Introduction
Hosting Data Center Overview
Hosting Building Overview
Hosting Network Overview
Hosting Connectivity / Backbone Overview
Guarantee
National Internet Access Network Overview

        Introduction
The greatest factor in our success is the quality of our network, and this rests on two foundations - structural diversity and technological excellence.

Backbones and Unreliability
A backbone is a large-scale network, usually one that offers services to other backbones or ISPs. It is standard for a beginning ISP to rely on one backbone provider (such as UUNET, Sprint, or AT&T) for its connection to the rest of the Internet. As the ISP grows, it usually buys more bandwidth from its existing backbone provider. This has the advantage of simplicity and consistency, but it has an unfortunate side effect - the ISP is only as reliable as the backbone provider it has chosen. If the backbone goes down, the ISP and all its users go down with it. Can regional, national and international backbones really be so unreliable? The sad fact is that they can. Even top notch networks occasionally go down because of factors beyond their control. Network outages happen all the time, for varying reasons, and there will probably never be a time when they don't happen. It also happens that backbones, even ones with names you've probably heard of, may not be using the best equipment or the most knowledgeable people to build their networks, even at the national or international levels.

More Reasons Why We're Proud of Our Network:

Equipment
The Data center have made significant investments in equipment from major vendors such as Cisco and Lucent, We feel that using industry leading equipment that has a proven track record is the best choice, and is well worth the extra expense.

Backbone Connectivity
Our connections to multiple backbone providers, and peering with many carriers on a regional and international basis, allows us to easily reach remote networks even in the case where a NAP may be unhealthy, or when a specific backbone connection is down. It also allows us to make intelligent routing decisions; for example, if we are trying to reach a remote network which is on the Sprint network, there's no reason to send it out to UUNET first.

Node Reliability
By placing our core nodes at places like Equinix and Telehouse, we are guaranteed a level of competent service. All of our core nodes employ SONET networks, which essentially provides a dual-redundant, counter-rotating ring technology, and in the event of a fiber cut, the SONET will automatically heal itself. We also divide our circuits among several telecommunications providers, such as Verizon, MFS/Worldcom, and Adelphia.

Expertise
We invest a significant amount of time and money in our staff to make sure that they are knowledgeable and are capable of helping and handling our customers. A network is only as good as the people who manage it!

Monitoring
The staff is working around the clock to ensure that the network is operating at optimum state. We continually review collected statistics to watch for traffic trends so that we can react with the proper routing adjustments and bandwidth addition.

Data Center Overview Red Banner ISP's world-class infrastructure delivers reliability and scalability. Maintaining top infrastructure at the data center where our servers are located, ensures abundant access to fiber optic Internet backbone connections and backup power systems to meet our 99.999% uptime guarantee* to our customers. Our servers are housed at a new Data Center.  Multiple Fiber Optic Internet connections in Silicon Valley. We provide access to multiple private optical networks. 864,000 watts of redundant power with UPS and backup generator systems for uninterrupted, stable power. Hot standby generator on-site with Generac automatic power transfer switch Liebert VAC with chilled water for climate control.  Comprehensive security including monitoring, single point of entry and facility located in center of three hundred thousand square meter Telecommunications Center building with no exterior walls. State-of-the-art fire suppression.

Building Overview The New San Francisco datacenter where we host is in the heart of a three hundred thousand square meter Telecommunications Centre Building built in 1990 and is one of the 10 largest buildings in San Francisco. Macromedia, Sega, TechTV and others also have facilities in the building. ClearBlue and Focal Telecom have adjacent colocation facilities, giving us multiple fiber routes to a variety of Internet backbones in the same building. Our servers are located in the center of the building with no exterior walls for maximum security. The building has three power grids and six seperate fiber optic providers with multiple entrances.

    Network Overview