IP/MPLS service tunnels - Nokia
2011-3-12 · Introduction IP-in-IP "tunnels" have become a widespread mechanism to transport datagrams in the Internet. Typically, a tunnel is used to route packets through portions of the network which do not directly implement the desired service (e.g. IPv6), or to augment and modify the behavior of the deployed routing architecture (e.g. multicast routing, mobile IP, Virtual Private Net). AskF5 | Manual Chapter: Creating IP Tunnels 2020-7-20 · Creating IP Tunnels. About IP tunnels. Using F5 tunneling technologies, you can set up tunneling from devices on different Layer 2 networks, or scale multi-site data centers over Layer 3 pathways. When you know the IP address of the devices at both ends of the tunnel, you can create a point-to-point encapsulation tunnel between a BIG-IP system IP Tunnels - docs.citrix.com Configure IP Tunnels. Configuring IP tunnels on a Citrix ADC appliance consists of creating IP tunnel entities. An IP tunnel entity specifies the local and remote tunnel end-point IP addresses and the protocol to be used for the IP tunnel. Note: While configuring an IP tunnel in a cluster setup, the local IP address must be a striped SNIP address.
2020-7-14 · ip tunnel show list tunnels This command has no arguments. SEE ALSO top ip(8) AUTHOR top Original Manpage by Michail Litvak COLOPHON top This page is part of the iproute2 (utilities for controlling TCP/IP networking and traffic) project. Information about the project
Overview of IP Tunnels - Oracle Solaris Administration: IP
This illustration is an example of a point-to-point IP tunnel configuration showing IP addresses. Note that the tunnel local endpoint address is different from the tunnel self IP address. Illustration of a point-to-point IP tunnel configuration. About tunnels between the BIG-IP system and other devices.
IP in IP is an IP tunneling protocol that encapsulates one IP packet in another IP packet. To encapsulate an IP packet in another IP packet, an outer header is added with SourceIP, the entry point of the tunnel and the Destination point, the exit point of the tunnel. While doing this, the inner packet is unmodified (except the TTL field, which is decremented). Previously, Generic Routing Encapsulation (GRE) IP tunnels required the IP tunnel destination to be in the global routing table. The implementation of this feature allows you to configure a tunnel source and destination to belong to any VRF. As with existing GRE tunnels, the tunnel becomes disabled if no route to the tunnel destination is defined.