What is Multi-Homing?

Multi-Homing is a situation that describes a single host of a computer that uses several IP addresses associated with different connected networks. Within this scenario, the multihomed computer host is physically linked to a number of data connection or ports. These connections or ports can be connected to the same network or a number of different networks. Depending on the accurate configuration, Multi-Homing can allow your computer host to operate as an IP router.

The Multi-Homing process uses what is known as a flow for flow control or SCTP. The process essentially includes the use of multi-homing using a single SCTP point point to support connection to more than one IP address. By adjusting the connection to multiple addresses, multi-homing can help increase the overall stability of the host connectivity.

One of the advantages of multi-homing is that the computer host is somewhat protected by the occurrence of network failure. With systems that use a single IP address and connection, a failure of the connected network markIt is that the connection will turn off, which means that the end system inefficient in terms of internet connection. With multi-homing, only one open door fails. All other doors or IP addresses associated with other networks remain up and functional.

In general, Multi-Homing is useful for three elements of efficient web management. First, Multi-Homing can help distribute the balance load on data transmission and sent by a computer host. Second, redundancy, which is own multi-homing, means a minor incidence of downtime due to network failure. Finally, Multi-Homing provides another tool to maintain network connection alive and well in the case of natural hugeness or other events that would normally cause host non-functional for a longer period of time.

Multi-Homing is often employed in situations where Internet access is decisive for provOz efforts related to trade. For example, Multi-Homing will be included as part of the initiative for a disaster that has many financial institutions. By creating a network redundancy, it is possible for banks, brokers and investment companies to remain accessible to customers, although some type of unexpected event can cripple the primary network interface.