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With flexible operational services and compact ground terminals, Satellite Communications (Demand Assigned Multiple Access (DAMA) controlled networks that offer the user total control of the space link. When deployed in theater, offers terrain independent , flexible networking and direct link to the final destinations – without reliance on radio relays.) services offer attractive solutions for military users in theater and on global links. Dedicated military satellite networks are augmented by commercial services, primarily
Future concepts currently under consideration call for the deployment of a global grid ofsatellites that could support the warfighter, enabling flexible command and control of task forces anywhere in the world. Such networks will utilize new EHF satellites (follow-on to the current Milstar program) and will seamlessly integrate the local combat net radio with the strategic global network, facilitating effective access to all levels of command and military operations anywhere in the world.
Due to the high cost of satellite systems development and operations, outsourcing of services is considered by many nations. In the UK, themilitary satellite is being evaluated as a private venture. The program is under development and the system is expected to enter service by 2005. The French military satellite constellation is also offered for rent, to the German government and Army. Belgium and the Netherlands have also expressed interest in such arrangements. Israel is licensing commercial traffic on the Israeli Amos-2 and other communications satellites, and is also planning to deploy a dedicated military later in the decade. NATO is still utilizing its NATO IV system, which is due for replacement in the near future. Candidates for such replacement are , and Milstar. Turkey is planning a large scale investment in space, including enhancement of its satellite communications infrastructure.
For mobile operation, SATCOM terminals using commercially available Ku-band already provide data rates up to 512 Kbps on the move. When a vehicle comes to a halt, performance increase dramatically to two, and up to five Mbps. Future SATCOM on the move technologies are currently in development for commercial and military applications. Such systems are part of the WIN-T program, which will utilize future Ka band satellites and dedicated terminals to provide 1Mbps continuous data rates to command elements on the move.
Military grade on-the-move SATCOM ground terminal must provide continuous connectivity in conditions where commercial terminals usually fail. They must be able to automatically and rapidly recover from signal blockages, due to man made objects, terrain/foliage, weather and other atmospheric effects. Such terminals are designed to work with a wide range of military and commercial satellite services, including wideband commercial Low Earth Orbit (LEO), Medium Earth Orbit (MEO), and Military Geosynchronous Earth Orbit (GEO) satellites, as well as Protected (Advanced EHF) Narrowband Satellite communications.
Additional parts of this article:
- Military Command and Control (C2) and Mobile Networking
- Mobile Cellular Networks in Military Use
- Military Wireless Data Networks
- Tactical Mobile Broadband Networks
- Tactical Satellite Communications Networks
- Command and Control (C2) Systems for the Tactical Echelon
- Dismounted & Mobile Command and Control (C2) Systems