Comprehensive Implementation of the Border Area Mountain Steppe Electronic Information and Developed Cities Electronic Information and Information equalization scheme G-10 million G or more

Source:
By:guogang lin

DOI: https://doi.org/10.30564/jeisr.v2i2.2161

Abstract: Under the condition that the laser can not be used bare fiber and the existing satellite is limited by electric energy and weight, the innovative wired magnetic fiber [1] cable, rich IP channel magnetic fiber receiver [2] and transponderless reflector satellite [3] technology combine with the existing technology to make the magnetic fiber superior to the optical fiber and can be used bare; the magnetic fiber technology is an innovative product under the existing technical conditions of the downlink frequency segment, which can only be used as a linear transmission satellite at present, so that the frequency segment can be bent transmission and realize the new cable of the reflector satellite and the magnetic fiber port “antenna”; Magnetic fiber, magnetic fiber port “antenna” and reflector satellite interoperability, infinite number of channels IP the inverse As wireless transmission, radio satellite (including ground and indoor relay “antenna”) can also be combined with optical fiber interoperability, so that the extremely rich number of channels IP realize wired wireless electronic information network, terminal equipment upgrade to magnetic fiber receiver, solve the problem of serious imbalance between electronic information in border area, mountain area, grassland and developed city and broadband narrow mobile equipment, magnetic fiber can also be integrated with power network of low-cost multi-power ecological network body References:

[1]Guogang Lin. An electromagnetic fiber tube that bends and transmits high frequency electromagnetic wave information[P]. State Intellectual Property Office ,2015, X [P].201510237920 [2]Lin Yu. Magnetic Fiber Receiver G-10 million G or more of Long and Wide Band for Magnetic Fiber[P]. State Intellectual Property Office, 2017, 107843011. [3]Lin Guogang. An electromagnetic fiber tube that bends and transmits high frequency electromagnetic wave information[P]. State Intellectual Property Office, 2015, X , 201510237920 [4]Guogang Lin, Yu Lin. Transmission of more than 1 GHz of electromagnetic wave information and electricity by magnetic fiber technology[J]. China Cable TV, 06: 703-704. [5]Guogang Lin. An electromagnetic fiber tube that bends and transmits high frequency electromagnetic wave information[P]. State Intellectual Property Office, 2015, 201510237920 [6]Guogang Lin. A Study on the General Plan for the Balanced Development of Radio, Film and Television Information Network in China’s Urban and Rural Areas [J]. Satellite television and broadband multimedia, 2011, 23: 42-43. [7]Guogang Lin. Comprehensive broadband programme for research on satellite and terrestrial radio and television information[J]. Western Radio and Television, 2015, 1: 189-190. [8]Yu Lin. Magnetic Fiber Receiver G-10 million G or more of Long and Wide Band for Magnetic Fiber[P]. State Intellectual Property Office ,2017,2017 107843011. [9]Guogang Lin. High-frequency Lightning Protection Technology[J]. Satellite television and broadband multimedia, 2008, 17: 40-42. [10] Guogang Lin. High-tech, efficient and high-quality modern educational structure[P]. Satellite television and broadband multimedia, High-tech, efficient, high-quality modern educational structures, 2008, 17: 40-42.