure, central US connectivity, and 24/7 support for your mission-critical systems.

Building

263,700+ sq ft facility located at 14901 FAA Blvd, Dallas. Features 36 inch raised floor and 18 foot ceiling height clearance, fully compliant with HIPAA, PCI-DSS, SOC I, and SSAE18 standards.

Connectivity

Dark fiber connection to Dallas Infomart providing access to any Tier-1 carrier. Carrier neutral facility with fiber, copper, coax cross-connects and multiple fiber optic service providers with dual/diverse feeds.

Power

40MW Generator Capacity (N+1+1) with 15MW UPS Capacity (N+1). 7,510 Tons Cooling Capacity (N+25%) designed for high-density deployments. VESDA early warning detection system ensures maximum reliability.

Remote Hands

24/7 on-site technical support with certified datacenter technicians. Quick response times for hardware maintenance, cable management, and emergency troubleshooting services.

Choose Your Ideal Hosting Solution

Browse our plans

Servers for Rent to Own / To Buy

We can also migrate your hardware!

Need to relocate your existing infrastructure to Dallas? Our team provides complete hardware migration services with minimal downtime. We handle everything from secure transportation to rack installation and testing in our Dallas facility.

Our Locations

Global Performance

Experience our enterprise-grade anycast network with ultra-low latency worldwide. Our redundant infrastructure ensures maximum uptime and lightning-fast performance across all locations, delivering your content at the speed your business demands.

World Map

Dallas Colocation FAQ

Got questions about Dallas Colocation?

Everything you need to know about our Dallas Colocation hosting services.

General inquiries

New to colocation? Start here.

General inquiries

New to colocation? Start here.

Why is Texas an ideal location for colocation or bare metal?

Texas stands out as an optimal location for colocation and bare metal hosting due to its strategic advantages in connectivity and infrastructure. With a thriving telecommunications ecosystem and access to numerous undersea fiber-optic cables, Texas data centers offer unparalleled connectivity to large markets across North America and beyond. Additionally, Texas benefits from a stable business environment and favorable regulatory climate, making it an attractive destination for businesses seeking reliable and scalable hosting solutions.

Does Texas have a good climate for data center colocation?

Texas generally experiences favorable climate conditions, providing a conducive environment for data center colocation. While extreme weather events like hurricanes are a potential concern, data center builders and operators in Texas have invested in robust infrastructure and comprehensive disaster preparedness plans to mitigate risks. Additionally, Texas boasts a resilient power grid and reliable utility services, further enhancing the suitability of the region for data center operations.

Are there data centers in Texas?

Texas is home to a thriving ecosystem of data centers, catering to diverse industries and business needs. With a significant presence of major providers and facilities equipped with state-of-the-art infrastructure, Texas offers a wide range of options for businesses seeking reliable hosting solutions. Whether located in urban centers or strategic regions across the state, Texas data centers provide high-speed connectivity and scalable services to meet the evolving demands of businesses.

What is the Texas Internet Exchange (DE-CIX) and what are the benefits of peering?

The Texas Internet Exchange (DE-CIX) serves as a vital hub for internet traffic exchange, facilitating seamless connectivity and enhanced network performance. By peering at DE-CIX, businesses can establish direct connections to local and regional networks, reducing latency and improving data transfer efficiency. Moreover, peering at DE-CIX enables businesses to optimize their network architecture, enhance redundancy, and reduce reliance on costly transit providers, resulting in improved reliability and cost savings.