Access point (AP) is essentially an AP that is network-capable and includes an antenna and transceiver that are used that transmits messages to remote clients. It is an “point of access” to the wired network to remote clients. The access points permit wireless users to swiftly and quickly connected to a wired network Wireless site survey.

Wireless Outdoor Access Point

Typically, wireless AP is intended to be used indoors where environment is not too difficult. However, deployment of wireless APs in harsh environments must be designed with a specific style. For harsh or outdoor environments the device should be built with rugged enclosure and industrial-grade components that ensure that the device can operate under extreme temperatures such as -30 to 70 degrees Celsius. They must also be equipped with surge protection. waterproof, weatherproof, and rust-proof.

When We Need Wireless AP

For home usage, you will require the use of a wireless AP when you wish to connect internet access Internet connection wirelessly with a variety of computers in the family. Connect your wireless AP to your modem router in order to create an internet wireless network sharing. However, you should ensure that your modem has the router feature or the firewall feature NAT. If the modem you are using is a standalone modem that does not have an NAT firewall feature, then you require a wireless router to enable Internet sharing. There must be a single client computer that can join the web.

For business networks, if you have to provide wireless connections to locations where running network cables are not possible it is possible to use this wireless AP for wireless connection for the networks. If you need to let mobile devices with wireless access to networks, then you could create hotspots using security segregation. In harsh plant environments, you can set up point-to-point or point-to-multi point mesh networks. These require accessible points for wireless access outdoors.

Which Best Wireless Access Point

Technology has made life simpler. Manufacturers create new and more efficient technology, resulting in new products that have higher performance. Selecting the most suitable wireless AP is a constantly changing direction since there is always be a new release of new products with improved technology and new ideas. In order to determine the most reliable wireless AP, it is important to look at the manufacturer’s specifications, which include the following characteristics:

Multifunction Modes

The wireless AP is expected to operate in a variety of operational modes, including Access point Repeater, Access point, Network Bridge and wireless Client mode. When you are in the Wireless Access Point Mode, the device will allow any wired network in your network to become wireless by connecting its Ethernet cable into an available port on your switch or router.

When in the Wireless Ethernet Bridge Mode or Client Mode it allows any device that is wired Ethernet-ready in your wireless network. Connect your notebook, PC network camera, printer or even the entire wired network to the AP device using the Switch and create a wireless connection to your network wireless. When you are in repeater mode you are able to add additional AP devices to extend your wireless network without having to connect backbone cables.

WDS Support

The best wireless AP must be compatible with WDS. Wireless Distribution System (WDS). WDS allows wireless networks to be extended by through multiple access points without the requirement of an unwired backbone to connect the two, as is usually required.

WDS allows you to create wireless networks completely since the equipment for network connectivity does not need to be linked to wired network. With WDS allows you to build large wireless networks by connecting multiple wireless APs using WDS connections. WDS is typically employed in large, open locations where pulling wires is costly, and physically difficult.

Wireless N

The best wireless access point must be powered by modern standards for wireless technology – that is, the wireless 802.11n. 802.11n technology is considered to be the most recent and most advanced wireless technology in the marketplace currently. Thanks to the high-speed wireless N as well as MIMO technology the AP device offers speeds up to 300 Mbps or more, and greater coverage over longer distances.

If you’re using high-intensive bandwidth applications like High Definition Video streaming and voice, you must look into the dual-band versions of both 2.4 5 GHz and 2.4 GHz frequency bands.

Advanced Security Features

The top wireless access points must support advanced security features like the new technology for industrial security, such as Wireless Protected Access (WPA/WPA2), MAC filter and SSID Broadcast Control. To be used in corporate networks the AP must support advanced wireless security (EAP-MD5 EAP-MD5, EAP-TLS, EAP TTLS and PEAP) as well as RADIUS authentication. To make it easier to use access to the security wireless connection the AP must also support Wireless Protected Setup (WPS) for easy installation.