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TurnKey Internet utilizes the best of breed and latest in network equipment such as Juniper routers for our edge connectivity and Cisco switches and routers for our core network and customer connectivity. Using the best of breed in network equipment ensures the absolute best performance and reliability available in the industry today and helps protect you from remote security intrusions and denial of service attacks. TurnKey Internet utilizes multiple redundant network connections, in each of our multiple Data-Centers located across the United States and Europe. We offer a unique 100% availability proposition to both the enterprise business and small to medium size business client by leveraging our geographically diverse data-centers coupled with our redundant capacity in each facility. No longer can something such as a natural disaster or regional black-out take you out of business when you host with TurnKey Internet's GeoHost™ services. TurnKey Internet is among the few Data-Center and hosting providers that maintain their own facilities with BGP4 routing architecture to provide high availability and 'shortest path' methodology to Internet traffic. This means we are not impacted the same way that most providers might be during Internet crashes, peak usage congestion, or regional outages - and this lets TurnKey Internet distribute traffic in ways to best ensure the fastest speed, lowest latency and highest quality for you and your audience.
The New York facility is directly connected at gigabit speeds to the primary network which consists of multiple OC192 (9.6 Gbit each) diverse path fiber optic SONET rings, and a direct backup OC48 (2.5 Gigabit) SONET ring which connects to a separate carrier. The Edge network is made up of Juniper M series routers, and the internal core network consists of redundant cisco switches and routers which are specifically designed to meet the demanding needs of today's high-traffic networks. In 2007 capacity upgrades were completed which enable TurnKey Internet to offer 1000 Mbit (GigE) network connections to server and colocation clients. Redundant in-building carrier connections are made to several carrier backbones providing fault tolerance and redundancy to:
The London data-center network is powered by redundant cisco routers and switches which are specifically designed to meet the demanding needs of today's high-traffic networks. Redundant in-building carrier connections are made to several carrier backbones providing fault tolerance and redundancy to:
The network architecture utilizes the Enterprise routing and switching engines from Juniper and Cisco. Juniper M20 routers are border routers, Cisco 6500 series switches provide the distribution layer and Cisco 6500 switches provide aggregation layers, and Cisco 3500 and 2900 series switches provide the final server connection layer. The network is fully meshed and redundant with 10 backbone providers. The network consists of:
The California data-center network core is powered by a Cisco Systems 12000 series GSR (Gigabit Switch-Router), which is specifically designed to meet the demanding needs of today's high-traffic networks. The core network is connected via Gigabit Ethernet to the edge network, which is 100-percent switched by Cisco Catalyst 3500 and 6500 series equipment. Multiple Gigabit Ethernet fiber backbones provide fault tolerance and redundancy to:
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