A cascading router is a multi-stream network switch that has many input and output arrangements. The device can be a firewall, a packet broker or a switch. The term "cascading" was first used in 1986 by Ethernet inventor Mark Crispin. In the same year Cisco Systems developed the TRX device family that has become an industry standard for IP networks.
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A cascade switch simplifies the routing of traffic by allowing multiple sets of information to be delivered on the same path. The term "cascading" is based on the idea that traffic is "cascaded" from the input to the output on each path. In other words, when a packet of data is sent, it is received and then is passed on in a series of other packets. Each of these packets have a different purpose, and the cascade can be controlled by the use of a single command word.
The term "cascading" is widely used in the networking world and describes a class of switches and routers that can perform certain functions. The most common example is the ATM (almost) network. Atmose switches can cascade down from a web server into the local area network. The ATM routers are not true cascading switches, but they do provide for close network traffic management.
What is a Cascaded Router?
Another example of what is a cascaded router is the Wide Area Network, which is the backbone of today's intranet and extranet. The WAN has a number of different methods for sending traffic, including standard ICMP traffic, BGP, ISCP, OSP, and RTP. In some cases it is necessary to cascade the traffic in order to get the desired effect. The WAN router can apply a BGP policy that sends traffic into different directions depending on what is needed.
A third example of what is a cascaded router is the switch. A switch is used mainly for bridging a local area network with a wider one. Switches can be very expensive, however, so it is usually not a good idea to cascade a switch in this case. For normal intranet bridging, it is usually not necessary to cascade the switch at all, as the normal route will be much faster and simpler than using the switch. However, when a WAN route needs to go out and across a broader area, it is sometimes necessary to use the switch in order to establish a path between the source and destination.
One other example of what is a cascaded router is a site-map application. The purpose of a site-map is to allow network administrators to quickly determine where a particular site on a network is located. In order to do this, the administrator uses what is known as a site map to show where all the sites connecting to that one router is connected to. In the event that a site-map is not available, or if the administrator does not want to bother using the site map feature, an IP-based network configuration file containing the information needed for a site map can be used instead.
One other example of what is a cascaded router is the VoIP phone. A VoIP phone is one used to carry voice traffic over an Internet connection rather than using traditional phone lines. In order to achieve this, the features of a VoIP phone such as RTP (Real-time Transport Protocol) are utilized, and the routes used are actually part of the VoIP traffic. In this case, routing protocols such as OSP (Online Processing Server) and JPN (JPEG VoIP) are used in conjunction with the RTP protocol. When data is sent to a VoIP phone, the data is in the form of packets.
Of course, all of these examples are not fully correct. What is a cascade routing concept really is only a tiny piece of what is a great deal of routing possibilities. The whole idea of cascading was created to solve certain routing problems, which at the time were largely unsolved. Now that problems of routing are more widespread and the Internet is a much more complex system, the whole cascade concept has been expanded to include a much wider range of solutions.
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