• Rock Solid Infrastructure
  • Fully Managed Network
  • Fully Redundant, multiple connections to diverse backbones for uninterrupted bandwidth
  • Fully Redundant Essential Hardware, including Cisco and Juniper Routers, Foundry Load Balancers and Cisco & Extreme Switches
  • Gigabit Fiber Optic Infrastructure
  • State of the Art DataCenter - Our world-class facilities feature raised floors, HVAC temperature control systems with separate cooling zones, and seismically braced racks. They offer a wide range of physical security features, including state-of-the-art smoke detection and fire suppression systems, motion sensors, and 24x7 secured access, as well as video camera surveillance and security breach alarms. Within these facilities, DataPipe delivers high levels of reliability through a number of redundant subsystems, such as multiple fiber trunks from multiple sources, fully redundant power on the premises, and multiple backup generators. Take a short tour of our Data Center.
  • Easy scalability and bandwidth on demand
  • Network Performance Guarantee
• Under Utilized Bandwidth. We do not try to get by or keep our costs low by pushing our bandwidth to the limit. Even during peak usage more than 70% of our bandwidth is available and unused. That means speed, speed & more speed for your site!
• This Powerful Infrastructure enables us to support bandwidth-intensive applications such as electronic commerce and application service hosting. We offer you a single-source for end-to-end Internet solutions with expert technical staff monitoring customer applications and equipment 24 hours a day, seven days a week.

 

Intelligent Routing - BGP -Border Gateway Protocol
As with any routing protocol, BGP maintains routing tables, transmits routing updates, and bases routing decisions on routing metrics. The primary function of a BGP system is to exchange network-reachability information, including information about the list of autonomous system paths, with other BGP systems. This information can be used to construct a graph of autonomous system connectivity from which routing loops can be pruned and with which autonomous system-level policy decisions can be enforced.

Each BGP router maintains a routing table that lists all feasible paths to a particular network. The router does not refresh the routing table, however. Instead, routing information received from peer routers is retained until an incremental update is received. BGP devices exchange routing information upon initial data exchange and after incremental updates. When a router first connects to the network, BGP routers exchange their entire BGP routing tables. Similarly, when the routing table changes, routers send the portion of their routing table that has changed. BGP routers do not send regularly scheduled routing updates, and BGP routing updates advertise only the optimal path to a network. BGP uses a single routing metric to determine the best path to a given network. This metric consists of an arbitrary unit number that specifies the degree of preference of a particular link. The BGP metric typically is assigned to each link by the network administrator.

The value assigned to a link can be based on any number of criteria, including the number of autonomous systems through which the path passes, stability, speed, delay, or cost. We ulitize BGP, to provide intelligent, failsafe routing. When one of our providers has network issues which may cause connections to slow down, we route your customers to the fastest available connection, to ensure maximum connection speed and virtually eliminate down time.