Best Wifi Routers: A Buyer’s Guide
The market is now flooded with various brands and different models of wireless routers, it then becomes difficult for average people to get the best wifi routers that can suit their individual needs. The pricing somehow varies depending on the kind of brand, quality and features integrated into the wireless routers. With the development in the area of technology comes the extension of tech terminology, it then becomes very difficult and challenging for the average consumer to know how to find the Best Wireless Routers. So, to narrow down their search and help find the best wireless router that falls within their budget range, there are few features to look out for.
Wireless router performance depends on the standard with 802.11b providing the slowest speed at about 11Mbps. Wireless “g” router provides a maximum speed of 54Mbps even though devices using the 802.11n standard are fastest, topping out at 300Mbps.
Most routers presently support typical WEP securities in addition to WPA and WPA2 that are more secure. If you are interested in controlling what users can access when they are connected to the router, you may want to have one that offers decent Access Controls.
Majority of the wireless routers come with Ethernet ports for hard-wiring devices to exploit the greater transmission speeds of wired Ethernet over wireless connections. For transmission rates that are faster, invest in a router with Gigabit Ethernet ports. Use these ports to wire devices that require high bandwidth applications like voice and video, NAS drives, or any other kind of multimedia server that have Gigabit Ethernet adapter and can utilize that benefit of the faster performance.
There is one other choice to consider when deciding on the best wifi routers for your company’s needs, and that is dual WAN. A wireless router with dual WAN ports makes sure that there is reliable connectivity by providing another link to the internet. It is good for industries that use mission-critical applications and cannot afford network interruption.