The key technology for the innovation of the new space industry is photon technology. From communication navigation to detecting imaging, optoelectronic chip technology makes it possible for miniature, accurate, reliable and efficient solutions for the harsh space environment. As humans step into space further, optoelectronic technology guides the road as an indispensable bright lamp.
Satellite and interconnected satellite constellations are leading this charge to provide global high -speed Internet access. SpaceX has deployed more than 4,000 Starlink satellites, and as of May 2023, users reached 1.5 million. Laser star links provide higher speed and bandwidth than the frequency frequency link. Free space light communication terminals based on 1064nm laser exchange data between satellites and ground stations.
Amazon plans to launch more than 3,000 satellites by 2029, with a target covering 95%of the world. China plans to establish a government operating constellation consisting of 13,000 satellites. With the number of satellites accounted for more than 67%of the total number of rail objects, effective space flow management is important to prevent collision.
Land -optical electronic chip technology has been refined for decades to achieve more compact, reliable and energy -saving space solutions. For example, the Swiss Electronics and Micro Technology Center (CSEM) has developed solutions suitable for space based on its professional knowledge, such as its "Remove-Debris" task led by the Surrey Space Center Visual navigation sensor provided.
Laser components and docking sensor lasers make the aerospace connection more accurate, for rail logistics, such as maintenance, refueling and reset. Switzerland CSEM develops laser radar and sensors for navigation, using professional knowledge obtained from the "Remove-Debris" aircraft maintenance task. Compact laser transmitters and processors must resist radiation, while providing gesture estimates.
Optical modulation communication communication laser beam from EXAIL in France. EXAIL's lithium pyrium regulator was originally developed for the fiber gyroscope, providing reliability of space verification. The electrical suction recruitment modulator from the Swedish RISE Institute makes the asymmetric link with lower size/power requirements for ground terminals possible.
Optical transceiver and component integrated optical optical transceiver reduced the volume of the communication system. MBryonics's 56Gbps TERABIX transceiver integrates anti -radiation electronic devices and co -sealing optical devices (CPOs). The relevant detection technology used by land -based is improved in space and provides higher sensitivity. Optical chip technology is the key to implementing these systems.
The multi -optical filter of the Canadian Iridian spectrum technology company makes it possible to use a detector to observe the earth at different bands at the same time, which is essential for monitoring agriculture, weather and environmental phenomena from space monitoring agriculture, weather, and environmental phenomena. Color scattered filter can be separated and reorganized laser communication beams. All components must provide small volume, lightweight and low power consumption performance, and have extremely high reliability.
The electric suction recruitment modulation developed by the Swedish Rise Research Institute achieved low weight and low power consumption suitable for free space light communication terminals.
Earth observations and image sensing satellites support the local industry and other industries such as climate science and agriculture. ASE Optics develops short -wave infrared optical components for small satellites, providing custom irrigation recommendations through spectral imaging. First Light Imaging provides customized visible light and infrared space cameras for tracking laser communications beam and greenhouse gas monitoring. IMEC's professional development of its CMOS and optoelectronics chips requires score spectrum detection.
France FIRST LIGHT Imaging is engaged in visible light and infrared science cameras for pre -wave detection and astronomy. The company provides standard and customized short -wave infrared camera solutions, including high -speed laser beam detection for free space light communication and beam beam tracking, as well as local observation and greenhouse gas testing.
In summary, from the giant satellite constellation that provides unprecedented interconnection to the service aircraft that extend the service life of assets, the optoelectronic chip technology constitutes a key cornerstone for promoting these innovations. Although challenges such as orbit crowded and spatial policy evolution still exist, continuous cooperation in the industry and government can overcome obstacles and promote the rapid development of the new space industry. Support all of this, universal and solid optoelectronic chip technology solutions can open up new fields of vision at any time.
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