Quicksat Ka Sat Coverage Area
ACCESSIBILITY OF ALL PRIVATE, PRO MEDIA AND BOOSTER CONTRACTS: Adorra - Austria - Belgium - Bulgaria - Croatia - Cyprus - Czech Republic - Denmark - Estonia - Finland - France - Germany - Greece - Hungary - Ireland - Italy - Latvia - Malta - Monaco - Montenegro - Morocco - Netherlands - Norway - Poland - Portugal -Spain - United Kingdom *: On request
ACCESSIBILITY OF PRO ECO CONTRACTS: Ireland - United Kingdom - France - Netherlands - Belgium - Luxembourg - Switzerland - Germany - Denmark - Czech Republic - Austria - Andorra - Slovenia - Croatia - Bosnia - Parts of: Serbia - Albania - Poland - Hungary - Slovakia - Italy - Spain
How does it work?
1. Please insert the NAME of your hometown into the emtpy field, right next to "Centre the map around" and press "Go!"
2. Your home town will be marked in the map with a blue line. To double check, whether your house is inside the covered area, please press in the map the button "-" until you can compare the Ka Sat Coverage Map with the Navigation Map.
3. Mainly important for people, living at the border of the coverage zone: To be 100% sure, copy and paste the Latitude / Longitude Result beyond the map and email it to us (team (at) quicksat.net) or use the contact sheet in main menue at the top of this website.
4. To learn, in which direction your favourite TV Satellite is pointing to, follow the blue line inside the map. The blue line appears ONLY with the search result and is directly connected with the choosen TV Satellite.
So please be aware you choose the correct TV Satellite. If you are not sure, please check first our Satellite TV flot overview here: Track Satellite TV.
KA-SAT is a high throughput telecommunications satellite owned by Eutelsat. The satellite provides broadband Internet access services across Europe and also a small area of the Middle East. It is positioned at 9°E, joining Eurobird 9A Ku band satellite. KA-SAT was manufactured by EADS Astrium, based on the Eurostar E3000 platform, with a total weight of 6 tons. It was launched by Proton in December 2010. The satellite is named after the Ka band frequency, which is used on the spacecraft. The spacecraft is equipped with four multi-feed deployable antennas with enhanced pointing accuracy and a high efficiency repeater. It is configured with 82 spotbeams, making it the most advanced multi-spot satellite designed in the world to date. Each spotbeam is associated with a 237 MHz wide transponder, allowing a data bit rate througput of 475 Mbit/s per spot. The spacecraft power is about 14 kW, the payload DC power is 11 kW. The solar array power provides up to 16 kW. The payload mass is about 1000 kg, the dry mass is about 3170 kg, the launch mass was 6100 kg. The manoeuvre lifetime in orbit is estimated to 16 years. According to Eutelsat, KA-SAT will be able to provide broadband Internet access to potentially more than one million homes. The company invested about €350 million in the program, including the satellite manufacturing and launch. KA-SAT features high level of frequency reuse enabling the system to achieve a total capacity of more than 90 Gbps. It represents 38 times the capacity of a standard telecommunication satellite operating in Ku band. The introduction of KA-SAT has tripled the total capacity commercialized by Eutelsat. The satellite operates in conjunction with ten terrestrial teleports (two of them as a backup) providing Internet gateway services, parts of the Eutelsat's Tooway service, all of them linked by the "KA-SAT ring", a terrestrial telecommunication high-speed network. The service is centrally operated from the Skylogic's NOC based in Torino (Italy) (Skylogic is a subsidiary of Eutelsat). Communication systems The data communications used on the KA-SAT satellite are transmitted to and from equipments manufactured by ViaSat: in the Eutelsat's teleports (Internet gateways), the ViaSat "SurfBeam 2" hub system; at the customer site, the ViaSat "SurfBeam 2" modem as a customer-premises equipment. "SurfBeam 2" is a modified version of the DOCSIS protocol adapted by ViaSat Inc. to the satellite physical link and adopts most recent technology for modulation on the forward channel, i.e. DVB-S2, and channel access method, i.e. MF-TDMA (Multi Frequency-TDMA).