Making a resilient and scalable enterprise wireless network can be a lot of work. Whether you are making a campus wireless network to enabling a building with wi-fi access, you will find everything you need right here. At TechPillar.com's Wireless category we have covered all the enterprise Wi-Fi/Wireless OEMs, a list that includes top brands such as Dell, Avaya, Cisco, Extreme network, Aerohive, Huawei, Ruckus, Alcatel-Lucent, and Aruba. These brands have become trusted over time because of their expertise in a wide variety of wireless products catering to small branch offices, large campuses, multistory buildings and much more.
Within this long list of brands, you'll be able to find wireless products for all your Wi-Fi requirements, like Indoor Access Points, Outdoor Access points, Access points with external antenna, Access points with internal antenna, Walljack Access points, Access points with Dual Radio, Quad Radio, Single Radio, Tri Radio. Wireless controllers which can be deployed on cloud, Local wireless controller and more. If you're building an enterprise wireless network, you'll want to be sure you have the proper components to make a resilient and scalable architecture including right APs, power budget, right RF planning, resilient wireless controllers, secure wireless network, right authentication methodology and all.
Now, businesses don’t need to run cables through walls or ceilings for setting up a computer network. With the help of a single device, known as wireless access point, they can get easy acces Read More
A wireless LAN controller (WLC) is an important part of a strong wireless network. It helps in managing light-weight access points in different quantities and automatically handling the configurati Read More
Wireless networks are computer networks that are not connected by cables of any kind and uses the wireless data connections between network nodes. The use of a wireless network enables enterprises to avoid the costly process of introducing cables into buildings or as a connection between different equipment locations. The basis of wireless systems are radio waves, an implementation that takes place at the physical level of network structure.
There are FOUR main types of Wireless Networks :-
Wireless technologies employ radio waves and/or microwaves to maintain communication channels between computers. While many technical details behind wireless protocols like Wi-Fi often aren't important to understand, knowing the basics can be very helpful when configuring a network and troubleshooting problems.
There are four main kinds of Wireless which are available in the market :-
There are a number of Wireless Devices available today. To help prevent conflicts between all of the different wireless devices each category of devices have a designated frequency area (spectrum).
There are two types of wireless networks: infrastructure and ad hoc. The infrastructure network is most likely the type of wireless setup which is in the home or office. It’s laid out similarly to a wired network, but without wires.
The basic wireless, peer-to-peer network consists of these components:
Wireless router: The heart of the wireless network is the wireless router. Like a wire-based network, the hub is a central location that all computers connect to, providing the computers with network access.
The wireless hubs now available also serve as routers. Well, officially, wireless hubs are gateways, not routers, but they’re called routers. They’re also called access points.
Wire-based connections: Almost every wireless router has one or more standard, wire-based Ethernet port. One port is used to connect the router to a broadband modem. Other Ethernet ports might be also available, allows to connect standard wire-based networking to the wireless hub.
Wireless NIC: The computer needs a wireless network information card, or NIC, to talk with the wireless router. A laptop comes standard with a wireless NIC, but for a desktop PC, there is a need to get a wireless NIC as an option. It is an installed internally as an expansion card, or one can use various plug-in USB wireless NICs.