Turksat AS

Gölbaşı, Turkey

Turksat AS

Gölbaşı, Turkey
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News Article | May 23, 2017
Site: www.prnewswire.com

LONDON, May 23, 2017 /PRNewswire/ -- Pay TV subscriptions for the 522 operators with 758 platforms [144 digital cable, 128 analog cable, 292 satellite, 128 IPTV and 66 DTT] across 135 countries covered in this report will increase from a collective 839 million in 2016 to 963 million by 2022. These operators took 87% of the 959 million global subscribers by end-2016, with this level expected to inch up to 88% of the 1,093 million by 2022. Download the full report: https://www.reportbuyer.com/product/3322574/ Published in May 2017, this 210-page electronically-delivered report comes in two parts: • A PDF giving a global executive summary and forecasts. • An excel workbook giving comparison tables and country-by-country forecasts in detail for 522 operators across 135 territories for every year from 2010 to 2022. The report covers 758 platforms: 292 satellite TV; 144 digital cable; 128 analog cable; 128 IPTV; and 66 DTT. Countries and operators covered: Albania 3: Digitalb; Tring; Albtelecom Algeria 4: beIN, OSN, ART, Algerie Telecom Angola 7: ZAP TV, DStv, Canal Plus, StarSat, StarTimes; Angola Telecom, TV Cabo Argentina 3: Cablevision; Supercanal; DirecTV Australia 1: Foxtel Austria 4: Telekom Austria; UPC; Sky; Liwest Bahrain 4: beIN, OSN, ART, Batelco Bangladesh 1: RealVU Belarus 3: MTIS, Zala, Velcom Belgium 5: Belgacom; Numericable; Telenet; VOO; Telesat/TV Vlaanderen Benin 5: DStv; Canal Plus; Easy TV; StarSat; StarTimes Bolivia 3: DirecTV, Tigo, Entel Bosnia 3: Telemach, M:Tel; Total TV Botswana 3: DStv; GOtv; StarSat Brazil 4: Claro; Telefonica; Sky; Oi Bulgaria 3: Bulsatcom, Vivacom, M:Tel Burkina Faso 3: DStv; GOtv; StarSat Burundi 3: DStv; Canal Plus; StarSat Cambodia 3: CDN; One TV; Supernet Cameroon 4: DStv; Canal Plus; StarSat; Easy TV Canada 9: Rogers; Videotron; Cogeco; Shaw Communications; Shaw Direct; Bell TV; MTS; Telus; Max TV CAR 3: Canal Plus; StarSat; StarTimes Chad 3: Canal Plus; StarSat; StarTimes Chile 6: VTR; Telefonica; Claro; DirecTV; Entel; Telsur China 4: China Radio & TV Network; China Telecom; BesTV; China Unicom Colombia 5: Claro; UNE; ETB; DirecTV; Movistar DR Congo 5: DStv; Canal Plus; StarSat; StarTimes; Easy TV Rep Congo 5: DStv; Canal Plus; StarSat; StarTimes; Easy TV Costa Rica 4: Claro; Tigo; Sky; Cabletica Cote d'Ivoire 5: Canal Plus, DStv, StarTimes; StarSat; Easy TV Croatia 2: Max TV/T-HT, Vip Cyprus 3: Cytavision; Cablenet; Primetel Czech Rep 4: UPC, O2, Digi TV, Skylink Denmark 6: Canal Digital; Viasat; You See; Stofa; Boxer; TDC Dominican R 3: Tricom; Claro; Sky Ecuador 4: DirecTV; Claro; CNT; TV Cable/Sistema Egypt 4: ART, beIN, OSN, Telecom Egypt El Salvador 3: Claro; Tigo; Sky Eq Guinea 2: Canal Plus, DStv Estonia 3: Starman/Zuum, Elion, Viasat Ethiopia 2: DStv; StarSat Finland 5: Elisa; Teliasonera; DNA; Canal Digital; Viasat France 7: Orange; SFR; CanalSat; Numericable; Free; Bouygues; TNT Gabon 5: Canal Plus, DStv, StarTimes; StarSat; Easy TV Gambia 2: Canal Plus, DStv Georgia 2: Magtisat, Silknet Germany 6: Kabel Deutschland; Vodafone; DT/T-Home; Sky; Unitymedia; Telecolumbus Ghana 4: Canal Plus, DStv, GOtv; StarSat Greece 2: Nova, Cosmote Guatemala 3: Claro; Tigo; Sky Guinea 5: Canal Plus, DStv, StarTimes; StarSat; Easy TV Honduras 3: Claro; Tigo; Sky Hong Kong 2: Now TV; i-cable Hungary 5: T-Home, Digi TV, UPC, Invitel, MinDig Iceland 2: Vodafone, Siminn India 11: Dish TV; Hathway; Siti; Tata Sky; Videocon d2h; In Digital; Airtel Digital; Sun Direct; Den Networks; Reliance; MTNL Indonesia 10: Indovision; Transvision; Top TV; Okevision; Linknet; Orange TV; Big TV; K Vision; Telkom; NexMedia Ireland 3: UPC; Sky; eir Israel 3: HOT, Yes; Partner Italy 3: Mediaset; Sky; Telecom Italia Japan 3: NTT; J:Com; SkyPerfecTV Jordan 4: ART, beIN, OSN; Orange Kenya 6: Zuku cable, Zuku satellite, DStv, StarTimes, GOtv, StarSat Kuwait 3: ART, beIN, OSN Latvia 3: Baltcom, Lattelecom, Viasat Lebanon 3: ART, beIN, OSN Liberia 3: DStv; Canal Plus; StarSat Lithuania 3: TEO, Cgates, Viasat Luxembourg 2: Tele des P&T; Eltrona Macedonia 3: Vip/Boom; Max TV; Total TV Madagascar 4: DStv; Canal Plus; StarSat; StarTimes Malawi 4: Zuku, DStv, GOtv; StarSat Malaysia 2: Astro; TM Mali 2: Canal Plus; StarSat Malta 2: Melita;Go Mexico 6: Megacable; Televisa cable; Sky; Dish; Axtel; TotalPlay Moldova 1: Sun Mongolia 2: Univision; DDish Montenegro 2: Total TV; CT Morocco 4: beIN, OSN, ART, Maroc Telecom Mozambique 7: ZAP TV, DStv, Canal Plus, StarSat, StarTimes; GOtv, TV Cabo Myanmar 2: SkyNet; 4TV/MRTV (Forever) Namibia 3: DStv, GOtv; Easy TV Nepal 1: Dish Media Netherlands 5: UPC/Ziggo; Canal Digitaal; Tele 2; KPN/Digitenne New Zealand 2: Sky; Vodafone Nicaragua 2: Claro; Sky Niger 4: DStv; Canal Plus; StarSat; Easy TV Nigeria 5: GOtv, DStv, StarTimes, StarSat; Canal Plus Norway 5: Canal Digital; Viasat; Riks TV; Telenor; Get Oman 4: beIN, OSN, ART, Omantel Pakistan 1: PTCL Panama 4: Claro; Sky; Cable & Wireless; Cable Onda Paraguay 2: Claro; Tigo Peru 3: Telefonica; Claro; DirecTV Philippines 2: Cignal; SkyCable Poland 9: Multimedia Polska, UPC, Vectra, Inea, Toya, TP/Orange, Cyfra Polsat, NC+, Netia Portugal 4: Meo/PT; NOS/Zon; Nowo/Cabovisao; Vodafone Puerto Rico 4: Liberty; Claro; DirecTV; Dish Qatar 4: beIN, OSN, ART, Ooredoo Romania 4: RCS-RDS/Digi TV, UPC, Telecom Romania, Orange TV Russia 8: Akado, ER Telecom, MTS, Rostelecom, Beeline/Vimpelcom, NTV Plus, Tricolor, Orion Rwanda 6: Zuku, DStv, StarTimes, StarSat; GOtv, Canal Plus Saudi Arabia 5: ART, beIN, OSN, Invision, eLife Senegal 5: Canal Plus, DStv, Orange; StarSat; Easy TV Serbia 2: SBB, Telekom Srbija Sierra Leone 4: DStv; Canal Plus; StarSat; StarTimes Singapore 2: StarHub; SingTel TV Slovakia 3: UPC, Skylink, Nova Digi/Slovak Telekom Slovenia 5: Telemach, Siol TV, Total TV, T-2, Amis South Africa 3: DStv, StarSat, GOtv S Korea 9: CJ Hellovision; T Broad; D'Live; CMB; Hyundai HCN; KT Olleh; Skylife; B TV; LG U+ Spain 5: Ono/Vodafone; Canal Plus/Telefonica/Movistar; Euskatel; Orange; Telecable Sri Lanka 2: Dialog; Peo Sweden 6: Canal Digital; Viasat; Com Hem; Telia; Boxer; Telenor Switzerland 3: Swisscom; UPC/Cablecom; Sunrise Syria 3: beIN; OSN; ART Taiwan 4: CHT; Taiwan Broadband; TWM; CNS Tanzania 4: Zuku, DStv, StarTimes, StarSat Thailand 2: TOT; Truevisions Togo 4: Canal Plus, DStv, StarSat; Easy TV Tunisia 3: beIN, OSN, ART Turkey 5: Digiturk, D-Smart, Turksat, Turkcell, TTnet Uganda 5: Zuku, DStv, StarTimes, GOtv, StarSat Ukraine 1: Volia UAE 5: eLife, Du, ART, beIN, OSN UK 4: Sky; Virgin; BT; TalkTalk USA 16: Comcast; Charter; Time Warner Cable; Brighthouse; Cox; Altice; Cablevision; Suddenlink; Mediacom; Cable One; Wide Open West; U-Verse; DirecTV; Fios TV; DISH Network; Frontier Uruguay 2: Cablevision; DirecTV Uzbekistan 2: Uztelecom; Uzdigital Venezuela 4: Intercable; DirecTV; Movistar; CANTV Vietnam 9: SCTV; VTVCab; HTV-CMS; VNPT; Viettel; FPT; K+; AVG satellite; AVG DTT Zambia 5: Zuku, DStv, StarTimes, GOtv, StarSat Download the full report: https://www.reportbuyer.com/product/3322574/ About Reportbuyer Reportbuyer is a leading industry intelligence solution that provides all market research reports from top publishers http://www.reportbuyer.com For more information: Sarah Smith Research Advisor at Reportbuyer.com Email: query@reportbuyer.com Tel: +44 208 816 85 48 Website: www.reportbuyer.com To view the original version on PR Newswire, visit:http://www.prnewswire.com/news-releases/global-pay-tv-operator-forecasts-300462641.html

Demircioglu E.,Turksat AS | Yagli A.F.,Turksat AS | Ertok H.H.,Turksat AS | Gulgonul S.,Turksat AS | And 2 more authors.
2016 24th Signal Processing and Communication Application Conference, SIU 2016 - Proceedings | Year: 2016

Determination of communication satellite orbital parameters via accurate measurements plays a vital role to control satellites in a sturdily way. The anomalies occurred in satellite orbit must be determined in time to keep it in its nominal orbit using on-board active control systems such as thrusters. In this study, utilization of a Ku-band navigation system for satellite orbital parameter determination is examined. The navigation signals are transmitted from Turksat communication satellite over its wide coverage areas. © 2016 IEEE.

Yuceer M.,Turksat AS | Lukin I.P.,Zuev Institute of Atmospheric Optics
Applied Physics B: Lasers and Optics | Year: 2010

Scintillations of Laguerre-Gaussian (LG) beams for weak atmospheric turbulence conditions are derived for on-axis receiver positions by using Huygens-Fresnel (HF) method in semi-analytic fashion. Numerical evaluations indicate that at the fully coherent limit, higher values of radial mode numbers will give rise to more scintillations, at medium and low partial coherence levels, particularly at longer propagation distances, scintillations will fall against rises in radial mode numbers. At small source sizes, the scintillations of LG beams having full coherence will initially rise, reaching saturation at large source sizes. For LG beams with low partial coherence levels, a steady fall toward the larger source sizes is observed. Partially coherent beams of medium levels generally exhibit a rising trend toward the large source sizes, also changing the respective positions of the related curves. Beams of low coherence levels will be less affected by the variations in the refractive index structure constant. © 2010 Springer-Verlag.

Sahin M.,Turksat AS
Journal of Engineering Mechanics | Year: 2014

The governing dynamic equilibrium equation of N-story periodic shear structure with arbitrary top-story mass, arbitrary base-story stiffness, and that is subjected to base excitation is given in the form of a constant coefficient second-order finite-difference equation. The first integration of the governing difference equation for the eigenanalysis results in the Volterra difference equation of convolution type and yields the first boundary condition. The z-transform method is applied to the equation to obtain the general solution for displacement mode shapes. Applying the second boundary condition to the general solution results in the characteristic equation in which the frequencies are obtained by solving it. The general form of the characteristic equation for eigenfrequencies is presented, and analytical solutions for some special cases are derived. Displacement and drift mode shape functions are obtained. All the modal parameters, including modal mass, excitation factor, participation factor, and effective modal mass, are derived using the sum and the sum of the square modal displacements and are presented as closed-form solutions. © 2014 American Society of Civil Engineers.

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