About Our Company

Policies:
- Standard
- SLA
- Privacy

Network Overview
- Network Details
- Providers
- Data Centers

Contact Us

Support Center
Help Desk

 

About Us / Home >>  

AboutOur Company

Network Details

The PlanetUSofA.com network has been engineered for high-availability demands of today's active websites. The data centers and network have been optimized for performance. Please take a look at our network providers that detail the redundancy of the PlanetUSofA.com network.

Connectivity
PlanetUSofA.com utilizes connections to multiple backbones to ensure that our network is reliable and data can be delivered in the most efficient manner.

BGP4 Routing
The PlanetUSofA.com networks utilize Border Gate Protocol (BGP4). BGP4 protocol is the standard that allows for routing of packets of information sent out from the PlanetUSofA.com networks. BGP4 routing creates a truly redundant network by routing traffic over the most efficient route possible. Data is automatically redirected through another route in the event of a router failure. Should one of our backbone providers fail, packets are automatically redirected through another provider.

Bandwidth Utilization
The PlanetUSofA.com network currently has plenty of excess capacity, even during peak hours. This allows us to accommodate large spikes in traffic that are often associated with active websites. We are always adding network connectivity and new routes in an effort to ensure that content is delivered to your users as efficiently as possible. Always maintaining proper bandwidth headroom also allows us to provide maximum uptime, even if one of our providers has an outage.

Monitoring
PlanetUSofA.com data centers are monitored 24/7 by highly qualified network administrators. The HTTP port is monitored while Ping tests are conducted every 5 minutes to verify that the servers are active. In the event that a port is unreachable, an email is sent to every member of our technical staff. Additionally, our engineers are provided with real-time status, notification, and forecasting of network events.

 

Copyright ® 2003 TinkerGraphics.com