Â
The WLAN Array can be configured by any of the below methods:
· Via the secure Web Management Interface over any of the Ethernet interfaces (if enabled)
· Via the optional Xirrus XM-3300 Management System or any other SNMP-based management system that supports the Xirrus MIB.
· Via Command Line Interface (CLI) over the serial port or using SSHv2 over an Ethernet interface (if enabled)
The Xirrus Management Platform (XM-3300 or XC-2000) can manage up to 500 WLAN Arrays from anywhere in the network. The Xirrus Management System operates outside of the data path providing a single view of the entire WLAN network. It provides all of the features of an enterprise-class management console including:Â
· Automatic discovery, authentication and configuration of WLAN Arrays
· Security Policy Management
· Software upgrades
· Rogue AP detection and prevention
· User management and monitoring
· Performance reporting
Yes. The WLAN Array features automatic IAP, Gigabit uplink and system image failover that eliminates the vast majority of potential system failure modes. Additionally, complete WLAN Array failover is possible through a "heart beat" mechanism allowing a secondary Array to take over if the primary unit has failed.
Yes. The Xirrus WLAN Array can be powered by either a standard AC power source or by using the XP-3100 Remote Power System. The XP-3100 allows the WLAN Array to be powered with DC power using a standard CAT-5 cable. This simplifies installation and eliminates the cost of installing AC outlets.
No. The WLAN Array may be deployed using some simple rules for placement. In more complex environments, Xirrus and Motorola have partnered to enhance Motorola's LANPlanner for the Wireless LAN Array software application for planning and predictive modeling of a Wi-Fi deployment. This allows IT administrators or Solution Partners to import a floorplan to create a 2D/3D graphical model showing the expected RF coverage and capacity parameters of the site. Verification of the coverage and performance of the Wi-Fi network is always recommended.
A site survey for the WLAN Array is done exactly the same way in any other 802.11 deployment and can be performed by any trained wireless professional. A key benefit to the WLAN Array is that more clients can be supported at higher data rates so fewer devices are deployed within the designated coverage area.
The WLAN Array can be easily installed on any drop-down ceiling or horizontal surface, enabling simple wireless LAN setup. Xirrus includes a mounting bracket and template to simplify placement and installation. Xirrus also offers a lockable, UL rated 2x2 drop-in ceiling enclosure for offices locations where additional physical security is required or for aesthetic reasons, the WLAN Array needs to be hidden from view.
Â
A minimum of 50 feet is recommended between WLAN Arrays.
Nothing physically prevents the WLAN Array from being mounted in a vertical orientation but this will not provide an optimal coverage pattern over a large area. The WLAN Array is designed to be mounted in a horizontal position so range and coverage patterns have been optimized for this orientation.
The chassis of the WLAN Array is designed for indoor use. Special enclosures can be used to protect the WLAN Array for outdoor use.
Yes. The WLAN Array allows up to three external antennas through RP-TNC connectors.
The type of antenna that can be used depends on band.
The type of antenna that can be used depends on band.
Encryption keys and other information are kept in encrypted format on the WLAN Array, rendering them useless for any malicious purpose.
A Mesh network is a set of "store and forward" wireless devices that allow data to be routed along a collection of daisy-chained units back to the wired network. Mesh networks are most often suited for outdoor metropolitan deployments where Ethernet backbones are not available and slower performance is acceptable. The Xirrus Architecture allows the highest performance possible from the wireless network directly to the wired network via high-speed Gigabit interfaces.
Phased-array antenna systems are not optimal for indoor environments where multi-path and angle spreads yield poor performance. Products using this type of antenna system require multiple "panels" to provide 360o of coverage and only operate in the 2.4GHz band. Xirrus WLAN Arrays were designed to operate in indoor environments in both 2.4GHz and 5GHz bands providing 360o of coverage.
The WLAN Array has several patents pending and is powered by Xirrus' own Multi-channel MAC. The WLAN Array also uses RF chips from Infineon.
The WLAN Array has a number of features that make it one of the best choices for preserving your capital investment. It has many future-proofing features and allows for field upgradeability of critical components such as: Integrated Access Point (IAP) Modules, Main System and FLASH Memory. The WLAN Array also contains a PCI-X slot for future expansion capabilities. The embedded Array Controller features soft-core technology that allows for future software updates to the MAC and Encryption Engines to provide support as new 802.11 standards are ratified.
The main components of the Array Architecture can be replaced in the field by trained technicians.
Xirrus offers a comprehensive warranty that covers hardware for 1 year and the software for 90 days from the date of purchase.
Xirrus provides technical support, training, education, product bulletins and other information to our channel partners allowing them to adequately support the end users of Xirrus products.
