POWERED WIFI AMPLIFIERS DRONE PORTABLE

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These cookies ensure basic functionalities and security features of the website, anonymously. Necessary cookies are absolutely essential for the website to function properly. In a military context, this means itвЂ™s possible to set up a high-bandwidth wireless network that could cover large swathes of geography even using low-power, often battery-operated wireless access points whose own position is highly variable - as it would be if the access point were circling blithely above a battlefield in an 11-foot-long, 185-pound remote controlled aircraft fitted out with directional antennas and amplifiers that allow it to fly high enough to be a difficult target without weakening the network links to the ground. Millimeter-wave networks using wavelengths between 30GHz and 300GHz have significantly higher bandwidth and more reliable connections than existing cellular networks, including reliable non-line-of-sight connections at ranges of up to 200 meters even from low-power micro- or picocell base stations, especially in non-line-of-sight and urban-canyon environments, according to a January 11 analysis from IEEE.

POWERED WIFI AMPLIFIERS DRONE PORTABLE

Portable MANETS not only have to be unusually heterogeneous, but also have to scale to support both thousands of individual users and to cover areas far larger areas than most commercial or military radio systems are designed to do, according to DARPA project documents that specify systems using steerable antennas, millimeter-wave wireless-network frequencies, and data rates of 1Gbit/sec from aerial, mobile and fixed nodes.

The program is part of an ongoing effort by DARPA and the Pentagon to extend intelligence-distributing communications networks all the way down to individual troops in the field - efforts that have often been frustrated by the almost complete lack of network infrastructure in the remote war fighters often operate.Д«ecause of the range of devices and generations of communications gear in use by varying levels of mounted and foot troops, the fixed-wireless military mobile ad hoc networks (MANETS) had to support devices using old-fashioned military radio, special-function modern military wireless networks, as well as more routine and commercially available WiFi and cellular communications networks.

DARPA launched the Fixed Wireless at a Distance program in 2012 to provide high-bandwidth, reliable network connections to forward operating bases and troops on patrol.

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