Open Data Centers, LLC has announced that Sunesys, LLC is now available for both lit and dark fiber solutions from within its Piscataway, NJ data center facility. With simple, one-time only cross-connect fees, Open Data Centers carrier-neutral and friendly connectivity data center provides a network rich environment for higher education, health care, enterprise, and wholesale carrier verticals.
Piscataway, NJ serves as the location for carrier Points of Presence (POPs) in the New York metro market. With Sunesys’ highly reliable network now available from Open Data Centers’ facility, network connectivity serving the Southern NJ, Philadelphia, PA, Maryland and Delaware markets is accessible.
“With solutions ranging from 1Gbps to 100Gbps, we are proud to offer Sunesys’ robust layer 2 network connectivity as dedicated fiber strands or lit solutions to customers seeking colocation and data center services from Open Data Centers,” comments Larry Coleman, president of Sunesys. “Open Data Centers’ simple provisioning and robust facility offers an ideal connection to the Sunesys Northeast network of over 5,400 miles in Pennsylvania, New Jersey, Maryland, and Delaware.”
“Our objective in creating Open Data Centers was to create an ecosystem of carriers, service providers and end users that benefit from a friendly, highly stable, operating environment. By adding Sunesys to our data center, we have greatly enhanced our platform and we are excited about the breadth of communications options that Sunesys provides.”
Piscataway is centrally located in New Jersey, far from the shoreline, making its elevated location disinclined to flooding. The facility is protected from natural disasters and has diverse power feeds along with battery and generator power to ensure maximum uptime. Open Data Centers provides access to a wide variety of network providers through its managed meet-me-room facilities. Without any monthly recurring cross-connect fees, customers gain access to providers whose network reach goes North, South, East, and West from each point surrounding the area.