What is Multi-homing?
“Multi-homing” means that your computer can simultaneously appear on two or more networks or network segments. For example: A multi-homing computer could be connected to the Internet using two independent connections from an AirPort card and an Ethernet port. Note: Most computer users do not require multi-homing, and this document does not explore the motivations for or benefits of multi-homing. Multi-homing may be limited to particular services or protocols, and the ability of an operating system to multi-home may vary between services and protocols. Requirements for AppleTalk multi-homing For AppleTalk, Mac OS X may multi-home when these conditions are met: 1. Each network interface (port) is connected to a separate network segment. 2. Accessible networks may not have any overlapping network numbers. 3. Each network interface must have an AppleTalk seed router on its network segment. When these conditions are not met, the Network pane of System Preferences will still allow you to mak
Multi-homing is a situation that describes a single computer host that makes use of several IP addresses associated with various connected networks. Within this scenario, the multihomed computer host is physically linked to a variety of data connections or ports. These connections or ports may all be associated with the same network or with a variety of different networks. Depending on the exact configuration, multi-homing may allow a computer host to function as an IP router. The process of multi-homing makes use of what is known as Stream Control Transmission Protocol, or SCTP. Essentially, the process involves employing multi-homing by making use of a single SCTP endpoint to support the connectivity to more than one IP address. By establishing connection to multiple addresses, multi-homing can help to enhance the overall stability of the connectivity associated with the host. One of the advantages of multi-homing is that the computer host is somewhat protected from the occurrence of
Multi-homing is the ability to read from multiple origin Web servers over the same IP address and IP port. Within a large company or corporation, IP addresses (for example, 10.1.1.1) are valued resources that are carefully managed. Opening additional ports can be time-consuming and political because of firewall and security issues. For example, imagine using iChain to accelerate 100 back-end origin Web servers. Each of these Web servers has its own IP address. In order to grant access to these Web servers through iChain without multi-homing, a DNS server must map each Web server name to a separate IP address that iChain is listening on. A simple mapping would mean that 100 IP addresses would be needed by iChain to map to 100 backend Web servers. With multi-homing, it is possible for iChain to provide access to all 100 back-end origin Web servers through one IP address and port. Most installations, however, will organize the origin Web servers into a handful of groups where each group i
Multi-homing is the ability to read from multiple origin Web servers over the same IP address and IP port. Within a large company or corporation, IP address (for example, 10.1.1.1) are valued resources that are managed with great care. Opening port numbers can be especially time-consuming and political because of firewall and security issues. For example, imagine using iChain to accelerate 100 backend origin Web servers. Each of these web servers will have their own IP address. In order to grant access to these Web servers through iChain, a DNS server must map each Web server name to an IP address that iChain is listening on. A simple mapping would mean that 100 IP addresses would be needed by iChain to map to 100 backend Web servers. It is possible for iChain to multi-home all 100 backend origin Web servers through one IP address and port. Most installations, however, will organize the origin Web servers into a handful of groups where each group is a group of multi-homed accelerators
Multi-Homing and single-homing refer to how many internet addresses a computer can be referred to by. The single-homed computer is only on one network. The multi-homed computer contains more than one Network Adapter and can have several network addresses (one for each Network Adapter). By default MyWebServer is a Multi_homed program. That means that MyWebServer can respond to any of the active network addresses on the computer it is running on. By default when MyWebServer starts up if there are more than one active network addresses on your computer MyWebServer picks one of them as an Absolute Internet address to be used in the URLs that refer to your computer. There are 2 command line arguments that can be used if you want to set the IP address MyWebServer is bound to, or the Absolute IP address MyWebServer uses to refer to your computer. -bind The -bind argument is used if you want MyWebServer to be single-homed. That is bound to one of the network addresses on your computer. If you
Related Questions
- When the network is consisted with one permanent IP address and several private IP addresses, can WebCam Server be connected at the network with a private IP address?
- My web server is multihomed with IP addresses in several different subnets. Is there any special setup for this configuration?
- What is Multi-homing?
