• All Products
  • XN4
      • Overview
      • • Maximum Wi-Fi Bandwidth: 1.2Gbps
      • • Maximum Wi-Fi Users: 256
      • • Typical Wi-Fi Coverage: 75,000sqft
      • • Integrated Access Points: 4
      • • Integrated Wi-Fi Controller
      • • Integrated Wi-Fi Threat Sensor





  • XN8
      • Overview
      • • Maximum Wi-Fi Bandwidth: 2.4Gbps
      • • Maximum Wi-Fi Users: 512
      • • Typical Wi-Fi Coverage: 125,000sqft
      • • Integrated Access Points: 8
      • • Integrated Wi-Fi Controller
      • • Integrated Wi-Fi Threat Sensor





  • XN12
      • Overview
      • • Maximum Wi-Fi Bandwidth: 3.6Gbps
      • • Maximum Wi-Fi Users: 768
      • • Typical Wi-Fi Coverage: 125,000sqft
      • • Integrated Access Points: 12
      • • Integrated Wi-Fi Controller
      • • Integrated Wi-Fi Threat Sensor





  • XN16
      • Overview
      • • Maximum Wi-Fi Bandwidth: 4.8Gbps
      • • Maximum Wi-Fi Users: 1,024
      • • Typical Wi-Fi Coverage: 125,000sqft
      • • Integrated Access Points: 16
      • • Integrated Wi-Fi Controller
      • • Integrated Wi-Fi Threat Sensor





  • XMS
      • Overview
      • • Central management of the entire Wi-Fi Array network
      • • Continual monitoring of Wi-Fi network status and
        performance
      • • Multi-sector Antenna System
      • Value Added
      • • Track and analyze Wi-Fi network usage and growth over time
      • • Automatic alerting of network issues with drill down
        troubleshooting
      • • Fast and simple roll out of Wi-Fi network configuration
        changes

  • ACC


  Home > More Coverage


Xirrus Strengths

More Coverage


The vast majority of access point deployments today consist of products that use Omni-directional antennas, which blast RF in a 360-degree pattern – much like a light bulb. This type of deployment has served the market well for home use and light use in the enterprise, but as the number of wireless users increases, these Omni-directional antenna become its own worst enemy in the battle to address improved performance due to issues with cell size, channel reuse, hidden nodes, and multi-path.

Much like the Cellular Antenna, Xirrus Wi-Fi Arrays utilize high-gain sectored antennas that focus the RF energy into a single direction, thereby intensifying the strength of the signal that is transmitted much like a flashlight directing a strong beam of light in the direction that it is pointed. Doing this allows us to transmit further and “listen better” to the signals of wireless clients. By integrating up to 16 separate Integrated Access in a single platform, Points each with their own sectored antennas, Xirrus has created a solution for today and tomorrow’s bandwidth intensive applications.

The Xirrus Wi-Fi Array allows for large coverage areas and high-density radio service at a fraction of the cost of deployment, and a fraction of the management pains of legacy products. Instead of installing large numbers of access points, each requiring a power and Ethernet connection, a single Xirrus Wi-Fi Array can be installed.

Xirrus is the most powerful Wi-Fi architecture available today and the only Wi-Fi solution capable of replacing fast wired Ethernet to the desktop with Wi-Fi.


Competitor APs = Lightbulbs

VS.

Xirrus Wi-Fi Arrays = Flashlights






Xirrus Corporate Xirrus U.K. Xirrus Australia Xirrus Federal