Broadcast 5G Signal beam via drone from the stratosphere | 5G drone

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What is 5G?

All about 5G drone. 5G (fifth generation) is a new stage of mobile communication. It utilizes a new radio standard and other new technologies. that use higher radio frequencies to transfer more data over the air for faster speed and reduced congestion. It will mobile data transmission through larger capacities within a cell. The 5G new radio interface enables a significantly higher number of devices being used within the same geographical area. 5G can support approximately one million devices per square kilometer.

What is the drone?

The drone will be installed a new kind of wireless antenna. The drone will be operated at an altitude of 65,617 feet. It is used to distribute 5G mobile broadband service over areas up to 140 km in diameter. The Zero-emissions aircraft would be powered by liquid hydrogen fuel cells and capable of staying aloft for up to nine days. Weighing in at just 120kg and measuring 3 meters square. The full-scale antenna being hailed as the “world’s largest commercial airborne communication antenna. which is built by Cambridge consultants and stratospheric platforms limited with collaborated. In addition, there is creates a long-endurance by hydrogen fuel cell power system. it is low environmental impact aircraft, with low noise, zero CO2, and zero NOx emissions.

How does this process happen?

SLP completed its first successful test trial in September 2020. The Roll-out of the first commercial service is anticipated to begin in Germany during 2024. Each aircraft’s antenna produces 480 individual, steerable beams that can be cover specific areas such as roads, railway lines, or shipping lanes. SLP says a unique, wholly-digital beamforming capability gives massive flexibility in how services are deployed, allowing in flight. According to CC, a fleet of around60 HAPS could blanket the whole of the United Kingdom with connectivity. There are providing even geographic coverage of peak 5G speeds in excess of 100Gps in aggregate. In addition at a lower cost than the equivalent need for hundreds of today’s terrestrial masts.

What are the advantages of this method?

The companies claim that their system, which has so far taken 4 years to develop. The system has the potential to connect, unconnected people in rural areas, and fill gaps in coverage around the world. Users would get download speeds of about 100Mbps allowing them to download a typical 1GB movie in under 1 minute. Moreover, the technology lets you get coverage up and running quickly in remote areas. It is a very high energy source due to the use of hydrogen fuel cells for drones. which enables them to produce a huge amount of power for long periods of time. 5g drone will be the future of 5G technology.

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