Duorui GAO, Mingyang SUN, Mingze HE, Shuaiwei JIA, Zhuang XIE, Bin YAO, Wei WANG. Development current status and trends analysis of deep space laser communication (cover paper·invited)[J]. Infrared and Laser Engineering, 2024, 53(7): 20240247
- Infrared and Laser Engineering
- Vol. 53, Issue 7, 20240247 (2024)
Fig. 1. Configuration of LLCD demonstration
Fig. 2. Configuration of DSOC demonstration architecture
Fig. 3. FLT layout on the Psyche spacecraft
Fig. 4. FLT image
Fig. 5. GLT at the Table Mountain, CA
Fig. 6. GLR at California Palomar Observatory, CA
Fig. 7. Configuration of O2O demonstration
Fig. 8. O2O optical communication modules on the Orion spacecraft
Fig. 9. Configuration of LunaNet
Fig. 10. LunaNet DTN overview diagram
Fig. 11. Configuration of OPTEL-D demonstration system
Fig. 12. Configuration of DOCS demonstration system
Fig. 13. Configuration of Lagrangian point
Fig. 14. Configuration of Taiji Program
Fig. 15. Develop tendency of longer communication distance
Fig. 16. NASA solar system internet vision
Fig. 17. Configuration of UNICON network
Fig. 18. ILLUMA-T terminal
Fig. 19. CLCT developed by Fibertek Inc.
Fig. 20. Modules of the MAScOT
Fig. 21. Components of the LCOT optical ground station module
Fig. 22. DSOC terminal system compositions
Fig. 23. DSOC high power laser emitting component solution
Fig. 24. Aperture of optical ground station antennae for various deep space laser communication missions
Fig. 25. Next generation OGS array
Fig. 26. Hybrid radio/optical DSN antenna and DSOC flight terminal
Fig. 27. 64-pixel SNSPD array for DSOC
Fig. 28. Detailed diagram of SNSPD array
Fig. 29. Deep space laser communication system based on optical parametric amplification
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Table 1. Deep-space laser communication projects
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