The First Wireless Broadband Network with Full Network Intelligence.

Azalea Networks delivers network intelligence to its broadband wireless infrastructure through an innovative wireless routing technology that sets new standards in price and performance. It’s the perfect solution for service providers, government agencies and industrial enterprises that need superior performance, scalable capacity, seamless mobility and more. It’s all made possible by intelligent network routing technology to deliver high quality wireless voice, video and data services.

Adaptive Wireless Routing^TM (AWR)

Azalea’s Adaptive Wireless Routing (AWR) technology is the industry’s first dynamic, distributed routing technology purpose-built for wireless networks. Tests proved Azalea is able to deliver significantly higher throughput performance when compared to other multi-radio wireless solutions.

Active Video Transport^TM (AVT)

Azalea’s innovative Active Video Transport technology is designed to remove impairments to video quality including jitter and packet loss, and dramatically improve the performance of video applications across a broadband wireless network infrastructure.

Motrix^TM High Speed Roaming

Motrix — a contraction for the mobile matrix characterizing the ability to roam seamlessly — builds on AWR’s intelligent network routing capabilities to provide cross-IP subnet roaming among all wireless access points. No other wireless networking solution available today makes roaming as fast, transparent and effortless.

The Azalea Advantage

The Azalea Operating System (AOS) out-performs other wireless networking solutions:

• Dynamic, distributed network routing designed specifically for Azalea’s multi-radio wireless products to deliver scalable, sustained performance over multiple hops.

• The fast and efficient distance-vector routing protocol incurs a per-hop latency of less than 2 milliseconds to better support real-time applications, such as VoIP and video streaming.

• A variety of topologies are used to fit different application requirements, including full/partial mesh, point-to-multipoint and hierarchical hub-and-spoke.

• Automatic load-balancing throughout the wireless network infrastructure ensures high performance even during periods of intermittent congestion.

• Seamless roaming within the wireless network infrastructure provides “session persistence” for any IP-based application, including Voice-over-IP over Wi-Fi.

• Support for DiffServ, 802.11e and VLANs gives network operators full control over service quality for converged wireless networks carrying voice, video and data traffic.

• Enhancements at network ingress and egress nodes yield industry-leading “high definition” video quality for video surveillance and similar applications.

• The self-forming, self-healing and self-managing nature of the wireless network infrastructure is supplemented with a powerful centralized management system to help minimize operational expenditures.

Wireless Mesh Routers	AP & CPE	Network Management