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History
Prof. Niutta (Italcable) with Telespazio and Italcable engineers in front of the first antenna of Telespazio (1963)   From the very outset we have achieved major objectives: the first intercontinental links, the first receptions from the Telstar satellite, the first television broadcasts from Fucino. The granting of an exclusive concession rights for the provision of telecommunications services, via “artificial satellite”, by the Ministry of Post and Telecommunications in 1965, enabled us to join Intelsat, the newly-established 12-country international organization that provided telephone, telegraph and television circuits to North America and Europe.
That was the year during which that the first commercial telecommunications satellite was launched (“Early Bird”, later rebaptized Intelsat I).
Two years later, we also began operations in the Atlantic area with the first large 30-meter diameter antenna located at the Fucino station. The small antenna used in the experimental phase, with an enlarged dish and completely renewed tracking systems, was offered to Intelsat for the first telemetry services and remote-control of satellites under a contract signed in 1968. This allowed us to position ourselves as a key contractor for orbit control services for all the main international organizations (Intelsat, Eutelsat, Inmarsat, etc.). Today we control 34 satellites with 13 operational antennas. In the 1970s, we also undertook a major effort in systems engineering, reaching agreements with the Italian National Research Council for the management of the SIRIO Italian satellite program, followed in 1980 by an agreement to perform preliminary studies for the ITALSAT satellite, that was to be integrated into the national telephone network.
In order to diversify our sites and improve geographical distribution, we established two new facilities at Gera Lario (Como) in 1977 and at Scanzano (Palermo) in 1987. In 1975, with the signing of a memorandum of understanding with NASA for data reception from the LANDSAT satellites and with the entry into service of a dedicated A installation at Fucino, we became fully operational as a supplier of the most advanced Earth observation services.
1991 saw the introduction of the first closed network (VSat) with small antennas for a single major user: Argo, a project for emergency communications with fixed and mobile antennas for the Department of Civil Defense, entirely conceived and designed by us.
Argo was followed by many other projects for public and private customers, all run from a remote control center at the Fucino facility.
Many other engineering projects were designed and developed for various national and international organizations, such as the Italian Space Agency (ASI) and the European Space Agency. As part of a 1996 ESA/ESTEC contract, we are leading a team of five European firms in a system definition and feasibility study for the European GNSS2.
In 2000, we established E-Geos, a joint-venture with the Italian Space Agency that established the first national center for Earth observation.
The following year, we successfully managed the LEOP phase (launch and early orbit phase) of the SICRAL military telecommunications satellite. We also introduced a new American digital platform, allowing domestic and international broadcasters to transmit radio, television, and multimedia services across the entire American continent.
The recovery of the Artemis satellite, released in the launch phase into a lower than intended orbit began in 2001. The operation continued for 18 months, with Artemis successfully reaching geostationary orbit in January 2003.
In 2003, we acquired the German firm, GAF, completing our range of services for the Earth observation market. In addition, through a GAF affiliate we can now receive and process data from Indian satellites, therefore guaranteeing global coverage.
Today, our teleport system is fully developed and unique infrastructure at the European level and quite possibly worldwide. The final challenge is to achieve complete network integration with other telecommunications technologies (optic fiber, wireless, wi-fi, etc.) creating a maxi teleport available to customers throughout Europe.
 
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