The short answer, to the best of my knowledge, is simply 'No.'
I'll assume you have a TCP/IP LAN set up in a home or office environment. Under these conditions, there are generally only two factors that determine your overall network speed:
If, however, you're concerned about network speed because you're playing a multiplayer game over a LAN, any lag in the game could very well be hardware related, as stated above.
One can find a GB network switch at many electronic stores. Best Buy has a wide selection of these type of switches in their inventory. These switches can come in different storage masses as well.
Optimizing the performance of a wireless internet network requires the proper hardware. A router could be combined with an Ethernet switch to get the best possible speeds of data transfers and overall performance. Ethernet Switches offer more Ethernet ports than routers. For example, the number of Ethernet ports in Switches range between five and twelve. Ethernet switches or hubs also help to prioritize the data, which improves download and upload speeds when using a wireless internet network.
It depends what you consider a network. If all the cables and associated hardware is there, but no computers are connected to it, it could still be considered a network. Others would just think of it as a collection of cables and switches unless there are at least two computers on it.
It depends what you consider a network. If all the cables and associated hardware is there, but no computers are connected to it, it could still be considered a network. Others would just think of it as a collection of cables and switches unless there are at least two computers on it.
A person could buy discounted dimmer switches from Discount Dimmers. Another option is from Amazon. These discounted dimmer switches prices at $10 and up.
Its net network
It is dependant on whether the switches are in wired in a parallel or series configuration. If the switches are wires in parallel then both switches would have to be off to turn the light bulb off. Either switch could turn the light bulb on. If the switches are wired in series then both switches would have to be on to turn the light bulb on. Either switch could turn the light bulb off.
the central part of the computer network is the server system. There are a number of servers that provide services to the network. There are file servers, email servers, data servers etc that are part of the network, even in a small organization. These servers are connected to either routers or switches which run cales out to the different machines on the network. PC's and printers are usually on this network. There are other specialized machines that make up part of the system like tape drives to back up the network data but I am just outlining the major portions that most folks see. the switches run cables back to the user and the printers. If a server, switch or router goes down it could cause the loss of part or all of the system so they should be locked away from any one just happening by and throwing an on/off switch or running some malicious software on it.
No, there are no switches that are powerd by POE. The POE uses one of the 4 pair in CAT cabeling so reasonably priced POE switches are slow 100Mb ps. POE switches use a LOT of power 8watts per port. Costs are coming down now. £400 for a 24 port GB switch like Netgear GS724P. But does no-one at all do a small say 4-port switch powered by PoE, of which I could use many, to extend the number of points in our school network without rewiring. Have just found that there are switches that are powered by PoE. Linksys SLM2005 and SLM2008 which are 5 and 8 port managed 10/100/1000 switches.
Simple answer is a network, in which it is connected together via network cables, switches, hubs and/or routers. Another possible answer ( due to the broad scope of the description ) could be a server farm, failover cluster, or computer cluster. Each of which would need to researched separately.
The most basic difference is that in a LAN, most of the computers could be, or will be, hard wired to the routers and switches of the network, whereas in a WAN some computers will use wireless transmissions. In other words, a LAN is in ONE building, a WAN in multiple, sometimes far apart geographically, buildings. Transmission speeds across the typical WAN are also much much slower than on a wired LAN network.
it could go faster than horses