Multi WAN Gateway

Gateways, also called as protocol converters, are network points that function as points of entrance for other networks. They act as a bridge between two networks and thereby enable data transfer between computers. Capable of working on all layers of the OSI model, Gateways can be implemented in hardware, software, and also combined. Multi WAN Gateway is a concept that has emerged along with other key networking requisites of the Web world. Multi WAN Gateway is the Internet working system, which can join together multiple Wide Area Networks to other networks using different base protocols.

In the telecommunications sphere, there are many optimization techniques and tools that are interwoven to offer a comprehensive suite, which ensures effective communication. Multi WAN Gateway is characteristic of enabling communication between those computers using different communications protocols. It is capable of converting one protocol stack into another, and related other functions depending on the type of gateway. Gateway, when defined from a company perspective, routes the traffic between the internal network and the network outside, which serves the Web pages. In homes, an ISP will be the gateway connecting the user to the internet. Multi WAN Gateway comprises multiple network nodes to establish the required connection, and proves to be an effective method that provides reliability and speed.

Today’s business world is totally dependent on the Internet for its entire business routine, which includes communication, data sharing, online services, etc. This necessitates the need for secure, reliable, and redundant WAN connections with optimization features. Multi WAN Gateway is advantageous due to the fact that they provide system interoperability with the necessary devices that enable the same. Multi WAN connections, which are widely used by companies and service providers, require the function of multi WAN Gateway in order to connect to the network points. Since a Gateway is a feature that facilitates connectivity, multi WAN Gateways are used in cases of multiple connections.

Gateways are crucial for assuring the network connectivity and performing several other tasks as suited to requirement. As an essential feature, they are found in most routers and applied as software. Default network Gateway, residential Gateway, email Gateway, among many others, constitute features that generally channel the traffic between networks (connect an internal network to the Internet), and specific functions assigned to them. Multi WAN gateway may feature multiple options for the different WAN connections. With business continuity being the prime concern of companies, these connectivity features are much sought after and considered indispensable.

Multi WAN Gateways when coupled with WAN optimization tools boost the performance of the communication network. For instance, voice gateways through employing WAN optimization tools can bridge VoIP islands and step-up VoIP performance over long-distance WANs. This enhances business productivity.

To fully exploit the power of multi WAN gateways, technology that combines these multiple gateways into a seamless inter-operable system is required. In the marketplace, there exists technology that can easily combine disparate networks into a single cohesive network. FatPipe Networks, a leading technology-solutions provider, offers a wide array of products that provides the highest level of WAN optimization, reliability, security, and bandwidth management. FatPipe devices enable high-speed data transmission over multiple lines and ISPs and can combine multi WAN gateways.

FatPipe products are used in mission-critical applications, which eventually impact business continuity. Multi WAN Gateway functionality protects against downed WANs thus ensuring uptime. FatPipe technology provides the tools needed for assimilation of these gateways.

The future belongs to those that use technology and Internet to the fullest. Strengthening the WAN infrastructure and enabling redundancy, reliability, and speed in connectivity is the lynchpin for a Web-dependent tomorrow.