how to connect wireless printer to laptop
Wireless printer to laptop connectivity will transfer documents that are printed on a desktop printer wirelessly to your laptop or notebook computer. This tutorial will show you how.
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As with most wireless technologies, the setup process can be lengthy, but the benefits are worth it in the end. If you're looking for a way to connect your wireless printer to your laptop, this is how you do it!
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The introduction makes clear that the article is going to discuss how wireless printers work and what it takes for them to work with laptops and notebooks. It then explains connections of wireless printers to computers and laptops. The remaining section provides specific instructions on how to connect a wireless printer with a computer.
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The tutorial provided here is for Windows PCs, but the steps may apply to macOS and Linux too.
Wireless networks have evolved from point-to-point links to small area networks, which are called "mesh networks".
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Providers of wireless access points (AP) have been integrated into all types of buildings such as offices, hotels, apartments, schools and houses.
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Wireless network access points are an integral part of WiFi systems and work in conjunction with other components like radio receivers, client switches (switches) and a Base Station Radio Interface Controller (BSRIC).
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Access points typically consist of a high gain antenna, a power circuit, two output wires to connect to the antenna and the power circuit (one for transmitting and one for receiving) and other optional signals.
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There are many physical ports on the access point that enable communication between APs and client devices through the use of an Ethernet cable. Depending on how large the building is, there may be multiple APs connected to different parts of it.
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Each AP has its own receive port that allows it to listen to all wireless signals within range. A single AP has a power, transmit, and receive port.
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Access points work in conjunction with client switches (switches) that operate on the same radio frequency as the access point(s). Each switch is connected to an Ethernet cable that connects to a single computer or router in the building.
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The switch can control all devices on its network and broadcast data to them using an Ethernet cable.
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Access points often provide configuration settings for wireless devices to adjust their transmission strength according to signal strength. This is called a "beam forming" technique because it focuses wireless signals onto clients.
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If the access point and client switch are in the same building, they will communicate with one another over a building distribution system that uses cable or fiber optic media running between rooms. In larger buildings, dedicated Cat5 cables run between floors.
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Wireless networks have also been used to replace hardwired cabling as well as to increase network capacity by eliminating bottlenecks caused by network traffic jams. This setup is commonly known as a wireless ad hoc network.
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This type of wireless network does not require a dedicated switch or any other type of infrastructure to operate and can be used for applications like distance learning, industrial instrumentation and process control.
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These applications typically involve mobile devices such as laptops and PDAs that must be connected to the Internet without wires.
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