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China launches 'world's first 6G experiment satellite', China leapfrogs world with first 6G experimental satellite

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China launches 'world's first 6G experiment satellite'
Beijing sends 13 satellites into space in single rocket launch, local media reports
Riyaz ul Khaliq |06.11.2020

thumbs_b_c_1f11ed8bf581a4d001f6885ec30a97bf.jpg


ANKARA

China has sent into space “the world’s first 6G experiment satellite,” local media reported on Friday.

The experimental 6G satellite will “verify the terahertz (THz) communication technology in space, a breakthrough in space communication,” according to state-affiliated daily Global Times.

The 6G satellite was among three Chinese satellites successfully launched into orbit, along with 10 commercial remote sensing satellites developed by Argentinian company Satellogic, the report said.

All of them were launched using a single Long March 6 rocket that took off from the Taiyuan Satellite Launch Center in northern Shanxi province.

This was the 351st rocket of China’s indigenously developed Long March series.

In September, China launched its third maritime satellite into space, and has also sent an observation satellite, Gaofen 11-02, into orbit to help in mapping efforts for its Belt and Road Initiative.

Meanwhile, China’s National Astronomical Observatory said on Friday it will open its 500-meter Aperture Spherical Radio Telescope, the world’s largest single-dish radio telescope, to global scientists next year for research work, state broadcaster CGTN reported.

The observatory will begin full operation in January 2021 after passing a “series of technical and performance assessments.”

 
China launches 'world's first 6G experiment satellite'
Beijing sends 13 satellites into space in single rocket launch, local media reports
Riyaz ul Khaliq |06.11.2020

thumbs_b_c_1f11ed8bf581a4d001f6885ec30a97bf.jpg


ANKARA

China has sent into space “the world’s first 6G experiment satellite,” local media reported on Friday.

The experimental 6G satellite will “verify the terahertz (THz) communication technology in space, a breakthrough in space communication,” according to state-affiliated daily Global Times.

The 6G satellite was among three Chinese satellites successfully launched into orbit, along with 10 commercial remote sensing satellites developed by Argentinian company Satellogic, the report said.

All of them were launched using a single Long March 6 rocket that took off from the Taiyuan Satellite Launch Center in northern Shanxi province.

This was the 351st rocket of China’s indigenously developed Long March series.

In September, China launched its third maritime satellite into space, and has also sent an observation satellite, Gaofen 11-02, into orbit to help in mapping efforts for its Belt and Road Initiative.

Meanwhile, China’s National Astronomical Observatory said on Friday it will open its 500-meter Aperture Spherical Radio Telescope, the world’s largest single-dish radio telescope, to global scientists next year for research work, state broadcaster CGTN reported.

The observatory will begin full operation in January 2021 after passing a “series of technical and performance assessments.”


@FairAndUnbiased Oh my! 6G terahertz (THz) communication I thought you said anything over sub-6 GHz, including mmWave and terahertz was a gimmick. :lol:
 
what the hell it will be ? downloading speed of 15000gb per sec?
 
then humans will be sitting free its not good

Jungle rule dear brother, it's crunch time and the battle lines are being drawn. The west has held hegemony over the world, on the back it's technological edge over other powers and nations. The balance scale is adjusting, China is heading toward a fight to the finish with america.
 
Jungle rule dear brother, it's crunch time and the battle lines are being drawn. The west has held hegemony over the world, on the back it's technological edge over other powers and nations. The balance scale is adjusting, China is heading toward a fight to the finish with america.
TBH sir i did not dicriminate between east and west on dangers to mankind .falling economy global warming AI climate change terroism poverty hunger crimes corruption and danger to mankind not only west or east
 
@FairAndUnbiased Oh my! 6G terahertz (THz) communication I thought you said anything over sub-6 GHz, including mmWave and terahertz was a gimmick. :lol:

Satellites vs. ground communications makes all the difference. mm wave and terahertz are both line of sight propagating and have trouble propagating through walls, some mm wave frequencies even are blocked by atmospheric absorbers. None of that is an issue in space.
 
Satellites vs. ground communications makes all the difference. mm wave and terahertz are both line of sight propagating and have trouble propagating through walls, some mm wave frequencies even are blocked by atmospheric absorbers. None of that is an issue in space.

Of course but the point of 6G is fast internet on earth which means sending signals down from space and hence my original post.
 
China leapfrogs world with first 6G experimental satellite
The technology is expected to be over 100 times faster than 5G, enabling lossless transmission in space
By DAVE MAKICHUK
NOVEMBER 7, 2020

lihat-foto.png

China has sent into space the world’s first 6G experiment satellite, local media reported. The satellite will verify the terahertz communication technology in space, a breakthrough in space communication. Credit: lihat foto.


The space race is on!

And China has leap-frogged the world in satellite communication.

Not only did China send 13 more satellites into orbit today, it also successfully completed a world’s first, sending up a sixth-generation communications test satellite, Yicai Global reported.

The devices were put into space by a Long March-6 carrier rocket that blasted off from the Taiyuan Satellite Launch Center, China Central Television (CCTV) reported.

The 6G satellite was among three Chinese satellites successfully launched into orbit, along with 10 commercial remote sensing satellites developed by Argentinian company Satellogic, media reports said.


Named after the University of Electronic Science and Technology of China, the satellite was jointly developed by Chengdu Guoxing Aerospace Technology, UESTC, and Beijing MinoSpace Technology.

It will be used to verify the performance of 6G technology in space as the 6G frequency band will expand from the 5G millimeter wave frequency to the terahertz frequency, Yicai reported.

The satellite is the first technical test of terahertz communication’s application in space, said Xu Yangsheng, an academician at the Chinese Academy of Engineering.

The technology is expected to be over 100 times faster than 5G, enabling lossless transmission in space to achieve long-distance communications with a smaller power output, Yicai reported.

The technology allows terahertz to be widely used in satellite internet, said Lu Chuan, head of the UESTC’s Institute of Satellite Industry Technology.

The satellite carries an optical remote sensing load system to monitor crop disasters, prevent forest fires, check forestry resources, and monitor water conservancy and mountain floods as well as provide abundant satellite images and data, Lu noted.

According to China Daily, 6G technology is still in its infancy and must overcome several technical hurdles in basic research, hardware design, and its environmental impact before the technology becomes commercially available, according to a white paper published by Finland’s University of Oulu.

Moreover, some scientists worried that 6G’s new infrastructure, the increased integration of space-air-ground-sea communication technologies, and the use of a new frequency range to transmit data might affect astronomical instruments or public health, or be too expensive or insecure for researchers to use.

“The sharing, analysis and management of research data are crucial for scientific and technological innovation in today’s big data era,” Wang Ruidan, deputy director of the National Science and Technology Infrastructure Center, said during a Beijing forum on digitized scientific research.

Meanwhile, China’s National Astronomical Observatory said on Friday it will open its 500-meter Aperture Spherical Radio Telescope, the world’s largest single-dish radio telescope, to global scientists next year for research work, state broadcaster CGTN reported.

The observatory will begin full operation in January 2021 after passing a “series of technical and performance assessments.”

 
All I read was that Argentina made 10 satellites and here SUPARCO cant even make one.
 
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