TRENDnet TEW-453APB - 108Mbps Wireless Super G HotSpot Access Point Specifications Download Page 1

The  TEW-453APB  is  a  108Mbps  high  speed  802.11g  Wireless 
Access  Point  that  offers  advanced  wireless  security,  network 
management,  and  Power-over-Ethernet  capabilities.    Wireless 
security features include TKIP and AES algorithms for WPA, and 
also  Radius  based  MAC  authentication.    Features  for  network 
management  include  VLAN,  SNMP  support,  System  log  support, 
and Rogue AP for extra security.  

TEW-453APB

108Mbps 802.11g Hot-Spot Access Point

TEW-453APB

rev: 11.05.2008

• No power needed, power provided by the networked PoE Ethernet cable 

• Power over Ethernet (PoE) IEEE 802.3af support 

• Wi-Fi Compliant with IEEE 802.11g / 802.11b Wireless Devices

• One 2dBi Detachable Antenna with Reverse SMA Connector

• High-Speed Wireless Access Point with up to 108Mbps Connection 

• Supports Access Point, AP Client/Repeater and Bridge (PTP or PTMP up to 8 units) Modes

• 64/128/152-bit Wired Equivalent Privacy (WEP) with HEX or ASCII key

• Supports WPA/WPA-PSK, AES and TKIP

• Allows 802.1x and Non-802.1x Clients Running Simultaneously

• Supports 802.1Q Tag VLAN, allowing traffic from different sources to be segmented

• Supports Radius-based MAC address authentication and MAC Address Filter

• Supports Client to Client Communication Prevention per ESSID, Wireless Separation

• Multiple Security Profiles (max active 4), SSID Isolation and UAM (Universal Access Method)

• Supports  Wireless Separations (between clients)and Worldwide Wireless Mode (802.11d) Standard

• Detects Rogue Access Points with Logs

• Easy Configuration with Web Browser (HTTP/HTTPS) or Telnet 

• Flash Memory for Firmware Upgrade 

• Range for 802.11b: up to 35~60 meters indoor, 300 meters outdoor (depends on the environment)

• Range for 802.11g: up to 20 meters indoor, 50 meters outdoor (depends on the environment)

• 3 Year limited Warranty

FEATURES

wireless

Note: Coverage and Speed performance might vary depending on the network environment. 

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