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Triatma E-Services is connected to
a national backbone in Fremont, CA that is ranked among
the top in the nation. Connections ranging from OC3s
(155Mbps) to gigE (1,000Mbps) connect several major
exchange points, (including MAE-West in San Jose, CA;
PAIX in Palo Alto, CA; AADS in Chicago, IL; NYIIX in
New York, NY; and MAE-East in Vienna, VA) forming rings
around the nation. Direct peering agreements with private
and public providers directly at the exchange point
level ensure optimum speed, performance and network
uptime.
The backbone's self-healing network
architecture virtually eliminates a single point of
failure. In addition to the backbone, there are also
backup transit from multiple providers in multiple
locations to ensure that your data will arrive via
the shortest possible routes. Because of the backup
transit and the many international peers, our network
maintains the shortest routes for sending your data
all over the world. On an ongoing basis, top fiber
carriers are being added on for new routes and additional
backup transit providers.
Peering arrangements in the Fremont
facility include the following exchanges. This network
is ever-growing as more carriers are made available:
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MAE-West in San
Jose (100Mbps FDDI,155Mbps OC3 ATM)
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MAE-East (100Mbps
FDDI,155Mbps OC3 ATM)
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AADS in Chicago
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PAIX in Palo
Alto (1000Mbps Gigabit Ethernet)
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NYIIX in New
York (100Mbps Fast Ethernet)
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MAE-East in Vienna
-
Level3 Communications
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Sprint
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MCI WorldCom
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Frontier
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Pac Bell (155Mbps
OC3 ATM)
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AADS (Ameritech)
(155Mbps OC3 ATM)
The entire network is fully switched
and utilizes the Border Gateway Protocol Version 4
(BGP4) over Cisco 12000 series GSR routers. This ensures
that bandwidth can be routed through the best available
carrier giving you seamless connectivity at the same
time. We always update the router's IOS after we have
stress tested the latest IOS on a non-critical router,
to make sure it is very stable. The switch that your
equipment will ultimately be connected to is connected
back to a core router via fiber.
The self-healing network architecture
virtually eliminates a single point of failure. In
addition to the backbone, in place is a backup transit
from multiple providers in multiple locations to ensure
that data will arrive via the shortest possible route.
Because of the backup transit and the many international
peers, the network maintains the shortest routes for
sending data all over the world. On an ongoing basis,
negotiations take place with the top fiber carriers
for new routes, additional backup transit providers,
and updated peering relationships are always being
added.
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