_default _132_pages.indd - TELE-satellite International Magazine
_default _132_pages.indd - TELE-satellite International Magazine
_default _132_pages.indd - TELE-satellite International Magazine
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SATELLITE INFORMATION<br />
AMAZONAS 2<br />
September 2009<br />
Amazonas 2 <strong>satellite</strong>, ordered by HISPASAT in<br />
2007 and constructed by EADS-ASTRIUM, has 54<br />
Ku- and 10 C-band transponders and an operational<br />
life of 15 years. After the launch from the<br />
Kourou space center in French Guiana by Ariane<br />
5 rocket, it will be co-positioned with Amazonas<br />
1 <strong>satellite</strong> on 299°East (61° West) and it will cover<br />
both North and South America since it has dedicated<br />
Ku-band beams for both continents and<br />
an-American C band beam. This Eurostar-3000<br />
based communication <strong>satellite</strong> will double HIS-<br />
PASAT’s capacity in the Americas and provide a<br />
wide range of services including direct-to-home<br />
television. HISPASAT’s new <strong>satellite</strong> will weigh<br />
5.5 tons and use a solar panel of 39 meters providing<br />
over 14 kW of power. Total investment for<br />
this <strong>satellite</strong> is over 200 million euros.<br />
INTELSAT 14<br />
August-September 2009<br />
This <strong>satellite</strong> has been manufactured by Space<br />
Systems/Loral. It will be carried into space by<br />
Atlas V rocket and positioned on 315° East (45°<br />
West). With its 40 C- and 22 Ku-band transponders<br />
it will cover Europe, Africa and the Americas.<br />
INTELSAT 14 has a lifetime of 15 years and will<br />
replace INTELSAT 1R <strong>satellite</strong>. Defense’s Internet<br />
Router In Space (IRIS) payload, which represents<br />
the next generation of space-based communications,<br />
since it will be able to merge communications<br />
received on various frequency bands and<br />
transmit them to multiple users based on data<br />
instructions embedded in the uplink, thus enabling<br />
U.S. and allied military forces with diverse<br />
<strong>satellite</strong> equipment to seamlessly communicate<br />
over the Internet from the most remote regions of<br />
the world. IP networking software for the router<br />
is provided by Cisco Systems.<br />
New Satellites<br />
90 <strong>TELE</strong>-<strong>satellite</strong> & Broadband — 06-07/2009 — www.<strong>TELE</strong>-<strong>satellite</strong>.com<br />
EUTELSAT W7<br />
July-September 2009<br />
EUTELSAT W7 will occupy EUTELSAT’s 36° East<br />
location, replacing EUTELSAT SESAT. This 70<br />
Ku-band transponder <strong>satellite</strong>, built by Alcatel<br />
Alenia Space, will be launched by Zenit sea<br />
launch vehicle. 24 transponders will be assigned<br />
to DTH services on the fixed Russian/Ukrainian<br />
beam, 12 transponders will operate on the<br />
steerable beam focused on the Ukraine, while<br />
27 transponders will be available for broadband<br />
services. The introduction of EUTELSAT W7 will<br />
almost triple EUTELSAT’s capacity over Russia,<br />
the Ukraine and the CIS, making 36° East one of<br />
the hottest orbital positions. A widebeam coverage<br />
over Eurasia will be particularly suited to<br />
TV feeds, public/corporate telephony and data<br />
services, while the Central Asian beam will be<br />
targeted at the oil and gas sector for voice and<br />
data services using DVB-RCS applications with<br />
90/120cm antennas. W7 weighs 5.6 tons, it has 12<br />
kW payload power and a lifespan of 15 years.