Satellite’s Growth Engines

List of tables and figures

Tables
Table 1: The three main LEO constellation projects
Table 2: UHD TV sales, 2015-2019
Table 3: Satellite compatibility with UHD using HEVC (36 MHz equivalent transponder)
Table 4: Positioning comparison between different broadcast networks
Table 5: Advances in satellite broadband technology
Table 6: Broadband coverage by speed in a selection of European countries, 2013
Table 7: Features of Verizon’s LTE fixed access plans
Table 8: Features of Vodafone Germany’s LTE fixed access plans
Table 9: Key triple play marketing practices on satellite
Table 10: The three main LEO constellation projects
Table 11: Comparison of inflight connectivity offerings from various airline companies

Figures
Figure 1: UHD TV penetration rates
Figure 2: Number of transponders used for broadcasting UHD TV services and UHD market valuation, in Europe and the United States, 2014-2020
Figure 3: Capacity of various Ka-band satellites
Figure 4: Forecasts for satellite broadband subscribers in Europe and the United States, 2014-2018
Figure 5: Number of broadband-connected commercial airlines, 2014-2020
Figure 6: Resolution comparison for different generations
Figure 7: UHD TV deployment phases
Figure 8: Calendar for adoption of the HEVC codec
Figure 9: Future TV technology roadmap
Figure 10: TV sales by region, 2015-2019
Figure 11: Connectable and non-connectable TVs sold worldwide
Figure 12: Share of connectable and non-connectable TVs sold worldwide, by region, 2015
Figure 13: Distribution of Ultra HD TV sales worldwide by geographical region in 2019
Figure 14: UHD TV installed base
Figure 15: UHD TV penetration rates
Figure 16: The impact of HDR on perceived image quality
Figure 17: DishTV’s new 4K Joey STB
Figure 18: Number of UHD channels broadcast by satellite in Europe and the United States, 2014-2020
Figure 19: Number of transponders used for broadcasting UHDTV services and UHD market valuation, Europe and the United States, 2014-2020
Figure 20: Triple play satellite architecture
Figure 21: Capacity of various Ka-band satellites
Figure 22: Coverage of the Epic platform
Figure 23: Satellite broadband offered by Viasat: WildBlue subscriptions in Texas
Figure 24: Tooway satellite broadband subscription plans
Figure 25: Hourly download speed performance as % of theoretical speed advertised by ISPs, September 2013
Figure 26: Broadband coverage in Europe (EU28) by technology, 2012 and 2013
Figure 27: Broadband coverage in Europe (EU28) by technology in rural areas, 2012 and 2013
Figure 28: Residential LTE vs satellite price positioning in Germany, August 2014
Figure 29: SES’s installation Guide for the ‘Point and Play’ modem
Figure 30: Illustration of the LeoSat constellation
Figure 31: Illustration of a OneWeb satellite
Figure 32: OneWeb’s user terminal
Figure 33: Satellite broadband subscribers’ forecasts, in North America and in Europe, 2014-2018
Figure 34: Satellite and latency
Figure 35: Gimballed antenna vs phased array antenna
Figure 36: Difference between wide and spot beams
Figure 37: Coverage of Gogo’s ATG network
Figure 38: Summary of the ATG proposal made by Qualcomm
Figure 39: Bands identified by Alcatel-Lucent in 2012
Figure 40: Solution tested by Deutsche Telekom with Airbus and Alcatel-Lucent
Figure 41: Prototype of an LTE antenna mounted on the aircraft and used for the trial flight
Figure 42: Arguments put forward by Deutsche Telekom for LTE
Figure 43: Huawei’s eWBB solution
Figure 44: Evolution of technologies used by Gogo and proposed connectivity performance
Figure 45: Frequency, speeds and coverage of Gogo’s ATG4 technology
Figure 46: 2Ku system with two antennas
Figure 47: Number of broadband-connected commercial airlines, 2014-2020