Network Anatomy Wireless Products and Network Solutions
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COMMUNICATIONS
Complex Long Haul Wireless Networks | Solutions for Networks in Obscure Places Including:
Aeronautical
Maritime
Cargo

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NetworkAnatomy are architects and implementors of advanced and blended wirelesss (WiFi-WiMax) network technolgies. We are implementing MUNI networks and initiating new work on Maritime Wireless Networks, Test and Evaluation Networks (TEN government),  public safety networks, Port Security networks and will be addressing the wireless need of airlines starting in 2007. We have an general technolgy approach which we call ICEBOX  (the integration of Information, communications and

entertainment) that allows the blending of companion wireless technolgies to achieve a greater operational balance within budgets and across client requirements. One example of how our ICEBOX process works is the discovery, derrived from the specifications input, would state that WIFI security levels alone will not meet the client needs and thus the blending of WIMAX in the architecture, which is more highly secure, would close this gap. The resulting archtecture with this inclusion remains cost effective, meets and exceeds the client security needs. This is the value proposition of our firm.

This year we will be continuing our involvement and interest in the future 802.22 specification for Wireless Regional Access Networks of WRANs. This specification will further support cognitive radio and operation in the TV bands for fixed, point-to-multipoint, and wireless regional area networks that operate on unused channels in the VHF/UHF TV bands between 54 and 862 MHz. Signals at these frequencies can propagate 40 km or more from a well-sited base station, depending on terrain, and thus ideal spectrum to provide broadband service in sparsely populated areas, where vacant channels are available. In the United States, the FCC has issued a notice of proposed rulemaking to open the 54-698 MHz portion of the TV spectrum for unlicensed usage which is planned for release by 2009. The standard will work with existing IEEE 802 architectures, will give IEEE 802.11 wireless local-area networks in outlying areas a fatter pipe for receiving and transmitting data and will complement IEEE 802.16 metropolitan area networks, which do not include cognitive radio functions for sharing TV spectrum.

NetworkAnatomy is your architect and implementor to support public safety to public access wireless network requirements.

 

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