Speed to Market
Numerous Network Carriers
Close to IAH Airport
Ability to Expand Data Center
Design Flexibility
HOU1 – Houston Data Center
| Capacity | |
|---|---|
| Utility | 670MVA |
| IT | 410MW |
| Building | 350,000 SF |
| Halls | 8 at 17,500 SF |
| Density | 300 W/SF |
| PUE | 1.35 |
| Cooling | N+1 Configuration |
| Connectivity | |
|---|---|
| Telcos | 7 |
| MMRs: | 2 |
| Carriers | Arelion, CenturyLink, Crown Castle, Level 3, Metro, Sprint, Windstream |
Why Houston?
Serverfarm chose Houston for its strong economy, skilled workforce, and central location, making it a natural fit for hyperscale data centers. As one of the largest metro economies in the U.S., Houston provides a business-friendly environment and proximity to critical energy resources, enabling rapid growth for the tech sector. The city’s strategic position as a leader in digital and energy transformation aligns perfectly with Serverfarm’s goals of supporting innovation and expanding our U.S. footprint.
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What makes Houston data centers such a hot ticket?
It starts with proximity to fiber networks in the area.
DMaaS
As the global leader in DMaaS (Data Center Management as a Service), Serverfarm offers a robust data center management solution delivered through our award-winning cloud-based platform, InCommand. This DMaaS solution is a fully integrated service overseen and operated by trained experts in data center infrastructure and management.
Serverfarm’s DMaas powered by InCommand provides clients with remote access into their mission-critical infrastructure and data center assets. InCommand provides an FM NOC, offering consolidated alerts and alarms to streamline intelligent prioritization and resolution tracking. DMaaS powered by InCommand provides limitless room for clients to scale and innovate.
Sustainability
Serverfarm is doing our part to mitigate climate change, all while meeting our clients’ increasing capacity demands, by choosing to acquire and modernize existing facilities rather than build new. Reusing existing real estate helps to eliminate the carbon emissions required for a standard new construction building, resulting in a modeled 88% embodied carbon emission reduction. Buildings and construction directly represent around 39% of all annual global greenhouse gas emissions, so reducing the carbon produced by developing new buildings is an essential component to mitigating our global climate crisis.
