SDRAM
NVRAM is that router component in which start up configuration file is stored.
link-local address
console
non-volatile random access memory
In order to see the running configuration on a Cisco 2600 router, follow these steps from user executive mode.RouterName> EnableRouterName# show run
To stop an RIP routing process on a Cisco router, you can use the command no router rip in global configuration mode. This command removes the RIP configuration and stops the RIP routing process from running. Alternatively, you can use shutdown within the RIP routing configuration mode to disable RIP without removing its configuration.
NVRAM is that router component in which start up configuration file is stored.
That depends entirely on what Operating System the router is running
you can use SHOW IP PROTOCOL you will be able to see all running protocols in your router and its details...
The router needs a routing table, to know where to send IP packets. The purpose of dynamic routing is to update the routing tables automatically. This means you need much less configuration, and the network dynamically adjusts to topology changes (for example, a router is added, or a cable has a bad connection).
link-local address
The router's running configuration resides in its volatile memory (RAM). This configuration is the active set of settings that the router uses to operate and can be modified dynamically. However, it is lost when the router is powered down or restarted, unless it is saved to the non-volatile memory (NVRAM) as the startup configuration.
This is when network routes are manually entered into a router's configuration, as opposed to using a routing protocol to automatically determine routes.
The command used to display the commands that configure the routing protocol on a router is show running-config. This command provides a comprehensive view of the current configuration, including any routing protocols like OSPF, EIGRP, or BGP. To focus specifically on routing protocols, you can also use show ip protocols, which summarizes the active routing protocols and their settings.
To start the routing process on a Cisco router, you typically enter the command router [routing_protocol] in global configuration mode, where [routing_protocol] could be protocols like rip, ospf, or eigrp. For example, to start the OSPF routing process, you would use the command router ospf [process_id], where [process_id] is a unique identifier for the OSPF process. This command enables the routing protocol and allows for configuration of related settings.
This is when network routes are manually entered into a router's configuration, as opposed to using a routing protocol to automatically determine routes.
Ram