A device that forwards data packets from one local area network (LAN) or wide area network (WAN) to another. Based on routing tables and routing protocols, routers read the network address in each transmitted frame and make a decision on how to send it based on the most expedient route (traffic load, line costs, speed, bad lines, etc.). Routers work at layer 3 in the protocol stack, whereas bridges and switches work at the layer 2. Routers are used to segment LANs in order to balance traffic within workgroups and to filter traffic for security purposes and policy management. Routers are also used at the edge of the network to connect remote offices. Multiprotocol routers support several protocols such as IP, IPX, AppleTalk and DECnet. Routers can only route a message that is transmitted by a routable protocol such as IP or IPX. Messages in non-routable protocols, such as NetBIOS and LAT, cannot be routed, but they can be transferred from LAN to LAN via a bridge. Because routers have to inspect the network address in the protocol, they do more processing and add more overhead than a bridge or switch, which both work at the data link (MAC) layer. Most routers are specialized computers that are optimized for communications; however, router functions can also be implemented by adding routing software to a file server. For example, the NetWare operating system includes routing software that can route from one subnetwork to another if each one is connected to its own network adapter (NIC) in the server. The major router vendors are Cisco Systems and Nortel Networks. Within an enterprise, routers serve as an internet backbone interconnecting all networks. This architecture strings several routers together via a high-speed LAN topology such as Fast Ethernet or Gigabit Ethernet. Within the global Internet, routers do all the packet switching in the backbones. Another approach within an enterprise is the collapsed backbone, which uses a single router with a high-speed backplane to connect the subnets, making network management simpler and improving performance. In older Novell terminology, a router is a network-layer bridge. Routers also used to be called "gateways." For more understanding of how the network layer 3 works within the protocol stack, see TCP/IP abc's. See layer 3 switch, route server, router cluster and routing protocol.
the router is assigned an ip address.
IP address remains the same. Mac address changes from router to router.
no router is a network device using router only we can connect to different networks in a LAN so the answer is CPU.
On a good router, yes. Most of the cheaper ones require you to run a CD on each computer that connects to the router.
SwitchDescription: Network Switch a device that seperates the Broadcast domain of a LAN segment from other segments.
on the router then off the router your ios is install on the router then off the router your ios is install
It would be on your router. the PS3 does not have a router you have to buy one if you need a router
No router eigrp <AS #> No router ospf <process ID> No router bgp <AS #> No router rip
the correct answer is router.
Begin by plugging in the router and pushing the power button. Next, connect your internet modem to the router and your computer to the router. Finally, open the router's administrative tool and log in to the router.
A(config)# router rip A(config-router)# passive-interface S0/0 B(config)# router rip B(config-router)# network 192.168.25.48 B(config-router)# network 192.168.25.64 A(config)# router rip A(config-router)# no network 192.168.25.32 B(config)# router rip B(config-router)# passive-interface S0/0 A(config)# no router rip
It is your router that disconnects the PS3 and not the PS3 that disconnects the router. Set the router to always on for internet connection, your router is disconnecting when it is not being used by the PS3 for the internet
The PS3 does not have a router. It can go online with an ethernet cable connected to a router or modem or with WiFi from a wireless router or modem
A router does not have RAM. A router distributes data. The router does not hold data nor does it process data.
the router is assigned an ip address.
it says it on the router
Indoor range: 802.11g router approx. 38 m; 802.11n router approx. 70 m Outdoor range: 802.11g router approx. 140 m; 802.11n router approx. 250 m. Amount of streams: 802.11g router 1; 802.11n router 4 Max throughput per stream: 802.11g router approx. 72Mbs; 802.11n router approx. 150 Mbs Operating frequency: 802.11g router 2.4 GHz; 802.11n router 2.4 and 5 GHz