CyrusOne acquires Shell Building in Sterling, Virginia, to develop the facility Newsroom data

CyrusOne acquires Shell Building in Sterling, Virginia, to develop the facility Newsroom data -

CyrusOne (NASDAQ: CONE) announced the acquisition of a building shell Sterling, Virginia, which will be developed into a fully redundant colocation data center facility. The 129,064 square foot building is located close to other buildings CyrusOne data center in the sterling area.

The newly acquired Sterling building, located at 511 Shaw Road, would comprise of solid connectivity options with high bandwidth and high availability systems, and a number of metro and long-haul. The new colocation data center would be well suited for Fortune 1000 companies that require robust data center infrastructure for critical applications and want to locate in an area that is generally free of natural disasters. Financial details of the transaction are not disclosed.

"In a little over a month, we were able to rapidly identify a solution and buying a new shell building in a very limited market," said Kevin Timmons, chief technology officer (CTO), CyrusOne . "Given the unprecedented speed of our modular Massively engineering capabilities, we plan to build and commission a part of the building as a data center for client deployment before the end of the year. When customers require this type of large-scale withdrawal CyrusOne does not hesitate to identify a solution tailored to their unique needs in strategic infrastructure. It is this level of hyper-scale hyper-speed capability that allows large cloud companies and high-growth company today to meet rampant demand for IT expansion. "

CyrusOne operates the center over 30 neutral data carrier facilities throughout the United States, Europe and Asia to provide customers the flexibility and scale to meet their specific needs for IT growth . CyrusOne colocation data center facilities are designed to include the power density infrastructure required to deliver excellent availability, including architecture with the highest available power redundancy (2N).