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White Paper on WiMAX Backhaul at 70/80 GHz
WiFiber for Municipalities
WiFiber vs. 60 GHz Wireless
WiFiber vs. Fiber
WiFiber vs. Free Space Optics
WiFiber vs. Microwave Fixed Wireless
White Paper on WiMAX Backhaul at 70/80 GHz
70/80 GHz radio systems provide a compelling alternative to conventional microwave for WiMAX backhaul applications. They offer the advantages of extremely high data rates, a flexible growth path, plus all the benefits of interference immunity guaranteed by licensed technology. Best of all, the inherent simplicity of a 70/80 GHz radio means it can be offered at a price competitive to a conventional high data radio, significantly broadening the business case of any WiMAX operator.
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WiFiber for Municipalities
Municipalities have come to realize that for fire, police, public safety, schools, libraries, city administration, and other city user groups, there is a growing and immediate need for high bandwidth service.
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WiFiber vs. 60 GHz Wireless
(AUG 05)WiFiber faces several competing technologies to bridge the last mile gap and to provide high speed broadband connectivity. This paper forms one of a series of white papers, and demonstrates how WiFiber competes effectively and offers significant advantages over 60 GHz fixed wireless products.
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WiFiber vs. Fiber
(AUG 05)WiFiber faces several competing technologies to bridge the last mile gap and to provide high speed broadband connectivity. This paper forms one of a series of white papers, and demonstrates how WiFiber competes effectively and offers significant advantages over buried fiber optic cable.
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WiFiber vs. Free Space Optics
(OCT 05)WiFiber faces several competing technologies to bridge the last mile gap and to provide high speed broadband connectivity. This paper demonstrates how WiFiber competes effectively and offers significant advantages over free space optics systems.
Click here to download
WiFiber vs. Microwave Fixed Wireless
(AUG 05)WiFiber faces several competing technologies to bridge the last mile gap and to provide high speed broadband connectivity. This paper forms one of a series of white papers, and demonstrates how WiFiber competes effectively and offers significant advantages over traditional fixed wireless solutions at microwave frequencies.
Click here to download
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