ServePath uses multiple Tier 1 network providers for a choice of Internet backbone routes, with BGP routing to send your data out the fastest route possible. Our data center features multiple, redundant fiber routes for maximum network flexibility and reliability. All ServePath Dedicated Servers include a full 100 Mbps connection, private VLAN, and HSRP protection on the highest quality Screaming Fast Network™. Current Bandwidth Providers:
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The MCI UUNet network spans more than 4,500 Points of Presence (PoPs) throughout North America, Europe and the Pacific Rim, and is arguably the world's top Internet backbone. MCI's IP network maintains high levels of reliability with redundant and diverse paths to avoid single points of failure and provide optimal routing and traffic flow. MCI's state-of-the-art Network Operations Centers provide pro-active network monitoring and fault resolution 24 hours per day, 7 days per week.
ServePath is now peering with more than 37 other networks at Switch and Data's PAIX (Peering And Internet eXchange) in Palo Alto. PAIX is the largest commercial, neutral Internet Exchange point in the world, where major Telecom carriers, Internet providers, and content networks exchange Internet traffic.
The NTT/VERIO Network spans North America, Europe and the Pacific Rim, and is arguably Asia's top Internet backbone.
Level 3 operates the first global 10 Gbps (OC-192) seamless, redundant IP backbone. Level 3 has successfully constructed an international fiber optic communications network connecting Europe and the United Sates. A continuously upgradeable network with high-capacity, scalable peering interconnections ensures uncongested connectivity between the world's largest Internet backbone networks. The average latency is 40 milliseconds or less in all regions, with less than 1 percent packet loss.
The AboveNet backbone, a Tier 1, high-performance global optical IP network, has been optimized for scalability, survivability, performance, efficiency and manageability. The current AboveNet network consists of a set of sites interconnected in a partial mesh extended to accommodate a larger number of sites moving toward a two level hierarchy. This two level approach allows arbitrary scaling at either level according to various technological and business imperatives.