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January 2010
Price: $3,995.00
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NSR Research Report: Broadband Satellite Markets, 9th Edition
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A year ago, the industry wondered what impact the global economic crisis would have on broadband VSAT networking and satellite broadband access services. Today, it can be said that there certainly was a significant slowdown in many markets around the world for broadband VSAT networks over the first half of 2009. Fortunately, sales of VSAT networks strengthened impressively in the last part of 2009 and into 2010, and it appears that recovery here is well on its way for most regions of the world.
Conversely, satellite broadband access services for consumers and businesses needing connectivity to the Internet barely flinched in 2009, illustrating once again that Internet access these days is not a luxury, but a "must have" service. The big news over 2009 and into the current year has generally centered on the ongoing movement of the broadband access market to service provisioning using High Throughput Satellite (HTS) capacity. In many ways, the announcement of Hughes' Jupiter satellite, the purchase of WildBlue by ViaSat, and the reported desire of Australia's NBN Co. to launch Ka-band satellites all point to this undeniable and (nearly) fully accepted trend in the market. Still it should be noted that "HTS" does not have to mean 100 Gbps satellites and is more an issue of cost per bit.
Finally turning to broadband trunking & backhaul services, there is no doubt that the day of reckoning approaches for trunking services in a number of key markets as new undersea cables land and fiber stretches across the landscape. Yet for every trunking client lost, growth occurs in parallel in the backhaul segment for cellular services as well as terrestrial wireless networks. In many ways, the greater issue today facing backhaul, as well as VSAT networking, services is less a fiber or global economic conditions issue than simple access to satellite capacity.
Fully integrating High Throughput Satellites (HTS) into capacity demand forecast
Following on work done in NSR's Global Assessment of Satellite Supply & Demand 6th Edition study, NSR has fully integrated the provisioning of broadband VSAT networking, broadband access, and trunking & backhaul services with HTS capacity in addition to NSR's long standing projections of use of traditional C- and Ku-band FSS capacity for these services. This is of course in addition to highly detailed, region-specific sites/subscriber, service revenues and customer premises revenues (CPE) projections for each application studied in this report.
A high throughput satellite is defined to be any satellite or satellite payload that has at least twice (though usually many times more) the throughput of a traditional FSS satellite for the same amount of allocated frequency on orbit. These satellites can use either Ku-band or Ka-band to provision a service (or other frequency bands in the future) and almost exclusively make use of frequency reuse and multiple spot beams to increase throughput and reduce the price per bit delivered. Further, the cost of the ground equipment/customer premise equipment for an HTS-based service is not a barrier to HTS capacity being substituted for FSS capacity for any commercial satellite application. Beyond the obvious implication that HTS capacity has for satellite broadband access services, NSR also investigates the trends that could develop in using HTS capacity for broadband VSAT networking and backhaul services.
Primary Questions Addressed In This Report Include:
What are the trends driving or restraining growth in the installed base of sites or subscribers for each market?
Which market segments and which regions are most likely to benefit from new demand or expansion of existing services?
Who are the main players in each industry segment, and what have been their key successes in the last year?
What are the revenues to be generated from service provisioning and customer premises equipment sales in each region and market segment?
What is the satellite capacity demand for each service in each region, and how is this being provisioned?
Where is classic commercial FSS capacity being used for service provisioning, and what is the impact of High Throughput Satellites (HTS) on market take-up and capacity demand?
Primary Elements Of The Report Include:
Industry trend analysis including NSR's qualitative assessment of each major market segment
A bottom-up forecasting approach based on detailed site and subscriber data
More than 250 detailed tables and charts
Includes Excel sheets with all key data, tables and charts
Step-by-step methodology
Variance analysis for each market to highlight any changes between the current and prior forecasts is this market
All clients of the Broadband Satellite Markets: 9th Edition report are also entitled to a FREE half-day of consulting time with an NSR analyst. This time can be used to review report findings, interpret market forecasts and determine how the report information applies to your company's business model.
Key Methodology Updates And Critical Resource For NSR's Report Library
The Broadband Satellite Markets 9th Edition continues to make use of a consistent methodology for forecasting VSAT sites, broadband access subscribers, and trunking/backhaul sites. Yet, the methodology is not rigid and has been revisited in key areas as necessary in order to most closely match actual trends in the real world. For this most recent edition, NSR applied a revised methodology specifically for forecasting capacity demand within the satellite broadband access market. The new capacity demand methodology results in the same historical demand estimates; however, it is better in alignment with the worldwide trend of provisioning broadband access subscribers using HTS capacity.
Further,the BBSM 9th Edition study is a critical input into NSR's Global Assessment of Satellite Supply and Demand series of market studies and makes use of key data from the Wireless Backhaul via Satellite,3rd Edition study. This illustrates once again that all of NSR's market research studies are fully integrated into a coherent library of detailed and highly granular research on commercial satellite market.
TABLE OF CONTENTS
Executive Summary
1. Introduction
1.1 Overview of Market and Industry Trends
1.1.1 Introduction and Review
1.1.2 Market Segment Definitions
1.2 Global Broadband Satellite Market Forecasts
1.2.1 Global Site and Subscriber Forecasts
1.2.2 Global Service Revenues Forecast
1.2.3 Global CPE Revenues Forecast
1.2.4 Global Broadband Satellite Transponder and HTS Capacity Demand
1.3 Sources of Information
2. Broadband VSAT Networking Services
2.1 Broadband Satellite IP VSAT Networking Services Market Highlights
2.2 Broadband Satellite IP VSAT Networking Services Definition and Major Market Trends
2.2.1 Market Definitions
2.2.2 The Key Players in Satellite Broadband VSAT Networking Services
2.2.3 Addressable Vertical Markets
2.3 Broadband VSAT Networking Forecast Methodologies and Assumptions
2.3.1 One-Way and Two-Way IP VSAT Site Forecast Methodology
2.3.2 Service Revenues Forecast Methodology
2.3.3 Customer Premises Equipment Revenues Forecast Methodology
2.3.4 Capacity Demand Forecast Methodology
2.4 Broadband VSAT Networking Services Market Forecasts
2.4.1 Regional One-Way and Two-Way VSAT Site Forecasts
2.4.2 Global Broadband VSAT Networking Site Forecast
2.4.3 Comparison between BBSM 8th and BBSM 9th Market Forecasts
2.4.4 Global Broadband VSAT Networking Service Revenues
2.4.5 Global Broadband VSAT Networking Customer Premises Equipment (CPE) Revenues
2.4.6 Global Broadband VSAT Networking Capacity Demand
2.5 Small & Medium Enterprise Two-Way IP VSAT Markets
2.5.1 SME Market Overview
2.5.2 Two-Way SME Site, Service Revenues & CPE Revenues Forecasts
3. Satellite Broadband Access Services
3.1 Satellite Broadband Access Market Highlights
3.2 Satellite Broadband Access Services Definition and Major Market Trends
3.2.1 One-Way Satellite with Terrestrial Return
3.2.2 Two-Way Satellite
3.3 Satellite Broadband Access Forecast Methodologies and Assumptions
3.3.1 Subscriber Forecast Methodology
3.3.2 Service Revenues Forecast Methodology
3.3.3 Customer Premises Equipment Revenues Forecast Methodology
3.3.4 Capacity Demand Forecast Methodology
3.4 Satellite Broadband Access Services Market Forecasts
3.4.1 Regional Satellite Broadband Access Subscriber Forecasts
3.4.2 Global Satellite Broadband Access Subscriber Forecast
3.4.3 Comparison between BBSM 8th and BBSM 9th Market Forecasts
3.4.4 Global Satellite Broadband Access Service and CPE Revenues
3.4.5 Global Satellite Broadband Access Capacity Demand
4. Satellite Trunking & Backhaul Services
4.1 Broadband Trunking & Backhaul Service Market Highlights
4.2 Satellite Trunking & Backhaul Services Definition and Major Market Trends
4.2.1 Satellite Trunking & Backhaul Market Introduction
4.2.2 Satellite Trunking Market Service Definition and Trends
4.2.3 Satellite Backhaul Market Service Definition and Trends
4.3 Satellite Trunking & Backhaul Forecast Methodologies and Assumptions
4.3.1 Satellite Trunking Sites Forecast Methodology
4.3.2 Trunking Service Revenues Forecast Methodology
4.3.3 Trunking and Backhaul Customer Premises Equipment Revenues Forecast Methodology
4.3.4 Trunking and Backhaul Capacity Demand Forecast Methodology
4.4 Satellite Trunking & Backhaul Market Forecasts
4.4.1 Regional Satellite Trunking & Backhaul Site Forecasts
4.4.2 Global Satellite Trunking & Backhaul Site Forecast
4.4.3 Comparison between BBSM 8th and BBSM 9th Market Forecasts
4.4.4 Global Satellite Trunking & Backhaul Service and CPE Revenues
4.4.5 Global Satellite Trunking & Backhaul Capacity Demand
LIST OF EXHIBITS
Chapter 1
Ex. 1.1 Broadband Satellite Market Segmentation
Ex. 1.2 Forecasts by Market Segment
Ex. 1.3 Broadband VSAT Networking Sites by Region, 2009-2019
Ex. 1.4 Broadband VSAT Networking Sites by Region Chart, 2009-2019
Ex. 1.5 Satellite Broadband Access Subscribers by Region, 2009-2019
Ex. 1.6 Satellite Broadband Access Subscribers by Region Chart, 2009-2019
Ex. 1.7 Broadband Trunking & Backhaul Sites by Region, 2009-2019
Ex. 1.8 Broadband Trunking & Backhaul Sites by Region Chart, 2009-2019
Ex. 1.9 Broadband Satellite Service Revenues by Market Segment, 2009-2019
Ex. 1.10 Broadband Satellite Service Revenues by Market Segment Chart, 2009-2019
Ex. 1.11 Broadband Satellite CPE Revenues by Market Segment, 2009-2019
Ex. 1.12 Broadband Satellite CPE Revenues by Market Segment Chart, 2009-2019
Ex. 1.13 Global Broadband Satellite TPE and HTS Bandwidth Demand, 2009-2019
Ex. 1.14 Global Broadband Satellite TPE and HTS Bandwidth Demand Chart, 2009-2019
Ex. 1.15 Broadband Satellite C-Band TPE Demand by Market Segment, 2009-2019
Ex. 1.16 Broadband Satellite C-Band TPE Demand by Market Segment Chart, 2009-2019
Ex. 1.17 Broadband Satellite Ku-Band TPE Demand by Market Segment, 2009-2019
Ex. 1.18 Broadband Satellite Ku-Band TPE Demand by Market Segment Chart, 2009-2019
Ex. 1.19 Broadband Satellite Ka-Band TPE Demand by Market Segment, 2009-2019
Ex. 1.20 Broadband Satellite Ka-Band TPE Demand by Market Segment Chart, 2009-2019
Ex. 1.21 Broadband Satellite HTS Bandwidth Demand by Market Segment, 2009-2019
Ex. 1.22 Broadband Satellite HTS Bandwidth Demand by Market Segment Chart, 2009-2019
Chapter 2
Ex. 2.1 Regional Definitions
Ex. 2.2 Parameters of Broadband VSAT Satellite Networking Services Forecasts
Ex. 2.3 Definitions of Small, Medium and Large
Ex. 2.4a Broadband VSAT Networking Market- Tier One and Two Manufacturers and Managed Service Providers
Ex. 2.4b Broadband VSAT Networking Market- Tier One and Two Manufacturers and Managed Service Providers
Ex. 2.4c Broadband VSAT Networking Market- Tier One and Two Manufacturers and Managed Service Providers
Ex. 2.5 Enterprise and SME Addressable Market Verticals
Ex. 2.6a Rating Elements of Broadband VSAT Site Forecast Model
Ex. 2.6b Rating Elements of Broadband VSAT Site Forecast Model
Ex. 2.7 Template for Determining Growth Factors, by Service and Region
Ex. 2.8a Assumed Breakout of VSAT Site Sizes for North America, 2009-2019
Ex. 2.8b Assumed Breakout of VSAT Site Sizes for Latin America, 2009-2019
Ex. 2.8c Assumed Breakout of VSAT Site Sizes for Western Europe, 2009-2019
Ex. 2.8d Assumed Breakout of VSAT Site Sizes for Central & Eastern Europe, 2009-2019
Ex. 2.8e Assumed Breakout of VSAT Site Sizes for Middle East & North Africa, 2009-2019
Ex. 2.8f Assumed Breakout of VSAT Site Sizes for Sub-Saharan Africa, 2009-2019
Ex. 2.8g Assumed Breakout of VSAT Site Sizes for Asia, 2009-2019
Ex. 2.9 Assumed Monthly Service Prices, 2009-2019
Ex. 2.10 Assumed CPE Prices, 2009-2019
Ex. 2.11 Assumed Contention Ratios for One-Way IP VSAT Services by Region, 2009-2019
Ex. 2.12 Assumed Contention Ratios for Two-Way IP VSAT Services by Region, 2009-2019
Ex. 2.13a Average Channel Bandwidth per VSAT Site in North America, 2009-2019
Ex. 2.13b Average Channel Bandwidth per VSAT Site in Latin America, 2009-2019
Ex. 2.13c Average Channel Bandwidth per VSAT Site in Western Europe, 2009-2019
Ex. 2.13d Average Channel Bandwidth per VSAT Site in Central & Eastern Europe, 2009-2019
Ex. 2.13e Average Channel Bandwidth per VSAT Site in the Middle East & North Africa, 2009-2019
Ex. 2.13f Average Channel Bandwidth per VSAT Site in Sub-Saharan Africa, 2009-2019
Ex. 2.13g Average Channel Bandwidth per VSAT Site in Asia, 2009-2019
Ex. 2.14 Enterprise Satellite Bandwidth Demand Formula
Ex. 2.15 North American One-Way Broadband VSAT Sites, 2009-2019
Ex. 2.16 North American One-Way Broadband VSAT Sites Chart, 2009-2019
Ex. 2.17 North American Two-Way Broadband VSAT Sites, 2009-2019
Ex. 2.18 North American Two-Way Broadband VSAT Sites Chart, 2009-2019
Ex. 2.19 Latin American One-Way Broadband VSAT Sites, 2009-2019
Ex. 2.20 Latin American One-Way Broadband VSAT Sites Chart, 2009-2019
Ex. 2.21 Latin American Two-Way Broadband VSAT Sites, 2009-2019
Ex. 2.22 Latin American Two-Way Broadband VSAT Sites Chart, 2009-2019
Ex. 2.23 Western European One-Way Broadband VSAT Sites, 2009-2019
Ex. 2.24 Western European One-Way Broadband VSAT Sites Chart, 2009-2019
Ex. 2.25 Western European Two-Way Broadband VSAT Sites, 2009-2019
Ex. 2.26 Western European Two-Way Broadband VSAT Sites Chart, 2009-2019
Ex. 2.27 Central & Eastern European One-Way Broadband VSAT Sites, 2009-2019
Ex. 2.28 Central & Eastern European One-Way Broadband VSAT Sites Chart, 2009-2019
Ex. 2.29 Central & Eastern European Two-Way Broadband VSAT Sites, 2009-2019
Ex. 2.30 Central & Eastern European Two-Way Broadband VSAT Sites Chart, 2009-2019
Ex. 2.31 Middle Eastern & North African One-Way Broadband VSAT Sites, 2009-2019
Ex. 2.32 Middle Eastern & North African One-Way Broadband VSAT Sites Chart, 2009-2019
Ex. 2.33 Middle Eastern & North African Two-Way Broadband VSAT Sites, 2009-2019
Ex. 2.34 Middle Eastern & North African Two-Way Broadband VSAT Sites Chart, 2009-2019
Ex. 2.35 Sub-Saharan African One-Way Broadband VSAT Sites, 2009-2019
Ex. 2.36 Sub-Saharan African One-Way Broadband VSAT Sites Chart, 2009-2019
Ex. 2.37 Sub-Saharan African Two-Way Broadband VSAT Sites, 2009-2019
Ex. 2.38 Sub-Saharan African Two-Way Broadband VSAT Sites Chart, 2009-2019
Ex. 2.39 Asian One-Way Broadband VSAT Sites, 2009-2019
Ex. 2.40 Asian One-Way Broadband VSAT Sites Chart, 2009-2019
Ex. 2.41 Asian Two-Way Broadband VSAT Sites, 2009-2019
Ex. 2.42 Asian Two-Way Broadband VSAT Sites Chart, 2009-2019
Ex. 2.43 Global Baseline One-Way Broadband VSAT Sites, 2009-2019
Ex. 2.44 Global Baseline One-Way Broadband VSAT Sites Chart, 2009-2019
Ex. 2.45 Global Baseline Two-Way Broadband VSAT Sites, 2009-2019
Ex. 2.46 Global Baseline Two-Way Broadband VSAT Sites Chart, 2009-2019
Ex. 2.47 Global Baseline Broadband VSAT Sites, 2009-2019
Ex. 2.48 Global Baseline Broadband VSAT Sites Chart, 2009-2019
Ex. 2.49 Global One-Way Broadband VSAT Sites - Comparison of BBSM 8th & BBSM 9th Forecasts
Ex. 2.50 Global One-Way Broadband VSAT Sites - Comparison of BBSM 8th & BBSM 9th Forecasts Chart
Ex. 2.51 Global Two-Way Broadband VSAT Sites - Comparison of BBSM 8th & BBSM 9th Forecasts
Ex. 2.52 Global Two-Way Broadband VSAT Sites - Comparison of BBSM 8th & BBSM 9th Forecasts Chart
Ex. 2.53 One-Way Broadband VSAT Service Revenues By Region, 2009-2019
Ex. 2.54 One-Way Broadband VSAT Service Revenues By Region Chart, 2009-2019
Ex. 2.55 Two-Way Broadband VSAT Service Revenues by Region, 2009-2019
Ex. 2.56 Two-Way Broadband VSAT Service Revenues By Region Chart, 2009-2019
Ex. 2.57 Global Broadband VSAT Service Revenues, 2009-2019
Ex. 2.58 Global Broadband VSAT Service Revenues Chart, 2009-2019
Ex. 2.59 Global Broadband VSAT Service Revenues by Region, 2009-2019
Ex. 2.60 Global Broadband VSAT Service Revenues by Region Chart, 2009-2019
Ex. 2.61 One-Way Broadband VSAT CPE Revenues by Region, 2009-2019
Ex. 2.62 One-Way Broadband VSAT CPE Revenues by Region Chart, 2009-2019
Ex. 2.63 One-Way Broadband VSAT New Site and Upgraded Site CPE Revenues Chart, 2009-2019
Ex. 2.64 Two-Way Broadband VSAT CPE Revenues by Region, 2009-2019
Ex. 2.65 Two-Way Broadband VSAT CPE Revenues by Region Chart, 2009-2019
Ex. 2.66 Two-Way Broadband VSAT New Site and Upgraded Site CPE Revenues Chart, 2009-2019
Ex. 2.67 Global Broadband VSAT CPE Revenues, 2009-2019
Ex. 2.68 Global Broadband VSAT CPE Revenues Chart, 2009-2019
Ex. 2.69 Global Broadband VSAT CPE Revenues by Region, 2009-2019
Ex. 2.70 Global Broadband VSAT CPE Revenues by Region Chart, 2009-2019
Ex. 2.71 Broadband VSAT Networking TPE and HTS Bandwidth Demand by Region, 2009-2019
Ex. 2.72 Global Broadband VSAT Networking TPE and HTS Bandwidth Demand, 2009-2019
Ex. 2.73 Global Broadband VSAT Networking TPE and HTS Bandwidth Demand Chart, 2009-2019
Ex. 2.74 Two-Way SME Broadband VSAT Sites By Region, 2009-2019
Ex. 2.75 Global Two-Way SME Broadband VSAT Sites Chart, 2009-2019
Ex. 2.76 Two-Way SME Satellite Service Revenues by Region, 2009-2019
Ex. 2.77 Two-Way SME Satellite Service Revenues by Region Chart, 2009-2019
Ex. 2.78 Two-Way SME Satellite CPE Revenues by Region, 2009-2019
Ex. 2.79 Two-Way SME Satellite CPE Revenues by Region Chart, 2009-2019
Chapter 3
Ex. 3.1 Single Site Satellite Broadband Forecast Variables
Ex. 3.2 North American Single Site Satellite Broadband Subscribers, 2009-2019
Ex. 3.3 North American Single Site Satellite Broadband Subscribers Chart, 2009-2019
Ex. 3.4 North American Residential & Business Broadband Subscriber Breakout, 2009-2019
Ex. 3.5 North American Residential & Business Broadband Subscriber Breakout Chart, 2009-2019
Ex. 3.6 Latin American Satellite Broadband Access Subscribers, 2009-2019
Ex. 3.7 Latin American Satellite Broadband Access Subscribers Chart, 2009-2019
Ex. 3.8 Latin American Residential & Business Broadband Subscriber Breakout, 2009-2019
Ex. 3.9 Latin American Residential & Business Broadband Subscriber Breakout Chart, 2009-2019
Ex. 3.10 Western European Satellite Broadband Access Subscribers, 2009-2019
Ex. 3.11 Western European Satellite Broadband Access Subscribers Chart, 2009-2019
Ex. 3.12 Western European Residential & Business Broadband Subscriber Breakout, 2009-2019
Ex. 3.13 Western European Residential & Business Broadband Subscriber Breakout Chart, 2009-2019
Ex. 3.14 Central & Eastern European Satellite Broadband Access Subscribers, 2009-2019
Ex. 3.15 Central & Eastern European Satellite Broadband Access Subscribers Chart, 2009-2019
Ex. 3.16 Central & Eastern European Residential & Business Broadband Subscriber Breakout, 2009-2019
Ex. 3.17 Central & Eastern European Residential & Business Broadband Subscriber Breakout Chart, 2009-2019
Ex. 3.18 Middle Eastern & North African Satellite Broadband Access Subscribers, 2009-2019
Ex. 3.19 Middle Eastern & North African Satellite Broadband Access Subscribers Chart, 2009-2019
Ex. 3.20 Middle Eastern & North African Residential & Business Broadband Subscriber Breakout, 2009-2019
Ex. 3.21 Middle Eastern & North African Residential & Business Broadband Subscriber Breakout Chart, 2009-2019
Ex. 3.22 Sub-Saharan African Satellite Broadband Access Subscribers, 2009-2019
Ex. 3.23 Sub-Saharan African Satellite Broadband Access Subscribers Chart, 2009-2019
Ex. 3.24 Sub-Saharan African Residential & Business Broadband Subscriber Breakout, 2009-2019
Ex. 3.25 Sub-Saharan African Residential & Business Broadband Subscriber Breakout Chart, 2009-2019
Ex. 3.26 Asian Satellite Broadband Access Subscribers, 2009-2019
Ex. 3.27 Asian Satellite Broadband Access Subscribers Chart, 2009-2019
Ex. 3.28 Asian Residential & Business Broadband Subscriber Breakout, 2009-2019
Ex. 3.29 Asian Residential & Business Broadband Subscriber Breakout Chart, 2009-2019
Ex. 3.30 Global Satellite Broadband Access Subscribers by Region, 2009-2019
Ex. 3.31 Global Satellite Broadband Access Subscribers by Region Chart, 2009-2019
Ex. 3.32 Global Satellite Broadband Access Subscribers - Comparison of BBSM 8th & BBSM 9th Forecasts
Ex. 3.33 Global Satellite Broadband Access Subscribers - Comparison of BBSM 8th & BBSM 9th Forecasts Chart
Ex. 3.34 Average ARPU by Region, 2009-2019
Ex. 3.35 Average CPE Cost by Region, 2009-2019
Ex. 3.36 Global Satellite Broadband Access Service Revenues by Region, 2009-2019
Ex. 3.37 Global Satellite Broadband Access Service Revenues by Region Chart, 2009-2019
Ex. 3.38 Global Satellite Broadband Access CPE Revenues by Region, 2009-2019
Ex. 3.39 Global Satellite Broadband Access CPE Revenues by Region Chart, 2009-2019
Ex. 3.40 Global Satellite Broadband Access Service and CPE Revenues, 2009-2019
Ex. 3.41 Global Satellite Broadband Access Service and CPE Revenues Chart, 2009-2019
Ex. 3.42 North American Estimate of Kbps of HTS Capacity Allocated Per Subscriber, 2009-2019
Ex. 3.43 North American Satellite Broadband Access TPE & Bandwidth Demand, 2009-2019
Ex. 3.44 North American Satellite Broadband Access TPE & Bandwidth Demand Chart, 2009-2019
Ex. 3.45 Latin American Estimate of Kbps of HTS Capacity Allocated Per Subscriber, 2009-2019
Ex. 3.46 Latin American Satellite Broadband Access TPE & Bandwidth Demand, 2009-2019
Ex. 3.47 Latin American Satellite Broadband Access TPE & Bandwidth Demand Chart, 2009-2019
Ex. 3.48 Western European Estimate of Kbps of HTS Capacity Allocated Per Subscriber, 2009-2019
Ex. 3.49 Western European Satellite Broadband Access TPE & Bandwidth Demand, 2009-20193-
Ex. 3.50 Western European Satellite Broadband Access TPE & Bandwidth Demand Chart, 2009-2019
Ex. 3.51 Central & Eastern European Estimate of Kbps of HTS Capacity Allocated Per Subscriber, 2009-2019
Ex. 3.52 Central & Eastern European Satellite Broadband Access TPE & Bandwidth Demand, 2009-2019
Ex. 3.53 Central & Eastern European Satellite Broadband Access TPE & Bandwidth Demand Chart, 2009-2019
Ex. 3.54 Middle Eastern & North African Estimate of Kbps of HTS Capacity Allocated Per Subscriber, 2009-2019
Ex. 3.55 Middle Eastern & North African Satellite Broadband Access TPE & Bandwidth Demand, 2009-2019
Ex. 3.56 Middle Eastern & North African Satellite Broadband Access TPE & Bandwidth Demand Chart, 2009-2019
Ex. 3.57 Sub-Saharan African Estimate of Kbps of HTS Capacity Allocated Per Subscriber, 2009-2019
Ex. 3.58 Sub-Saharan African Satellite Broadband Access TPE & Bandwidth Demand, 2009-2019
Ex. 3.59 Sub-Saharan African Satellite Broadband Access TPE & Bandwidth Demand Chart, 2009-2019
Ex. 3.60 Asian Estimate of Kbps of HTS Capacity Allocated Per Subscriber, 2009-2019
Ex. 3.61 Asian Satellite Broadband Access TPE & Bandwidth Demand, 2009-2019
Ex. 3.62 Asian Satellite Broadband Access TPE & Bandwidth Demand Chart, 2009-2019
Ex. 3.63 Global Satellite Broadband Access FSS Ku-Band TPE Demand by Region, 2009-2019
Ex. 3.64 Global Satellite Broadband Access FSS Ku-Band TPE Demand by Region Chart, 2009-2019
Ex. 3.65 Global Satellite Broadband Access HTS Bandwidth Demand by Region, 2009-2019
Ex. 3.66 Global Satellite Broadband Access HTS Bandwidth Demand by Region Chart, 2009-2019
Chapter 4
Ex. 4.1 Conversion Factor for Mbps to MHz, 2009-2019
Ex. 4.2 Average Satellite Bandwidth Demand per Broadband Trunking Site, 2009-2019
Ex. 4.3 Rating Elements for Satellite Broadband Trunking Site Forecast Model
Ex. 4.4 Broadband Trunking Monthly Service Pricing per Mbps by Region, 2009-2019
Ex. 4.5 Assumed Trunking and Backhaul CPE Prices, 2009-2019
Ex. 4.6 North American Broadband Trunking & Backhaul Sites, 2009-2019
Ex. 4.7 North American Broadband Trunking & Backhaul Sites Chart, 2009-2019
Ex. 4.8 North American Percentage Broadband Trunking vs. Backhaul Sites, 2009-2019
Ex. 4.9 Latin American Broadband Trunking & Backhaul Sites, 2009-2019
Ex. 4.10 Latin American Broadband Trunking & Backhaul Sites Chart, 2009-2019
Ex. 4.11 Latin American Percentage Broadband Trunking vs. Backhaul Sites, 2009-2019
Ex. 4.12 Western European Broadband Trunking & Backhaul Sites, 2009-2019
Ex. 4.13 Western European Broadband Trunking & Backhaul Sites Chart, 2009-2019
Ex. 4.14 Western European Percentage Broadband Trunking vs. Backhaul Sites, 2009-2019
Ex. 4.15 Central & Eastern European Broadband Trunking & Backhaul Sites, 2009-2019
Ex. 4.16 Central & Eastern European Broadband Trunking & Backhaul Sites Chart, 2009-2019
Ex. 4.17 Central & Eastern European Percentage Broadband Trunking vs. Backhaul Sites, 2009-2019
Ex. 4.18 Middle Eastern & North African Broadband Trunking & Backhaul Sites, 2009-2019
Ex. 4.19 Middle Eastern & North African Broadband Trunking & Backhaul Sites Chart, 2009-2019
Ex. 4.20 Middle Eastern & North African Percentage Broadband Trunking vs. Backhaul Sites, 2009-2019
Ex. 4.21 Sub-Saharan African Broadband Trunking & Backhaul Sites, 2009-2019
Ex. 4.22 Sub-Saharan African Broadband Trunking & Backhaul Sites Chart, 2009-2019
Ex. 4.23 Sub-Saharan African Percentage Broadband Trunking vs. Backhaul Sites, 2009-2019
Ex. 4.24 Asian Broadband Trunking & Backhaul Sites, 2009-2019
Ex. 4.25 Asian Broadband Trunking & Backhaul Sites Chart, 2009-2019
Ex. 4.26 Asian Percentage Broadband Trunking vs. Backhaul Sites, 2009-2019
Ex. 4.27 Global Baseline Broadband Trunking & Backhaul Sites, 2009-2019
Ex. 4.28 Global Baseline Broadband Trunking & Backhaul Sites Chart, 2009-2019
Ex. 4.29 Global Percentage Broadband Trunking vs. Backhaul Sites, 2009-2019
Ex. 4.30 BBSM 8th & BBSM 9th Edition Trunking & Backhaul Site Forecast Comparison, 2008-2019
Ex. 4.31 BBSM 8th & BBSM 9th Edition Trunking & Backhaul Site Forecast Comparison Chart, 2008-2019
Ex. 4.32 Global Broadband Trunking & Backhaul Service Revenues, 2009-2019
Ex. 4.33 Global Broadband Trunking & Backhaul Service Revenues Chart, 2009-2019
Ex. 4.34 Global Broadband Trunking & Backhaul CPE Revenues, 2009-2019
Ex. 4.35 Global Broadband Trunking & Backhaul CPE Revenues Chart, 2009-2019
Ex. 4.36 Global Broadband Trunking & Backhaul Leased TPE & Bandwidth Demand, 2009-2019
Ex. 4.37 Global Broadband Trunking & Backhaul Leased TPE & Bandwidth Demand Chart, 2009-2019
Ex. 4.38 Global Broadband Trunking & Backhaul Leased C-Band TPE Demand, 2009-2019
Ex. 4.39 Global Broadband Trunking & Backhaul Leased C-Band TPE Demand Chart, 2009-2019
Ex. 4.40 Global Broadband Trunking & Backhaul Leased Ku-Band TPE Demand, 2009-2019
Ex. 4.41 Global Broadband Trunking & Backhaul Leased Ku-Band TPE Demand Chart, 2009-2019
Ex. 4.42 Global Broadband Trunking & Backhaul Leased Ka-Band TPE Demand, 2009-2019
Ex. 4.43 Global Broadband Trunking & Backhaul Leased Ka-Band TPE Demand Chart, 2009-2019
Ex. 4.44 Global Broadband Trunking & Backhaul Leased HTS Bandwidth Demand, 2009-2019
Ex. 4.45 Global Broadband Trunking & Backhaul Leased HTS Bandwidth Demand Chart, 2009-2019
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