There are several frequency bands that are used for satellite communication; some of the most commonly used are:
- C-band: 4GHz – 8GHz
- Ku-band: 12GHz – 18GHz
- Ka-band: 26.5GHz – 40GHz
- V-band: 40GHz – 75GHz
- W-band: 75GHz – 110GHz
- E-band: 71GHz – 86GHz
- S-band: 2GHz – 4GHz
- L-band: 1GHz – 2GHz
- UHF-band: 300MHz – 1GHz
- X-band: 8GHz – 12GHz
These bands are used for different types of satellite communication, such as television and radio broadcasting, satellite internet, satellite phone, satellite navigation, and remote sensing. Different countries and organizations may have different band allocations, and the specific frequencies within each band may also vary depending on the specific application.
These are broad ranges, and the exact frequencies used within each band may vary depending on specific applications and regulations. Additionally, the band names can also vary depending on the source.
- Q-band: 33GHz – 50GHz
- K-band: 18GHz – 27GHz
- A-band: 7GHz – 9GHz
- M-band: 40GHz – 60GHz
- H-band: 13.75GHz – 14.5GHz
Certain bands are also used for different types of satellite communication, such as television and radio broadcasting, satellite internet, satellite phone, satellite navigation, remote sensing, and earth observation.
Many of these bands are not widely used or are in the process of being allocated; it’s also worth noting that the satellite communication industry is constantly evolving, and new frequency bands are being studied and allocated. Additionally, some of these bands may have different names and allocations depending on the regulatory body or the region.
Please also note that these bands are not absolute, and there are overlaps and variations; some of the frequencies within these ranges may not be used for specific applications, and some may not be allowed to be used in certain regions.
- O-band: 47GHz – 52GHz
- G-band: 57GHz – 64GHz
- R-band: 64GHz – 71GHz
- D-band: 110GHz – 170GHz
- F-band: 170GHz – 220GHz
These bands are also used for different types of satellite communication, such as high-speed satellite internet, satellite navigation, and remote sensing. Some of these bands are used in the experimental or testing phases and are not yet widely used in practical applications.
It’s worth noting that many of these bands are not widely used or are in the process of being allocated; it’s also worth noting that the satellite communication industry is constantly evolving, and new frequency bands are being studied and allocated. Additionally, some of these bands may have different names and allocations depending on the regulatory body or the region.
Please also note that these bands are not absolute, and there are overlaps and variations; some of the frequencies within these ranges may not be used for specific applications, and some may not be allowed to be used in certain regions.
These are just some of the most common frequency bands used for satellite communication. Many other frequency bands are used for specific purposes, depending on the region and the specific application.