Iridium Satellite Network Frequency

Iridium satellite frequency description between two iridium satellites 23 18 to 23 38 ghz between iridium phone terminal and iridium satellite l band in the range from 1621 35 to 1626 5 mhz used for both uplink and downlink.

Iridium satellite network frequency.

Provides global voice calling and text messaging solutions for your phone as well as enhanced data capabilities offered through optimized apps to meet your unique needs turning it into a satellite smartphone. Station to station calls from one satellite phone to another can be routed directly through space without going through a ground station. Only iridium offers truly global communications through a constellation of 66 crosslinked leo satellites. Iridium s crosslinked mesh architecture creates a web of coverage encompassing 100 of the planet from low earth orbit providing low latency weather resilient services unlike any other satellite provider.

Each iridium next satellite is outfitted with two 20 30ghz uplink downlink steerable feeder links connecting the satellite to a terrestrial gateway and four 23 18 to 23 38 ghz crosslinks to connect each satellite to neighboring. Iridium frequencies 1616 mhz 1626 5 mhz frequency range 1616 mhz 1626 5 mhz mode raw modulation psk acf bandwidth 31 5 khz location worldwide short description this is the l band uplink downlink for the low. With communications solutions ranging from satellite phones to broadband terminals iridium is trusted by more than a million mariners pilots humanitarians first responders and governments around the world. Iridium ground stations interconnect the satellite network with land based fixed or wireless infrastructures worldwide to improve availability.

Extending the reach of terrestrial and cellular infrastructure like never before iridium certus mobile satellite communications across maritime iot aviation land mobile and government applications. Iridium certus is the new advanced multi service platform enabled by the upgraded iridium constellation. In space each iridium satellite is linked to up to four others two in the same orbital plane and one in each adjacent plane creating a dynamic network that routes traffic among satellites to ensure global coverage even when.