TP-Link TL-WR841N 300Mbps Wireless Router

INFORMASI PRODUK

Wireless N Speed & Range
Complying with the IEEE 802.11n standard, TL-WR841N can establish a wireless network and get up to 15X the speed and 5X the range of conventional 11g products. Also, with transmission rates up to 300Mbps.It shows more excellent abilities of mitigating data loss over long distances and through obstacles in a small office or a large apartment, even in a steel-and-concrete building. Above all, you could easily pick up the wireless network during long-distance connection where legacy 11g products may not! Which also means, the router has the speed to work smoothly with almost any bandwidth intensive application including VoIP, HD streaming, or online gaming, without the lag.

CCA Technology －Stable Wireless Signals
Clear Channel Assessment (CCA) automatically avoids channel conflicts using its clear channel selection feature and fully realizes the advantages of channel binding, greatly enhanced the wireless performance.

WPA / WPA2 Encryptions - Advanced Security
As for the security of WI-FI connection, WEP encryption has been no longer the strongest and safest guards for outside threats. TL-WR841N provides WPA/WPA2 encryptions (Both Personal and Enterprises) that are created by the WI-FI Alliance industry group, promoting interpretabilities and security for WLAN.

QSS Button - Quick Setup Security
Compatible with WI-FI Protected Setup™ (WPS), TL-WR841N features Quick Security Setup that allows users to almost instantly setup their security simply by pressing the "QSS" button automatically establishing a WPA2 secure connection, which is more secure compared with WEP encryptions. Not only is this faster than normal security setups but more convenient in that you don't need to remember a password.

IP QoS －Control Bandwidth Reasonably
Among the wireless network, indiscriminate Internet surfing and bandwidth-guzzling downloads by internal users often leave home or small office with insufficient bandwidth. TL-WR841N supports IP QoS function, allowing optimum utilization of bandwidth and offers bandwidth control over congestion, preventing the bandwidth abuse. In this way, the users of a small network receive committed and specific bandwidth, preventing non-critical applications from degrading network performance.