Table of Contents
1. Markets likely to increase demand for satellite capacity
- 1.1. Direct to the home broadcasting (DTH)
- 1.1.1. Market growth
- 1.1.2. Satellite's technical properties and assets
- 1.1.3. The market's significance for a operator satellite
- 1.2. High definition TV
- 1.2.1. Developmental context
- 1.2.2. Satellite's technical properties and assets
- 1.2.3. The market's significance for a satellite operator
- 1.3. Mobile TV
- 1.3.1. Developmental context
- 1.3.2. State of market development
- 1.3.3. Satellite's technical properties and assets
- 1.3.4. The market's significance for a satellite operator
- 1.4. Other media services
- 1.4.1. Digital cinema
- 1.4.2. On-demand TV services: PPV, VoD, PVR
- 1.4.3. In-flight entertainment
- 1.5. Digital radio
- 1.5.1. State of market development
- 1.5.2. Satellite's technical properties and assets
- 1.5.3. The market's significance for a satellite operator
- 1.6. Internet services
- 1.6.1. One-way internet access services
- 1.6.2. Backhauling solutions
- 1.6.3. Two-way broadband access services
- 1.6.4. Mobile internet access services
- 1.7. Geographical positioning
- 1.7.1. State of market development
- 1.7.2. Satellite's technical properties and assets
- 1.7.3. The market's significance for a satellite operator
- 1.7.4. Geographical positioning for telemetry
2. Satellite operators' disparate strategies and distinctive positioning in these markets
- 2.1. Principal market opportunities by geographical zone
- 2.2. Positioning of a selection of major satellite operators
- 2.3. Analysis of satellite operators' strategic orientations
- 2.3.1. Global operators vs. regional operators
- 2.3.2. Emergence of two global operators
- 2.3.3. Regional operators' various strategies
- 2.3.4. Three strategic options for satellite operators
3. The satellite industry facing major challenges
- 3.1. Expected technological innovations
- 3.1.1. Expected growth of the satellite base
- 3.1.2. Expected developments for launchers
- 3.1.3. Developments expected on the ground
- 3.2. New services and the satellite frequency challenge
- 3.2.1. Principles of spectrum management
- 3.2.2. Frequency use and availability
- 3.2.3. Stakes surrounding the L band in Europe
- 3.2.4. Stakes surrounding the S-UMTS band in Europe
- 3.3. A situation of excess capacity
- 3.4. Growing competition in the video distribution market
- 3.4.1. Partial recovery of service zones
- 3.4.2. Growth prospects shaped by network capacity and potential
footprint
- 3.4.3. Competition and broadcasting costs
- 3.4.4. Satellite vs. rival networks: meeting the TV sector's challenges
- 3.4.5. Specific business strategies
- 3.5. What role for satellite in the mobile TV market?
- 3.5.1. Mobile TV: satellite and terrestrial technologies vying for the
market
- 3.5.2. Strengths and weaknesses of satellite solutions
- 3.5.3. Outlook for satellite vs. terrestrial
- 3.6. What role for satellite in the broadband access market?
- 3.6.1. A broadband access market dominated by DSL, outdoing cable modem
and new alternative technologies
- 3.6.2. Overriding trends in the internet access market
- 3.6.3. The most viable positioning for satellite
- 3.7. Satellite industry feeling the impact of consolidation and
privatisation
- 3.7.1. Private shareholders increasingly present in industry players'
equity
- 3.7.2. Further consolidation of the sector?
IDATE
Tables
- Table 1: Summary of the different markets examined in this report, and
associated case studies
- Table 2: Breakdown of TV households worldwide (% of TV households)
- Table 3: Satellite pay-TV households around the world, by zone
- Table 4: Breakdown of TV households - North America
- Table 5: Breakdown of TV households - Europe
- Table 6: Breakdown of TV households - Latin America
- Table 7: Breakdown of TV households - Asia-Pacific
- Table 8: Breakdown of TV households - Africa/Middle East
- Table 9: Comparison of network coverage in Europe
- Table 10: Some features of cable, satellite, DTT and ADSL TV networks and
services in Europe
- Table 11: Satellite's positioning in the DTH market: SWOT analysis
- Table 12: SkyPerfecTV!'s HD strategy
- Table 13: HDTV offers in the major European markets
- Table 14: HDTV service transport on broadcasting networks in Europe
- Table 15: HDTV service transport on broadcasting networks in the US
- Table 16: Possible space gains on the satellite network (for one repeater)
- Table 17: Comparison of networks enabling HD broadcasting
- Table 18: Satellite's positioning in the HDTV market: SWOT analysis
- Table 19: Subscriber growth forecasts for the TU Media offer
- Table 20: Satellite's positioning in the mobile TV market: SWOT analysis
- Table 21: Satellite's positioning in the digital cinema market: SWOT
analysis
- Table 22: Satellite's positioning in the on-demand services market: SWOT
analysis
- Table 23: Satellite's positioning in the in-flight entertainment market:
SWOT analysis
- Table 24: Partnerships between satellite radio broadcasters in the US and
automotive manufacturers
- Table 25: Characteristics of the European E-SDR standard, planned for a
digital satellite radio service
- Table 26: Satellite's positioning in the digital radio market: SWOT
analysis
- Table 27: Satellite's positioning in the one-way internet access market:
SWOT analysis
- Table 28: Satellite's positioning in the backhauling market: SWOT analysis
- Table 29: Number of two-way satellite internet access subscribers
- Table 30: Satellite's positioning in the two-way internet access market:
SWOT analysis
- Table 31: Satellite's positioning in the mobile internet access market:
SWOT analysis
- Table 32: Status of satellite navigation systems, both operational and in
the deployment stage, around the world
- Table 33: Satellite's positioning in the geographical positioning market:
SWOT analysis
- Table 34: Principal sectors that use satellite telemetry solutions
- Table 35: Transportation sector applications for satellite navigation
systems
- Table 36: Principal opportunities for fixed satellite services in the
business and consumer markets around the globe
- Table 37: Profile of the satellite operators being analysed in terms of
geographical coverage, service line and satellite fleet
- Table 38: SWOT analysis of a global satellite operator
- Table 39: SWOT analysis for a regional satellite operator
- Table 40: Typology of medium-term strategies likely to be rolled out by
satellite operators
- Table 41: Geostationary satellite launch forecasts for 2006 and 2015
- Table 42: Frequencies likely to be used for mobile TV services in Europe
- Table 43: Possible technology/frequency combinations
- Table 44: Comparison of network coverage
- Table 45: Cost structure by type of network
- Table 46: Comparison of the annual cost (€ ) for each broadcasting
mode of delivering one channel to a household, according to the service's
penetration rate
- Table 47: Comparison of the annual cost (€ ) of delivering one
channel to a household, according to penetration rate (including other
services)
- Table 48: Some features of cable, satellite, DTT and ADSL TV networks and
services in Europe
- Table 49: Comparison of the networks' strengths and weakness, in terms of
commercial positioning
- Table 50: 2005 marked by IPOs by five operators satellite
Figures
- Figure 1: Weight of the different TV broadcasting networks around the
world in 2005
- Figure 2: Breakdown of satellite TV households around the world, by zone,
in 2004
- Figure 3: SDTV, HDTV and 2K (film) picture formats
- Figure 4: Satellite TV broadcasting orbits in Japan
- Figure 5: Channel allocation for digital BS in Japan
- Figure 6: Example of a frequency reuse scheme between several European
countries
- Figure 7: Mobile satellite TV broadcasting in S-DMB
- Figure 8: Growth of the number of cinema screens worldwide
- Figure 9: Growth of American operators XM and Sirius's subscriber base up
to 2015
- Figure 10: Geographical coverage of the WorldSpace service
- Figure 11: How one-way internet access works
- Figure 12: Options for use of a satellite link within a terrestrial
cellular architecture
- Figure 13: Revenue growth for the broadband satellite market worldwide
- Figure 14: How two-way satellite internet access works
- Figure 15: How the CBB service works
- Figure 16: How mobile internet access via satellite/Wi-Fi works
- Figure 17: How a satellite navigation system works
- Figure 18: The most potentially significant markets for satellite operators
- Figure 19: State of development of a selection of satellite markets around
the world (subscribers at the end of 2005)
- Figure 20: Medium-term market potential for HDTV services around the world
- Figure 21: Medium-term market potential for DTH services around the world
- Figure 22: Medium-term market potential for two-way internet access
services for businesses around the world
- Figure 23: Medium-term market potential for two-way residential internet
access services around the world
- Figure 24: Medium-term market potential for digital radio services around
the world
- Figure 25: Medium-term market potential for IPTV services around the world
- Figure 26: Medium-term market potential for mobile TV services around the
world
- Figure 27: Comparative weight of 2005* revenues generated by the satellite
operators being analysed
- Figure 28: Satellite operators' comparative weight in terms of number of
commercial geostationary satellites owned
- Figure 29: Eutelsat's medium-term strategy by geographical zone
- Figure 30: SES Global's medium-term strategy by geographical zone
- Figure 31: Telsat's medium-term strategy by geographical zone
- Figure 32: Intelsat/PanAmSat's medium-term strategy by geographical zone
- Figure 33: Asiasat's medium-term strategy by geographical zone
- Figure 34: Percentage of active C and in Ku-band transponders, by region,
in 2004
- Figure 35: Comparison of the annual cost (€ ) for each broadcasting
mode of delivering one channel to a household, according to the service's
penetration rate
- Figure 36: Comparison of the annual cost (€ ) of delivering one
channel to a household, according to penetration rate (including other
services)
- Figure 37: Comparison of technologies
- Figure 38: DSL variations, by bitrate
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