Power line networking basically turns a building's existing electrical wiring -- the wires that carry electricity to different outlets in the house -- into network cables, meaning they also carry data signals for a computer network. And this means virtually all households, in the U.S at least, are "wired for" power line networking. It doesn't replace a regular network, so you'll still need a router, but it's a good way to extend your existing network into new places. Home power line networking is far less popular than Wi-Fi, or even running network cables, however, mostly because consumers are not aware of its existence and benefits. I'm going to change that.
Power line networking is used in many ways, including in large projects such as smart grids and power line broadband service, which uses power line connectivity to provide an Internet signal, just like a DSL service that uses an existing telephone line for the same purpose, However, in this post I'll only talk about home power line networking, where the technology is used to connect either Ethernet-ready (wired) devices, or Wi-Fi (wireless) devices, Connecting wired devices: This is the most popular use of power line networking and generally ted baker iphone xs mirror folio case - shannon black is based on power line adapters, Each of these adapters has at least one network port..
You need two adapters to create the first power line connection -- this is why most adapters are available in a kit of two. The first adapter is connected to a router (or a switch) of an existing wired LAN (local-area network), via its network port. The second adapter is connected to an Ethernet-ready device (such as a computer or a printer). Now just plug both adapters into their wall sockets and you will add the Ethernet-ready device to the network. There's nothing else connecting the two adapters other than the electrical wiring in between the two wall sockets being used.
After the first connection is ted baker iphone xs mirror folio case - shannon black created, you need another adapter for each additional network device (usually, Some power line adapters have more than one network port so they can support multiple Ethernet-ready devices at the far end of a power line connection.), Connecting wireless devices: This is similar to connecting wired devices, but in this case the second adapter has a built-in access point to create a Wi-Fi network of its own, The LAN is extended from the first adapter to the second one, which then broadcasts a Wi-Fi signal so that wireless devices, such as laptops, tablets, and smartphones, can be part of the network..
Some networking devices, such as routers or switches, also have power line connectivity built in. Two examples are the D-Link DHP-1320 Wireless N PowerLine Router and the D-Link DHP-540 PowerLine AV 500 4-Port Gigabit Switch. This type of combo device makes sense because they need to be plugged into the wall to operate anyway. Power line networking is being developed by the HomePlug Powerline Alliance and there are two main standards that you should know: HomePlug 1.0 and HomePlug AV. HomePlug 1.0 was first introduced back in 2001 and has a cap speed of 14Mbps. It's now becoming obsolete.