Our servers are housed in world class facilities and connected to the Internet through multiple redundant high speed data lines provided by some of the largest backbone providers in the world ensuring data delivery to the end user in the fastest, most efficient manner possible.
- Dallas, Texas
The network used by our Dallas servers consists of 10G to NTT/Verio, 10G to Level3, 2G to AboveNet, 10G to Internap, 2G to Savvis, and10G to Global Crossing. - Chicago, Il.
The network consists of GigE connnections from Level(3), Savvis, AT&T, PCCW Global, nLayer, and TeliaSonera - New York, NY
The Voxel IP backbone connects major carrier hotels and our own datacenters with Ten Gigabit Ethernet circuits across a metropolitan dark-fiber network. By utilizing CWDM and DWDM wave-division technologies we have achieved the ultimate in scalability, allowing us to light additional wavelengths on-demand. - Atlanta, Ga.
Mzima Networks maintains one of the best networks in the world for latency-critical applications. Through utilization of Force10 Networks custom implementation of a smart-routing technology known as sFlow, Mzima's IP bandwidth delivers supreme route-optimization. - Los Angeles, Ca.
Mzima Networks maintains one of the best networks in the world for latency-critical applications. Through utilization of Force10 Networks custom implementation of a smart-routing technology known as sFlow, Mzima's IP bandwidth delivers supreme route-optimization. - Seattle, Wa.
OnFiber, ELI, and Sabey, three of the most financially healthy fibre carriers, provide our local private, redundant, SONET-ring based fibre transport circuits. - London, England
Our core network architecture is second to none utilising the highest quality equipment from Juniper, Foundry and Cisco. Setup in a fully redundant mesh it allows us to offer high availability and exceptional throughput to our end users. Diverse Fibre Rings to BT, Level3, and TycoTelecom.
All networks utilize Border Gate Protocol (BGP4) which is the standard that allows for routing of packets of information sent out from the server across the network using the best route available.



