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Description
Of the globe's 6.68 billion people, 3.3 billion (or 49.4%) of the world's population now have a mobile phone compared to 1.3 billion fixed line phones. In many countries, mobile phones far outnumber landline subscribers, and the gap is expected to widen over time. In fact, fixed landlines are also being replaced by "fixed" wireless units that have the ability to roam within a service provider's footprint, further increasing the proposition for wireless technology.
The opportunity for tapping the next 3 billion people (and growing) is clear for the next 10 years; however, one significant challenge is in how to implement solutions to enable mobile usage for populations that reside in rural and more remote locations.
An increasing part of the solution is satellite backhaul. In low density areas, satellite is the best (if not the only) practical, available and cost-effective platform to implement a communications and digital divide solution. As governments around the globe begin to more seriously implement Universal Access requirements, operators that want to continue serving lucrative urban markets will be obligated to likewise service low population density markets.
Another and perhaps more compelling reason for bridging the communications divide is that as competition in the lucrative urban and suburban areas intensifies, as well as increasing saturation in the most sought-after markets develops, growth in the mobile market will be driven by an increased focus on rural markets.
Several elements need to be considered in establishing growth patterns in potentially lucrative rural markets, including disposable income, regulatory environments and infrastructure development, among others. Rural electrification for instance needs to increase in order to provide power to base stations.
These and other aspects of the satellite backhaul market are assessed in this latest NSR study. NSR addresses the general and region-specific market trends and the role satellite-based backhaul platform can play. NSR likewise examines the interplay of wireless technologies that affect the value proposition and corresponding penetration level per wireless platform.
Specific satellite BTS forecasts for wireless technology platforms are provided per region, which provide a road map of sorts in judging which technology platforms are likely to be deployed in specific regions of the globe in order to ascertain where satellite-backhaul equipment and services fit over the long term. The evolution or move towards an all-IP platform in wireless technologies will be assessed specifically in how it impacts rural subscription, network deployment, application suite requirements and technology choices over the long term.
Primary Questions Addressed in this Report Include:
- What are the drivers and restraints for satellite-based backhaul equipment and services in each region of the globe?
- Which wireless platform in each region represents the greatest potential?
- What is the role of satellite backhaul currently and over the long term for each regional market?
- Who are the key players, and what is their market differentiator?
- What is the expected take-up rate per wireless offering, and what are the implications for satellite-backhauled BTS equipment?
- What level of satellite transponder demand is likely to be required in each regional market for the provision of wireless backhaul services?
Who Should Purchase this Report:
- Satellite Operators
- Satellite Service Providers
- Satellite Equipment Manufacturers
- Mobile & Cellular Service Providers
- Mobile & Cellular Equipment Manufacturers
- WiFi and WiMAX Market Players
- National Telephony Operators
- Wireless Trade Associations
Primary Elements of the Report Include:
- Market Definition and Overview
- Key Platforms for Satellite Backhaul
- SCPC
- VSATs
- Move to IP
- C-band
- Ku-band
- Major Trends
- Major Elements Affecting Wireless Backhaul via Satellite Demand per Regional Market
- Market Assessment and Forecasts
- Cellular BTS
- IP/Data BTS
- By Region
- Revenue Growth Forecasts for Satellite Backhaul
- Cellular BTS
- IP/Data BTS
- By Region
- Transponder Demand (TPE) and Revenues (C-band and Ku-band)
- Cellular BTS
- IP/Data BTS
- By Region
A Complete Analytical Perspective Elements of this study include:
* Complete report document segmented by analysis on all regions, players, market opportunity and demand trends
* An Excel file containing all data and graphs so the client can easily use this work as a basis for their own internal market projections
Table of Contents
1. Executive Summary
1.1 Introduction
1.2 Major Findings
1.3 Conclusions
2. Market Overview
2.1 Introduction
2.2 Regional Comparison
2.3 Methodology
2.3.1 Transponder Forecasts
2.3.2 Equipment Market Forecasts
2.4 Total Market Forecasts
2.4.1 Total Cellular Backhaul via Satellite Revenues
2.4.1.1 Transponder Leases
2.4.1.2 Equipment Forecasts
2.4.1.3 Installed Base of BTS
2.4.2 Total Satellite-Backhauled BTS by Wireless Technology
2.4.2.1 Type of BTS
2.4.2.2 BTS by Frequency Band
3. The North American Cellular & Wireless Backhaul via Satellite Market
3.1 Market Introduction and Overview
3.2 Market Forecasts
3.2.1 Total Cellular and Wireless Backhaul via Satellite Revenues
3.2.2 Total Satellite-Backhauled BTS by Wireless Technology
3.3 Pricing Analysis
3.3.1 Prices of Satellite Backhaul Equipment
3.3.2 Satellite Transponder Pricing Estimates for Wireless Backhaul Services
3.4 Data Supporting Satellite-Backhauled Equipment and Transponder Forecasts
3.5 Bottom Line
4. The Latin American Cellular & Wireless Backhaul via Satellite Market
4.1 Market Introduction and Overview
4.2 Market Forecasts
4.2.1 Total Cellular and Wireless Backhaul via Satellite Revenues
4.2.2 Total Satellite-Backhauled BTS by Wireless Technology
4.3 Pricing Analysis
4.3.1 Prices of Satellite Backhaul Equipment
4.3.2 Satellite Transponder Pricing Estimates for Wireless Backhaul Services
4.4 Data Supporting Satellite-Backhauled Equipment and Transponder Forecasts
4.5 Bottom Line
5. The Western European Cellular & Wireless Backhaul via Satellite Markets
5.1 Market Introduction and Overview
5.2 Market Forecasts
5.2.1 Total Cellular and Wireless Backhaul via Satellite Revenues
5.2.2 Total Satellite-Backhauled BTS by Wireless Technology
5.3 Pricing Analysis
5.3.1 Prices of Satellite Backhaul Equipment
5.3.2 Satellite Transponder Pricing Estimates for Wireless Backhaul Services
5.4 Data Supporting Satellite-Backhauled Equipment and Transponder Forecasts
5.5 Bottom Line
6. The Central & Eastern European Cellular & Wireless Backhaul via Satellite Market
6.1 Market Introduction and Overview
6.2 Market Forecasts
6.2.1 Total Cellular and Wireless Backhaul via Satellite Revenues
6.2.2 Total Satellite-Backhauled BTS by Wireless Technology
6.3 Pricing Analysis
6.3.1 Prices of Satellite Backhaul Equipment
6.3.2 Satellite Transponder Pricing Estimates for Wireless Backhaul Services
6.4 Data Supporting Satellite-Backhauled Equipment and Transponder Forecasts
6.5 Bottom Line
7. The Middle East/North Africa Cellular & Wireless Backhaul via Satellite Market
7.1 Market Introduction and Overview
7.2 Market Forecasts
7.2.1 Total Cellular and Wireless Backhaul via Satellite Revenues
7.2.2 Total Satellite-Backhauled BTS by Wireless Technology
7.3 Pricing Analysis
7.3.1 Prices of Satellite Backhaul Equipment
7.3.2 Satellite Transponder Pricing Estimates for Wireless Backhaul Services
7.4 Data Supporting Satellite-Backhauled Equipment and Transponder Forecasts
7.5 Bottom Line
8. The Sub Saharan Africa Cellular & Wireless Backhaul via Satellite Market
8.1 Market Introduction and Overview
8.2 Market Forecasts
8.2.1 Total Cellular and Wireless Backhaul via Satellite Revenues
8.2.2 Total Satellite-Backhauled BTS by Wireless Technology
8.3 Pricing Analysis
8.3.1 Prices of Satellite Backhaul Equipment
8.3.2 Satellite Transponder Pricing Estimates for Wireless Backhaul Services
8.4 Data Supporting Satellite-Backhauled Equipment and Transponder Forecasts
8.5 Bottom Line
9. The Asian Cellular & Wireless Backhaul via Satellite Market
9.1 Market Introduction and Overview
9.2 Market Forecasts
9.2.1 Total Cellular and Wireless Backhaul via Satellite Revenues
9.2.2 Total Satellite-Backhauled BTS by Wireless Technology
9.3 Pricing Analysis
9.3.1 Prices of Satellite Backhaul Equipment
9.3.2 Satellite Transponder Pricing Estimates for Wireless Backhaul Services
9.4 Data Supporting Satellite-Backhauled Equipment and Transponder Forecasts
9.5 Bottom Line
List Of Exhibits
Chapter 1
Ex. 1.1 Total Global Revenues for Cellular & Wireless Backhaul via Satellite
Ex. 1.2 Global Rural Population Demographics & Penetration of Satellite in the Cellular & Wireless Backhaul Market
Ex. 1.3 Penetration of Mobile Users Backhauled via Satellite to Rural Population, by Region
Chapter 2
Ex. 2.1 Regional Breakdown of Revenues for the Cellular & Wireless Backhaul via Satellite Market
Ex. 2.2 Regional Breakdown of Transponder Demand for the Cellular & Wireless Backhaul via Satellite Market
Ex. 2.3 Regional Breakdown of In-service BTS for the Cellular & Wireless Backhaul via Satellite Market
Ex. 2.4 Element Coefficients and Level of Impact Towards Subscriber Growth
Ex. 2.5 Factors Affecting Growth in the Rural Cellular & Wireless Market in North America
Ex. 2.6 Global Market - Total Revenues for Cellular & Wireless Backhaul via Satellite
Ex. 2.7 Global Market - Transponder & Equipment Revenues for Cellular & Wireless Backhaul via Satellite
Ex. 2.8 Global Market - Total Transponder Demand for Cellular & Wireless Backhaul via Satellite
Ex. 2.9 Global Market - Total Transponder Demand for Cellular & Wireless Backhaul via Satellite (C- & Ku-bands)
Ex. 2.10 Global Market - Equipment Unit Shipments & Revenues
Ex. 2.11 Global Market - Unit Shipments of Satellite BTS Equipment by Type of Network
Ex. 2.12 Global Market - Unit Shipments of Satellite BTS Equipment by Frequency Band
Ex. 2.13 Global Market - Cellular & Wireless BTS Backhauled via Satellite
Ex. 2.14 Global Market - In-service Satellite BTS Equipment by Type of Network
Ex. 2.15 Global Market - In-service Satellite BTS Equipment by Frequency Band
Chapter 3
Ex. 3.1 Vendor Announcements in the Cellular & Wireless Backhaul via Satellite Market
Ex. 3.2 North America - Total Revenues for Cellular & Wireless Backhaul via Satellite
Ex. 3.3 North America - Cellular & Wireless Backhaul via Satellite Cumulative Revenues
Ex. 3.4 North America - Transponder Demand for Cellular & Wireless Backhaul
Ex. 3.5 North America - Transponder Revenues for Cellular & Wireless Backhaul
Ex. 3.6 North America - Equipment Unit Shipments & Revenues
Ex. 3.7 North America - Unit Shipments of Satellite BTS Equipment by Type of Network
Ex. 3.8 North America - Installed Units of Satellite BTS Equipment for Cellular & Wireless Backhaul
Ex. 3.9 North America - Installed Units of Satellite BTS Equipment by Type of Network
Ex. 3.10 North America - Satellite Backhauled Wireless Subscribers by Type of Network
Ex. 3.11 North America - Estimated Average BTS Equipment Prices
Ex. 3.12 North America - Estimated Transponder Prices
Ex. 3.13 North America - Population Demographics
Ex. 3.14 North America - Penetration of Mobile Users Backhauled via Satellite to Rural Population
Chapter 4
Ex. 4.1 Vendor Announcements in the Cellular & Wireless Backhaul via Satellite Market
Ex. 4.2 Latin America - Total Revenues for Cellular & Wireless Backhaul via Satellite
Ex. 4.3 Latin America - Cellular & Wireless Backhaul via Satellite Cumulative Revenues
Ex. 4.4 Latin America - Transponder Demand for Cellular & Wireless Backhaul
Ex. 4.5 Latin America - Transponder Revenues for Cellular & Wireless Backhaul
Ex. 4.6 Latin America - Equipment Unit Shipments & Revenues
Ex. 4.7 Latin America - Unit Shipments of Satellite BTS Equipment by Type of Network
Ex. 4.8 Latin America - Installed Units of Satellite BTS Equipment for Cellular & Wireless Backhaul
Ex. 4.9 Latin America - Installed Units of Satellite BTS Equipment by Type of Network
Ex. 4.10 Latin America - Satellite Backhauled Wireless Subscribers by Type of Network
Ex. 4.11 Latin America - Estimated Average BTS Equipment Prices
Ex. 4.12 Latin America - Estimated Transponder Prices
Ex. 4.13 Latin America - Population Demographics
Ex. 4.14 Latin America - Penetration of Mobile Users Backhauled via Satellite to Rural Population
Chapter 5
Ex. 5.1 Vendor Announcements in the Cellular & Wireless Backhaul via Satellite Market
Ex. 5.2 Western Europe - Total Revenues for Cellular & Wireless Backhaul via Satellite
Ex. 5.3 Western Europe - Cellular & Wireless Backhaul via Satellite Cumulative Revenues
Ex. 5.4 Western Europe - Transponder Demand for Cellular & Wireless Backhaul
Ex. 5.5 Western Europe - Transponder Revenues for Cellular & Wireless Backhaul
Ex. 5.6 Western Europe - Equipment Unit Shipments & Revenues
Ex. 5.7 Western Europe - Unit Shipments of Satellite BTS Equipment by Type of Network
Ex. 5.8 Western Europe - Installed Units of Satellite BTS Equipment for Cellular & Wireless Backhaul
Ex. 5.9 Western Europe - Installed Units of Satellite BTS Equipment by Type of Network
Ex. 5.10 Western Europe - Satellite Backhauled Wireless Subscribers by Type of Network
Ex. 5.11 Western Europe - Estimated BTS Equipment Average Prices
Ex. 5.12 Western Europe - Estimated Transponder Prices
Ex. 5.13 Western Europe - Population Demographics
Ex. 5.14 Western Europe - Penetration of Mobile Users Backhauled via Satellite to Rural Population
Chapter 6
Ex. 6.1 Vendor Announcements in the Cellular & Wireless Backhaul via Satellite Market
Ex. 6.2 Central & Eastern Europe - Total Revenues for Cellular & Wireless Backhaul via Satellite
Ex. 6.3 Central & Eastern Europe - Cellular & Wireless Backhaul via Satellite Cumulative Revenues
Ex. 6.4 Central & Eastern Europe - Transponder Demand for Cellular & Wireless Backhaul
Ex. 6.5 Central & Eastern Europe - Transponder Revenues for Cellular & Wireless Backhaul
Ex. 6.6 Central & Eastern Europe - Equipment Unit Shipments & Revenues
Ex. 6.7 Central & Eastern Europe - Unit Shipments of Satellite BTS Equipment by Type of Network
Ex. 6.8 Central & Eastern Europe - Installed Units of Satellite BTS Equipment for Wireless Backhaul
Ex. 6.9 Central & Eastern Europe - Installed Units of Satellite BTS Equipment by Type of Network
Ex. 6.10 Central & Eastern Europe - Forecast of Satellite Backhauled Wireless Subscribers by Type of User
Ex. 6.11 Central & Eastern Europe - Estimated BTS Equipment Average Prices
Ex. 6.12 Central & Eastern Europe - Estimated Transponder Prices
Ex. 6.13 Central & Eastern Europe - Population Demographics
Ex. 6.14 Central & Eastern Europe - Penetration of Mobile Users Backhauled via Satellite to Rural Population
Chapter 7
Ex. 7.1 Vendor Announcements in the Cellular & Wireless Backhaul via Satellite Market
Ex. 7.2 Middle East/North Africa - Total Revenues for Cellular & Wireless Backhaul via Satellite
Ex. 7.3 Middle East/North Africa - Cellular & Wireless Backhaul via Satellite Cumulative Revenues (2007-2017)
Ex. 7.4 Middle East/North Africa - Transponder Demand for Cellular & Wireless Backhaul
Ex. 7.5 Middle East/North Africa - Transponder Revenues for Cellular & Wireless Backhaul
Ex. 7.6 Middle East/North Africa - Equipment Unit Shipments & Revenues
Ex. 7.7 Middle East/North Africa - Unit Shipments of Satellite BTS Equipment by Type of Equipment
Ex. 7.8 Middle East/North Africa - Installed Units of Satellite BTS Equipment for Cellular & Wireless Backhaul
Ex. 7.9 Middle East/North Africa - Installed Units of Satellite BTS Equipment by Type of Network
Ex. 7.10 Middle East/North Africa - Satellite Backhauled Wireless Subscribers by Type of Network
Ex. 7.11 Middle East/North Africa - Estimated Average BTS Equipment Prices
Ex. 7.12 Middle East/North Africa - Estimated Transponder Prices
Ex. 7.13 Middle East/North Africa - Population Demographics
Ex. 7.14 Middle East/North Africa - Penetration of Mobile Users Backhauled via Satellite to Rural Population
Chapter 8
Ex. 8.1 Vendor Announcements in the Cellular & Wireless Backhaul via Satellite Market
Ex. 8.2 Sub Saharan Africa - Total Revenues for Cellular & Wireless Backhaul via Satellite
Ex. 8.3 Sub Saharan Africa - Cellular & Wireless Backhaul via Satellite Cumulative Revenues
Ex. 8.4 Sub Saharan Africa - Transponder Demand for Cellular & Wireless Backhaul
Ex. 8.5 Sub Saharan Africa - Transponder Revenues for Cellular & Wireless Backhaul
Ex. 8.6 Sub Saharan Africa - Equipment Unit Shipments & Revenues
Ex. 8.7 Sub Saharan Africa - Unit Shipments of Satellite BTS Equipment by Type of Network
Ex. 8.8 Sub Saharan Africa - Installed Units of Satellite BTS Equipment for Cellular & Wireless Backhaul
Ex. 8.9 Sub Saharan Africa - Installed Units of Satellite BTS Equipment by Type of Network
Ex. 8.10 Sub Saharan Africa - Satellite Backhauled Wireless Subscribers by Type of Network
Ex. 8.11 Sub Saharan Africa - Estimated BTS Equipment Average Prices
Ex. 8.12 Sub Saharan Africa - Estimated Transponder Prices
Ex. 8.13 Sub Saharan Africa - Population Demographics
Ex. 8.14 Sub Saharan Africa - Penetration of Mobile Users Backhauled via Satellite to Rural Population
Chapter 9
Ex. 9.1 Vendor Announcements in the Cellular & Wireless Backhaul via Satellite Market
Ex. 9.2 Asia - Total Revenues for Cellular & Wireless Backhaul via Satellite
Ex. 9.3 Asia - Cellular & Wireless Backhaul via Satellite Cumulative Revenues (2007-2017)
Ex. 9.4 Asia - Transponder Demand for Cellular & Wireless Backhaul
Ex. 9.5 Asia - Transponder Revenues for Cellular & Wireless Backhaul
Ex. 9.6 Asia - Equipment Unit Shipments & Revenues
Ex. 9.7 Asia - Unit Shipments of Satellite BTS Equipment by Type of Network
Ex. 9.8 Asia - Installed Units of Satellite BTS Equipment for Cellular & Wireless Backhaul
Ex. 9.9 Asia - Installed Units of Satellite BTS Equipment by Type of Network
Ex. 9.10 Asia - Satellite Backhauled Wireless Subscribers by Type of Network
Ex. 9.11 Asia - Estimated Average BTS Equipment Prices
Ex. 9.12 Asia - Estimated Transponder Prices
Ex. 9.13 Asia - Population Demographics
Ex. 9.14 Asia - Penetration of Mobile Users Backhauled via Satellite to Rural Population
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