WR1230
Wireless Outdoor Access Point
(802.11b/g 2.4 GHz)

Enlarged Photo (69k)

Aurora Networks’ WR1230 series Wireless Outdoor Access Point delivers a maximum wireless signal rate of up to 54 Mbps in an outdoor environment. The WR1230 is an ideal addition to service providers seeking to extend wireless signal coverage in a public outdoor environment. Hotspot applications can use this rugged outdoor access point to support and deliver wireless connectivity to their customers whether they are indoors or outdoors. Additional ideal deployment applications include bridging networks that are located in buildings not passed by the CATV plant.

Enclosed in a die-cast watertight housing and equipped with a built-in heater with temperature sensor, the WR1230 is designed for any outdoor condition. The unit is powered by Aurora’s Power Gateway series platforms, enabling deployment anywhere along the coax or fiber routes.

The WR1230 can be configured to operate in any of five operational modes: Access Point (AP), Point-to-Point (PtP) Bridge, Point-to-Multipoint (PtMP) Bridge, Repeater or Wireless Client.

When used in any operational mode, the WR1230 provides maximum security by supporting WEP Encryption (64-, 128-, 152-bit), 802.1x User Authentication and WPA. MAC address filtering, wireless LAN segmentation, Disable SSID Broadcast and support for Advanced Encryption Standard (AES) are just some of the additional security features of these units. Network administrators can manage all the WR1230’s settings via its Web-based configuration utility or via telnet.

Features

•  Multiple operating modes (Access Point, Point-to-Point Bridge,
    Point-to-Multipoint Bridge, Repeater, Wireless Client)
•  Multiple security features (64/128/152-bit WEP encryption, 802.1x
    authentication, WPA, MAC address filtering, AES)
•  Management (Web-based configuration utility, Telnet, SNMP, AP Manager)
•  Outdoor rated with watertight housing
•  Supports Power over Ethernet
•  Built-in heater with temperature sensor

 

Last revised 27 February 2007

 








   
Copyright © 2001 Aurora Networks. All rights reserved.