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It's all about the network.

OUR DESIGN IS SIMPLE We're building a 1 Terabit capable network with connections to every major network peering point imaginable. Just take a look at the network diagram below to see the network we've already put in place today!

AN UBER NETWORK FOR UBER BANDWIDTH The Uber Bandwidth IP network boasts better than carrier class topology designed for 100% uptime, low latency and high capacity that is hard to find anywhere else. Listed at the right are the two key elements of our IP network infrastructure design:

(click diagram above to enlarge)

UNSURPASSED NETWORK CAPACITY, SPEED AND PERFORMANCE

Direct, leased fiber from POP to POP
10 and 40 Gigabit wavelengths between POPs
240 Gigabit backbone with capacity for 1 Terabit
Private and public peering at every POP
Multiple Tier-1 Transit providers at all POPs
Hundreds of Peering relationships in multiple locations
- TIE - Atlanta
- TIE - New York (May 2011)
- NYIIX - New York
- LINX - London
- AMS-IX - Amsterdam
- ANY2 - Los Angeles
- SIX - Seattle (May 2011)
- Equinix Ashburn/Washington D.C. (Apr 2011)
- Equinix Chicago (May 2011)
- Equinix San Jose (May 2011)
Internet route optimization platform to optimize Internet routing for the shortest path from point A to point B and to dynamically route around congestion and packet loss on third-party networks.
Native IPv4 and IPv6

PARALLEL, REDUNDANT, MULTI-TIERED NETWORK

Redundant Cisco ONS 155xx for fiber transport
Redundant Cisco 76xx routers for BGP peering
Redundant Cisco 65xx switches for distribution

NETWORK TEST INFORMATION

AS Number: 36167

Atlanta, GA: 67.23.161.2 - Test File

Asheville, NC: 67.23.161.1 - Test File

Los Angeles, CA: 216.59.54.1 - Test File