Best Review of DrayTek Vigor AP-800 Wireless Access PointWith so many available right now, it is good to have a make you can trust. The DrayTek Vigor AP-800 Wireless Access Point is certainly that and will be a excellent purchase. For this price, the DrayTek Vigor AP-800 Wireless Access Point comes widely respected and is always a regular choice amongst lots of people.
- Business-class 802.11n WLAN access point
- PoE (Power-over-Ethernet) as standard
- Dual isolated LAN interfaces
- Detatchable Antennae - Can be replaced with uni-directional or high-gain
- Repeater/Bridge/Access Point/Station Modes
Product Description
The DrayTek Vigor AP-800 is a standalone wireless access point, ideal for adding wireless connectivity to an existing LAN, or for expanding the range of an existing wireless LAN by using the WDS features.
Wireless Security
The AP-800 features multiple levels of wireless security. Encryption using WEP, WPA, WPA2 (802.11i) is available you can also use the access control list (ACL) to specify the hardware addresses of clients which are permitted to connect (by MAC hardware address). Any unauthorised hardware is refused access.
The Vigor AP-800 supports the 802.1q VLAN protocol so that if it is connected to an 802.1q enabled LAN, it can split tagged data (whether its different subnets or intended for different users) and broadcast each on its own SSID. This means, for example, that your guest WiFi access is provided on a separate isolated SSID with no access to your company data. (802.1q Feature ETA Q1/2011)
USB Printer Port
the AP-800 has a USB interface into which you can connect a regular printer. That printer is then accessible from any wireless or wired PC which connects to the AP-800, or a PC anywhere else on the network to whick the AP-800 is connected. This is ideal to provide printer access to wireless laptops but could also be used for installing a printer elsewhere in your home/office by using a pair of AP-800s to make a bridge.
WMM - WiFi Multimedia
The AP-800 implements intelligent wireless traffic prioritization for the most efficient management of wireless traffic by using the Wi-Fi Multimedia standard (WMM). WMM defines Quality of Service (QoS) in Wi-Fi networks. It is a precursor to the upcoming IEEE 802.11e WLAN QoS standard, intended to improve timing critical applications such as audio, video and voice applications over WiFi. WMM adds prioritized capabilities to Wi-Fi networks and optimizes their performance when multiple concurrent applications, each with different latency and throughput requirements, compete for network resources.