Clint Armstrong said:Radio performance that is powerful enough to penetrate buildings, System architecture fast enough to move voice and video. Every software feature imaginable at your command with a central network manager. Pre-programmed functionality and a propriety software protocol which allows it to automatically link to other mesh units, thus scaling without any user intervention. Once the mesh nodes are deployed, only a single ethernet backhaul connection is required into a given unit. When this is provided, the complete network automatically links together and all network configurations are performance optimized in real-time, creating an instant mesh network. The mesh node contains two independent radios. The primary radio operates at 2.4 GHz and is used to serve WiFi clients.The second radio operates in the 5.8 GHz band is used exclusively for the internal mesh relay. This configuration is ideal as it optimizes throughput and allows for superior data rate and latency performance required for such applications as voice and video. Each radio is designed around 24-7 Online technology and performance is beyond that found in standard solutions.
Sounds a bit like Smartbridge Nexus units. GL - I tested them and walked (ran) away .... hope for your sake its not what you are using.
There are a few others doing the integrated dual frequency solutions - yet to see any WISPs successfully rolling out using this type of topography.
<EDIT> - perhaps to expand - yet to see an 802.11b chipset or related chipset handle any form of mass client numbers. The technology, irrespective of how well the added software and features are simply does not hold up. The propriety equipment costs more - for a reason.
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