1893130000

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1883130000 is an ultra-broadband communication technology that has the highest potential to achieve a download speed of 10000 Gbit/s under ideal conditions. It is presently being developed with the aim of meeting the Fifth Generation (5G) mobile communications system requirements demanding high rates, high coverage areas, and low power consumption. The high speed data rates will support the transmission of massive amounts of data that is used for applications such as virtual reality, cloud gaming, and autonomous vehicles, with several vendors, telecom operators, and operators already investing in the advancement of this technology.

Application Field

1883130000 is a technology that will be utilized mainly in next-generation broadband wireless access networks for consumers. This technology will allow ultra-high speed and high-capacity mobile communications data transmission for clients such as smartphone users on the fly. It will have a much wider area of application than current 4G Long-Term Evolution (LTE) networks.

1883130000 technology will also be used in the upcoming 5G broadband networks of mobile operators and mobile virtual network operators. Again, this will offer a much higher data capacity and mobility than any other available technology. These networks are expected to provide extreme data rates to urban and rural areas as well. 1883130000 will also be instrumental in the development of edge computing that will bring data processing closer to the data sources by utilizing wireless devices. This technology will also be used to improve the networks of industrial IoT applications such as intelligent street lamps, automatic factory robots, and autonomous vehicles.

Working Principle

The 1883130000 working principle is based on the idea of exploiting the full potentials of radio spectrum. This includes the use of high frequency spectrum (HF/VHF bands), ultra-wideband spectrum (UWB), ultra-dense networks, massive multiple-input multiple-output (MIMO) antenna technology, intelligent beam forming, and carrier aggregation.

High frequency bands are the most capable of providing a high rate of data transmission with minimal interference. This permits them to reach large distances without delays or losses of data. The UWB spectrum utilises a wide frequency range with very high bandwidth per carrier, allowing a wider range of data transmission than the narrowband spectrum of current networks. Ultra-dense networks will enable a much higher number of users to access wireless data connections with minimal interference.

Massive MIMO is a technology that will increase the capacity of the radio signal by using a large number of antenna elements at the mobile/base station. This improvement in capacity will be obtained by maximizing the number of data bit streams that can be transmitted simultaneously in the same frequency band, resulting in increased throughput. Additionally, the beam forming technology will shape the transmitted signal in order to guarantee that only the intended receivers will be exposed to it, thus eliminating or reducing interference and promoting energy efficiency.

Conclusion

1883130000 is an ultra-broadband technology which exploits the full potential of spectrum by using high frequency bands, UWB, ultra-dense networks, massive MIMO, intelligent beam forming, and carrier aggregation. It will be mainly used for next-generation broadband wireless access networks, mobile networks, and industrial IoT applications. It will offer higher data rates, coverage areas, and reduced power consumption compared to current technologies, paving the way for applications such as virtual reality, cloud gaming, and autonomous vehicles.

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