![]() ![]() Recently, backhaul products operating in the millimeter frequency spectrum have seen tremendous expansion.īecause theoretical distances are subject to rain attenuation, and different settings can have different characteristic attenuations, it is vital to calculate these distances carefully and precisely. ![]() MmWave links can be set up in hours, and transferred and utilized on multiple sites as network requirements change. Links can be deployed densely in congested cities using high frequency microwaves without causing interference, and without the need to dig for cables and fiber optics, which can be costly, sluggish, and disruptive. Millimeter Wave on the E-Band spectrum is a high-speed (up to 10Gbps) high-capacity wireless communication technology that is excellent for metropolitan settings. Due to their lower cost, mmWave radios have the potential to revolutionize business models for mobile backhaul providers and metro/enterprise “Last-Mile” access connectivity. Today, radio transmission products with full-duplex data rates of up to 10 Gbps over several kilometers, and carrier-class availability levels are available. Millimeter-wave radios have swiftly become the fastest point-to-point radio option on the market due to the huge amount of bandwidth accessible in the 70 and 80 GHz E-Band spectrum.
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