The number of routers in a network depends on some factors like number of hosts in the network,number of networks required e.t.c. but when it comes to the question, the question itself is meaningless bcaz a router is a device which connects two different networks. for example there r 2 systems namely host A with an ip address of 192.168.1.6 and host B with an ip address of 192.168.2.8 with the above configuration host A cannot communicate with host B bcaz they both belong to 2 separate networks. but if both their networks are connected using a router they both can communicate with each other.
Network Admidistrators use routers in large networks for packet filtering, connections between LAN's and WAN's and traffic control. The main benefit of these is that it filters traffic to where if a packet is sent on a local segment it will get discarded if it does not apply to any other devices on the network.
172.16.0.0 is really a B Class address with 16 network bits and 16 host bits, i.e. Network Address 172.16.0.0 has 255.5255.0.0 as Subnet mask in Classful Addressing. To create 32 (25) subnets we will use first five bits for Network part and will leave 3 bits as Host bits in third octet. Now Addressing will be:Network Address: 172.16.0.0\21 or 172.16.0.0 Subnet Mask: 255.255.248.0First two networks will be : (1) 172.16.0.0-172.16.7.255\21, (2) 172.16.8.0-172.16.15.255\21 and last two networks will be (1) 172.16.240.0-172.16.247.255\21, (2) 172.16.248.0-172.16.255.255\21.(Note to use Zero subnet - remember to use IP SUBNET ZERO command.)
Networks are comprised of software, hardware, a connection source and client devices. Software issues the commands needed to run the network. The hardware includes network cards, routers and switches. Connection sources are what the client uses to hook up with the internet. Networks won't operate without them. Client devices are the equipment a client will use to connect to the network.
THat answer is simple. It is called the World Wide Web.
The number of routers in a network depends on some factors like number of hosts in the network,number of networks required e.t.c. but when it comes to the question, the question itself is meaningless bcaz a router is a device which connects two different networks. for example there r 2 systems namely host A with an ip address of 192.168.1.6 and host B with an ip address of 192.168.2.8 with the above configuration host A cannot communicate with host B bcaz they both belong to 2 separate networks. but if both their networks are connected using a router they both can communicate with each other.
Routers operate at layer 3 of the OSI model while switches operate at layer 2. The data transmission form of a router is called a packet while in a switch, it is called a frame. Routers are mainly used in wide area networks while switches are used in local area networks.
It all depends on this geographical area. You could use two wireless routers. Given the distance isn't too far. 2 linksys routers with ddwrt firmware, put one both networks and that will be a good job. If it is far, you could be looking at running a wire from one network to the next. If neither of these are feasible you could look into VPN's. Have you got servers...??
You cannot put two network on one router, you need at least two routers to do that.
If you want to connect two routers with a wire you have use a straight lan cable NOT crossover cable.
Yes they can if they are configured to use the same or similar wireless channels/frequencies. When two wireless routers interfere with each other it is called channel overlap. The remedy to this problem is to configure each router to use a different channel that is at least 5 channels away from the other. e.g. Configure router 1 to use channel 6. Configure router 2 to use channel 11. Some routers also have an 'Auto' option which aims to change channels automatically to avoid interference with other routers or devices.
The population of Altor Networks is 2.
if you use their own network there are no fees. if you use other networks usually there is a $2 charge.
The difference between a router and a switch has to do with the layers of the OSI model that they reside in. A switch is a layer 2 device, which means it relies on the MAC (physical) address for switching packets. A router is a layer 3 device, using the network (logical) address. A router also can forward packets to another network; a switch does not do that. In addition, a switch forwards all broadcast packets whereas a router does not forward broadcast packets.
Using 2 routers is not illegal, but it is kind of pointless. Each Router can support up to 255 connected devices, however the more devices you have on an internet connection, the slower your connection is. Therefore unless you have multiple T1 lines (which is highly doubtful unless you have a large network) running multiple routers is pointless. You would be better off with 1 router and multiple network switches.
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2. What is different between computer networks and internetwork?