Colocation Services for Computationally Intensive, Non-Mission Critical Applications
The increased demand for computing power has driven interest and the need for modular data center facilities. The flexibility in this type of design provides infrastructure and operational leaders with confidence as they look to support growth initiatives while managing costs rather than investing in expensive company-owned data centers.
- Reduce your CapEx while making your OpEx predictable and affordable
- Alleviate the need to staff, operate and maintain your own infrastructure
- Mitigate risk and scale faster in reliable, U.S.-based facilities
Compute North delivers scalable, fast deployment data center solutions that offer organizations an alternative to traditional data center facilities. Bringing together hyperscale and edge data centers into a new hybrid concept that is more efficient, our modular data center infrastructure is scalable and agile to support your applications for machine learning, artificial intelligence, IOT, big data and more.
Applications are being designed that don’t require cloud, hyper-scale redundancy or higher tier data centers, so why pay for more than you need?
With a repeatable design, it is easy to meet customer demand and scale operations. As customer needs evolve, Compute North can respond quickly and develop the next phase of a customer infrastructure project in a few months versus a few years.
Containers are available for dedicated company use or can be shared units for maximum flexibility.
Each colocation site is strategically located close to reliable and cost-efficient power sources. This, combined with containers built to optimize the power and heat management in a tightly integrated framework, helps ensure an ideal environment for high-computing needs.
Compute North data center campuses reduce energy and OPEX waste. Our strategically designed containers deliver an average Power Usage Efficiency (PUE) of 1.05, integrated fans and racking system for efficient heat management and allow design flexibility.