Alvarion WBSn-2450-I Indoor Access Point

WBSn-2450-I is the indoor access point based on two simultaneous radios, operating in 2.4 and 5 GHz band simultaneously. Operators can use the 2.4 GHz band for indoor customer access and the 5 GHz radio for either indoor access or backhauling.
  • Gigabit Wi-Fi Capacity and extended coverage : With spatially adaptive Beamforming leveraging a powerful High Gain Diversely Polarized (HGDP) antenna array
  • Carrier-grade Wi-Fi: Designed for high reliability and manageability
  • Rich Embedded Networking: Including Routing, integrated Access Controller, 802.1x security, RADIUS interface
  • Environmentally Friendly: Low power consumption, fewer sites to power, aesthetic smart design, and green standard compliance
  • Interference Immunity Suite
  • Beamforming ability to suppress interference
  • Dynamic Interference Handling (DIH) algorithm that continuously optimizes receiver’s parameters according to
  • noise level
  • Automatic Channel Selection (ACS) algorithm for best operating channel online selection
  • Warion Rate Adaptation (WARA) for optimal rate selection in environments with high interference and high capacity

 


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WBSn-2450-I is the indoor access point based on two simultaneous radios, operating in 2.4 and 5 GHz band simultaneously. Operators can use the 2.4 GHz band for indoor customer access and the 5 GHz radio for either indoor access or backhauling.
  • Gigabit Wi-Fi Capacity and extended coverage : With spatially adaptive Beamforming leveraging a powerful High Gain Diversely Polarized (HGDP) antenna array
  • Carrier-grade Wi-Fi: Designed for high reliability and manageability
  • Rich Embedded Networking: Including Routing, integrated Access Controller, 802.1x security, RADIUS interface
  • Environmentally Friendly: Low power consumption, fewer sites to power, aesthetic smart design, and green standard compliance
  • Interference Immunity Suite
  • Beamforming ability to suppress interference
  • Dynamic Interference Handling (DIH) algorithm that continuously optimizes receiver’s parameters according to
  • noise level
  • Automatic Channel Selection (ACS) algorithm for best operating channel online selection
  • Warion Rate Adaptation (WARA) for optimal rate selection in environments with high interference and high capacity