2008Wireless Telecommunications SymposiumRequires access

Mid millimeter waves for broadband satellite communication 72– 100 GHz

Paul Christopher

Open publisher page 4 citations

Abstract

We use high elevation satellite systems and 95% availability to extend the attractiveness of millimeter wave communications. Millimeter wave satellite communication in the 72-100 GHz region is indicated to be attractive for most of the Temperate Zone, with a 95% non rainy condition. The worldwide attenuation function is given (Appendix).

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What this paper is about

We use high elevation satellite systems and 95% availability to extend the attractiveness of millimeter wave communications. Millimeter wave satellite communication in the 72-100 GHz region is indicated to be attractive for most of the Temperate Zone, with a 95% non rainy condition. The worldwide attenuation function is given (Appendix).

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Available abstract

We use high elevation satellite systems and 95% availability to extend the attractiveness of millimeter wave communications. Millimeter wave satellite communication in the 72-100 GHz region is indicated to be attractive for most of the Temperate Zone, with a 95% non rainy condition. The worldwide attenuation function is given (Appendix).

Key concepts: Millimeter, Communications satellite, Extremely high frequency, Attenuation, Satellite, Broadband, Remote sensing, Telecommunications

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