RIP Introduction Routing Information Protocol (RIP) is applicable to small and medium-sized networks and is a dynamic routing protocol that is easy to configure. RIP measures the network distance based on the number of hops and selects a route based on the distance. RIP uses UDP port 520 to exchange the routing information. 1. Configuring RIP Basic Functions Choose One-Device > Gateway > Config > Advanced > Routing > RIP Settings Click Add and configure the network segment and interface. 2. Configuring the RIP Port Choose One-Device > Gateway > Config >Advanced > Routing > RIP Settings > Port Settings 3. Configuring the RIP Global Configuration Choose One-Device > Gateway > Config >Advanced > Routing > RIP Settings > Advanced, click Edit Config, and configure RIP global configuration parameters 4. Configuring the RIP Route Redistribution List Redistribute routes of other protocols to the RIP domain so that RIP can interwork with other routing domains. Choose One-Device> Gateway > Config > Advanced > Routing > RIP Settings >Advanced, click Add in Route Redistribution List, and select the type and administrative distance 5. Configuring the Passive Interface If an interface is configured as a passiveinterface, it will suppress RIP update packets. If the connected peer device does not run RIP, you are advised to enable the passive interface. Choose One-Device > Gateway > Config >Advanced > Routing > RIP Settings > Advanced, click Add in PassiveInterface and select a passive interface. 6. Configuring the Neighbor Route When the router cannot process broadcast packets,another router can be designated as the neighbor to establish a RIP directlink. Choose One-Device > Gateway > Config >Advanced > Routing > RIP Settings > Advanced, click Add in NeighborRoute, and enter the IP address of the neighbor router 7. Viewing the Neighbor Information Choose One-Device > Gateway > Config >Advanced > Routing > RIP Settings > Neighbor Info The neighbor list displays information about neighbors of the device, including the neighbor address, neighbor protocol version, local address, connected interface, number of received error packets, and number of received error routes. |
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