North Atlantic Networks

NAN provides access to the latest Ethernet technology with options for rate limiting, real time data commitments, flat rate and bursting and meshed applications. NAN can also provide legacy T1, NxT1 and T3 connectivity to those locations that do not have access to Ethernet or where it is cost prohibitive. NAN can provide MPLS networks across different technology and is not tied to any particular carrier when it builds it solutions. NAN is interconnected with all major carriers and can offer a solution using the best available and most cost effective resource across all of its carrier partners. NAN has data center facilities located in industry leading locations in Boston, Cambridge, Waltham and Marlboro, and has direct access to facilities throughout the United States. For those clients who also enjoy connectivity services with NAN, access speeds the the collocation centers are exceptionally fast and user access to cloud data will experience very low latency. Many clients who choose to keep some physical operations in-house also located resources in a NAN collocation facility for increased redundancy. As an Internet Services Provider we deliver more than Internet access. We provide a suite of IP and Cloud based services that allow you to leverage the latest technology and turn it into a competitive advantage. Instead of delivering bandwidth to solve your business issues, we deliver true IP and Cloud solutions designed to meet today's business challenges. You won't have to ask when it will be available, it's here now. Our focus on the core elements that today's businesses need has led to the development of NAN's 5 C's: Connectivity The foundation for communication must be reliable and efficient. NAN emphasizes a high-availability, redundant solution, using a cost effective backup link and automatic failover. Relationships with major carriers and technology solutions ensure NAN can provide 10G DIA and MPLS via Ethernet, legacy T1, NxT1 and T3 circuits, wireless links, or any combination thereof.