to connect multiple computers to the same internet connection, and to network the computers together
Routers allow multiple computers to share a single internet connection. This helps save a lot of money. Apart from this, routers also add a safety element to a local network. The individual IP addresses of the computers on the local network are never exposed to the internet. Instead only the external IP address of the router is publicly known. Moreover, many routers come with additional features like firewalls, filters and other security enhancing abilities.
No router eigrp <AS #> No router ospf <process ID> No router bgp <AS #> No router rip
On a cisco router you would go into privilege-exec mode (enable) and then into "configure terminal" mode. From there you can use the router rip command.
No, it is its own router.
it can be pluged into a router of you can use a wireless box for easy use
we use straight cable to connect between the router and switch as router and switch are different devices.
It depends: Is the router yours, or do you have permission to use it? If yes, then you can use a wireless-enabled laptop to connect to it, and if the router is connected to the Internet, then you will be able to access it. However, if the router is not yours, or you do not have permission to use it, then you cannot connect to it, and thus the Internet. If in doubt, talk to whoever owns the router, or a local computer shop.
Turn off dhcp in router settings.
If your router has a bridge mode then yes.
You can use a wireless connection if you have a wireless router
If you want to use wireless internet to connect a second PC to a router, you can use a cable cord, or coaxial cable. This can be hooked directly to the router.
It does not matter if you are connected through wireless or cable, your router can provide firewall protection for all of its ports on the LAN side. If your question is: Is my wireless router's firewall protecting me, although I do use it for wireless connectivity, the answer is yes. Your routers firewall protects you whether you use the wireless option or not.
First you must decide what specific protocol you want to use. Then you configure it on the individual routers. Example, with Cisco routers: Router(config)#router rip Router(config-router)#network 10.0.0.0. Router(config-router)#exit Additional commands may be required for optimization. Note: I use RIP for illustration purposes, but it is usually not the best option for routing.First you must decide what specific protocol you want to use. Then you configure it on the individual routers. Example, with Cisco routers: Router(config)#router rip Router(config-router)#network 10.0.0.0. Router(config-router)#exit Additional commands may be required for optimization. Note: I use RIP for illustration purposes, but it is usually not the best option for routing.First you must decide what specific protocol you want to use. Then you configure it on the individual routers. Example, with Cisco routers: Router(config)#router rip Router(config-router)#network 10.0.0.0. Router(config-router)#exit Additional commands may be required for optimization. Note: I use RIP for illustration purposes, but it is usually not the best option for routing.First you must decide what specific protocol you want to use. Then you configure it on the individual routers. Example, with Cisco routers: Router(config)#router rip Router(config-router)#network 10.0.0.0. Router(config-router)#exit Additional commands may be required for optimization. Note: I use RIP for illustration purposes, but it is usually not the best option for routing.