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High-speed data transmission through space using laser beams

Báo Thanh niênBáo Thanh niên30/04/2024


According to TechSpot , the US National Aeronautics and Space Administration (NASA) has made an important step forward in developing new data transmission technology, when it successfully transmitted data via laser at a distance of 226 million km from Earth to the Psyche spacecraft.

This is the first time scientists have been able to exploit the ability to establish optical data links over such long distances, opening up the potential for faster and more efficient data transmission speeds in future space exploration missions.

Truyền dữ liệu tốc độ cao xuyên không gian bằng tia laser- Ảnh 1.

Data transmission through space 226 million km at high speed has been achieved

TECHSPOT SCREENSHOT

The test was carried out by the Deep Space Optical Communications (DSOC) system on the Psyche spacecraft, which is set to launch in October 2023 to explore a metallic asteroid called 16 Psyche. DSOC uses lasers to transmit data instead of traditional radio waves, which are slower and more susceptible to interference.

In the test, DSOC successfully transmitted a copy of technical data from Psyche at 25 Mbps. This is a very significant speed milestone, many times faster than current radio communication systems. Previously, NASA predicted only 1 Mbps at that distance.

More importantly, the test proves that DSOC technology can operate effectively in harsh space environments. Previously, in December 2023, DSOC achieved a peak data transmission speed of up to 267 Mbps when Psyche was 31 million kilometers from Earth .

The success of DSOC is a major step forward in developing the next generation of space communications technology. With greater speed and efficiency, the technology could help transmit high-resolution images, video and scientific data from spacecraft farther out in space.

However, DSOC technology is still in its early stages of development. For widespread use in space missions, DSOC needs further improvements in reliability, anti-jamming capabilities, and performance in various environmental conditions.

Overall, the successful DSOC experiment is a positive sign for the future of space communications. With continued technological advances, humans can explore the universe further than ever before and collect valuable scientific data.



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