Leopold and ken peterson in late 1987 in 1988 protected.
Iridium satellite network architecture.
With an upgraded network iridium is poised now more than ever to meet the growing demand for global communications on land at sea and in the skies far into the future.
Satellite constellation a uniquely sophisticated architecture.
The network is considered a meshed constellation of interconnected cross linked satellites so that each satellite talks with the other nearby satellites in adjacent orbits.
No other network matches the reach coverage and reliability of iridium.
Iridium stands alone as the only truly pole to pole satellite network.
Iridium s unique cross linked low earth orbit leo network delivers the highest reliability of any commercial satellite network and our cross linked meshed architecture provides redundancy afforded by no other commercial satellite constellation.
Satellite constellation a uniquely sophisticated architecture.
Unique to iridium this architecture provides inherent advantages in performance and reliability over other mobile satellite services providers.
Iridium operates the world s largest commercial constellation with a mesh architecture of 66 cross linked.
Today many communications navigations space mission and observation satellites are in low earth orbits.
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.
The iridium satellite constellation provides l band voice and data information coverage to satellite phones pagers and integrated transceivers over the entire earth surface.
This network would eventually become iridium.
The iridium system is a satellite based wireless personal communications network designed to permit a wide range of telephone services voice data fax paging to connect to destinations virtually.
Through a crosslinked and overlapping mesh architecture iridium s global coverage means that you are never out of reach regardless of your location.
This crosslinked architecture provides the additional advantage that communications can be grounded near their desired destinations.
