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Satellite
Communications for the Next Century: Global Markets for GMPCS, LEOs, MEOs
and GEOs
1999-2004
a market research report
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The hard reality of telecommunications
services today is that the world currently consists of islands of sophisticated terrestrial network infrastructure which serves less than 40 percent of the worlds population. By the year 2000, well over 60 percent of the worlds population will still not have access to terrestrial wireless service, let alone
broadband data communications.
Global mobile personal communications via satellite (GMPCS) networks provide a unique technical solution to the limitations associated with terrestrial networks,
offering messaging, voice, and data communications to anyone, anywhere, at anytime.
The technical, regulatory, and economic environment conducive to fostering a healthy GMPCS industry seems to be in place. Within this operating environment, over 50 GMPCS service providers plan to join the handful of pioneers who have already launched GMPCS satellites. During the next ten years, at least 80 additional constellations, consisting of over 2,000 telecommunications satellites, will be deployed,
requiring an estimated $175 billion in investment capital.
In the event that even a small majority of the planned GMPCS networks ultimately prove to be successful, their combined impact will extend far beyond the telecommunications industry, creating new technologies, services, customers, vendors, organizational structures, regulatory apparatus, and a new
definition of the telecom service provider. The result will be an unprecedented increase in demand for both celestial-based and terrestrial-based telecom services as network users, talking pairs, and reasons to
communicate increase by orders of magnitude.
An extremely engaging, forward-thinking analysis, this report examines the impact the emerging GMPCS industry will have on the telecom market, and discusses the related implications for industry decision-makers. Insight presents historical developments of satellite communications, describes GMPCS technology, profiles major players, and builds a demand-side forecasting model for GMPCS services to 2004 and beyond.
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Report Excerpt
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The Opportunity
Our world grows smaller. The Internet is already a
worldwide phenomena and a preeminent medium for
commercial and consumer communications, commerce, and
entertainment. International travel, both for business
and pleasure, increases every year. Liberalization and
privatization in developed and undeveloped countries
creates open markets, driving down telecommunications
tariffs, duties, and settlement rates. As these trends
conflate they create new telecommunications customers:
some looking only for a basic telecommunications service
by which to enter the global economy, others having long
enjoyed the basics are seeking universal mobility and
continuous access to information.
In this study INSIGHT examines one of the enablers of the
new telecommunications infrastructure. Global mobile
personal communications via satellite, or GMPCS, networks
offer a unique technical solution to the limitations
associated with terrestrial networks. Defined by the
International Telecommunications Union (ITU) as,
any satellite system (i.e., fixed (FSS) or mobile
(MSS), broadband or narrow-band, global or regional,
geostationary or non-geostationary, existing or planned)
providing telecommunications services directly to the
end-users from a constellation of satellites, GMPCS
networks offer messaging, voice, and data communications
accessibility to anyone, anywhere, at anytime.
The hard reality of telecommunications services today is
that the world currently consists of islands of
sophisticated terrestrial telecommunications network
infrastructure, located primarily in North America,
Western Europe, and the Pacific Rim, which serves less
than 40 percent of the worlds population. If you do
not live in the right part of the word, or if you travel
outside of the developed countries, you are essentially
non-participants in the information age.
Intense unmet demand exists on the part of these
prospective users for messaging, narrowband, and wideband
telecommunications services. According to the ITU, of the
1.5 billion worldwide households, 500 million have
telephone service, 50 million are waiting for service,
and 250 million more could afford telephone service. The
waiting period for some of those 50 million households
currently in queue will exceed 1.5 years; and service
establishment will cost up to $3,000. Over three and one
half billion people have no home phone service; at least
50 percent of the worlds population does not even
have access to a telephone! By the year 2000, well over
60 percent of the worlds population will still not
have access to terrestrial wireless service, let alone
broadband data communications service.
The technical, regulatory, and economic environment
conducive to fostering a healthy GMPCS industry seems to
be in place. Within this operating environment, over 50
GMPCS service providers plan to join the handful of
pioneers who have already launched GMPCS satellites, and
deploy at least 80 additional constellations, consisting
of over 2000 telecommunications satellites, during the
next ten years. In order to achieve this extremely
ambitious objective, an estimated $140 billion to $175
billion in investment capital will have to be raised, in
addition to the $15 billion to $26 billion that has
already been invested in GMPCS ventures.
In the event that even a small majority of the planned
GMPCS networks ultimately prove to be successful, their
combined impact will extend far beyond the
telecommunications industry, creating new technologies,
new services, new customers, new vendors, new
organizational structures, new regulatory apparatus, and
a new definition of telecommunications service provider.
Insight believes the long term impact on the worldwide
economy resulting from GMPCS networks will be:
- The emergence of the first truly trans-border business
organizations, in terms of actual ownership and control.
The ownership base and management responsibilities
associated with many GMPCS ventures are spread among
various countries, with no single investing entity
holding a majority interest. Diversified ownership and
control on a worldwide basis will present interesting
challenges to GMPCS managers, but it will prove to be a
major facilitator of free trade and open market access
among countries of all sizes and cultures.
- A reassessment and possible overhaul of the existing
telecommunications regulatory apparatus.
Country-by-country regulation of telecommunications
services as exists today will be difficult, if not
impossible, in an environment of trans-border business
organizations. The concept of national regulation will
have to be re-evaluated, although this would be an
extremely difficult venture to carry out.
- The flow of increasingly large volumes of investment
capital into satellite communications and supporting
industries. Investors worldwide have allocated between
$15 billion and $26 billion to GMPCS ventures through the
end of 1998. The top 20 public GMPCS related ventures
already have a combined market capitalization of $100
plus billion. Funds flowing into the satellite industry
are not expected to dry up any time soon, nor is the
potential associated with the market.
Which is not to say that there are not obstacles to
overcome. Potential technical impediments to GMPCS
success include satellite signal propagation delay, which
is especially problematic with GEO satellites; the line
of sight visibility requirement for most satellite
communications; and signal interference from terrestrial
and atmospheric obstacles, as well as from other
radio-based services sharing common operating
frequencies. Other technical impediments relate to
satellite communications network reliability, security,
and interoperability.
Regulatory concerns relate to the fact that many
undeveloped countries have yet to adopt, and do not
appear ready to adopt, open market policies in the near
future. The possibility also exists that the current
trend toward liberalization in countries that are in the
process of implementing such policies may be reversed,
and that a return to protectionism would undermine
worldwide GMPCS acceptance. Finally, local
telecommunications jurisdictions may restrict competition
by showing favoritism to select GMPCS providers, or local
service providers may establish excessive price mark-ups
at the retail level, thus restricting take up on GMPCS
services.
The primary prospective economic impediment to GMPCS
industry success is a reversal in the favorable treatment
currently afforded to GMPCS ventures by the capital
markets.
The Challenge
Winners over the long term will be carriers that can
assimilate large groups of people from different
companies and from diverse corporate and international
cultures into a cohesive worldwide federation. The
federation will ultimately evolve into a single
mega-carrier. In order to meet this challenge, management
must untangle problems in:
- Network technologies: by providing seamless network
integration;
- Back office support systems: by offering one bill and
one customer service organization;
- Products and services: by delivering consistent
offerings, pricing, and service quality; and
- Cultures: by functioning as a single entity from the
customers perspective on a worldwide basis.
The challenge for telecommunications industry decision
makers is to identify, select, and integrate the best of
breed terrestrial and celestial organizations into a
world class company, capable of addressing the
telecommunications services requirements of customers
ranging from individuals in undeveloped regions to major
multinational corporations.
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Market Segmentation
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Table of Contents
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Chapter I
EXECUTIVE SUMMARY
1.1 The Opportunity
1.2 The Market
1.3 The Challenge
Chapter II
INTRODUCTION
2.1 Industry Overview
2.1.1 The Gap in Information Distribution
2.2 Potential GMPCS Impact on the Worldwide Economy
2.3 Report Objective and Scope
2.4 Satellite Communications Network Classifications
2.4.1 GMPCS Messaging Systems (Little LEOs)
2.4.2 Mobile Satellite Systems (MSS)
2.4.2.1 Non-GEO MSS (Big LEOs)
2.4.2.2 GEO MSS
2.4.3 Fixed Satellite Systems
2.4.3.1 Non-GEO FSS (Broadband LEOs)
2.4.3.2 GEO FSS
2.5 GMPCS Satellite Networks
Chapter III
SATELLITE COMMUNICATIONS HISTORY
3.1 Satellite Communications Industry Development
3.1.1 ISO Communications Satellite Networks, 1964-1980
3.1.2 First Generation Satellite Networks (1980-1990)
3.1.3 Second Generation Satellite Networks, 1990-present
3.1.4 Unrestrained GMPCS Industry Growth, 1999 to 2004
3.1.5 Intense Competition, (2001 to 2007)
3.1.6 Major Consolidation, (2003 to 2009)
3.2 GMPCS Regulatory Environment
3.2.1 International Regulatory Structure
3.2.2 National Regulatory Structure
3.2.3 GMPCS Authorization Process
3.2.4 Key GMPCS Regulatory Issues
Chapter IV
TECHNOLOGY and Design
4.1 System Elements
4.1.1 Space Segment
4.1.2 Ground Segment
4.1.3 User Terminals
4.1.4 Satellite System Architecture
4.1.4.1 ISLs
4.1.5 Spotbeams
4.1.6 Satellite System Coverage
4.1.7 Satellite Orbit
4.1.8 Operating Frequencies
4.1.8.1 Access Sharing Scheme
Chapter V
SATELLITE COMMUNICATIONS VENDOR PROFILES
5.1 Overview
5.2 Astrolink
5.3 Constellation Communications
5.4 Ellipso
5.5 Globalstar
5.6 ICO Global
5.7 Intelsat
5.8 Iridium
5.9 KaStar
5.10 ORBCOMM
5.11 PanAmSat
5.12 Skybridge LP
5.13 Teledesic
Chapter VI
GMPCS BUSINESS MODEL
6.1 Demand for GMPCS Services
6.1.1 GMPCS Messaging Services
6.1.1.2 Next Generation Messaging Applications
6.1.2 MSS GMPCS Segments
6.1.3 FSS GMPCS Segments
6.2 Supply of GMPCS Services
6.2.1 GMPCS Messaging
6.3 GMPCS Organization Structure
6.3.1 GMPCS Financial Considerations
6.3.1.1 Initial GMPCS System Investment
6.3.1.2 GMPCS Per Minute Costs
6.3.1.3 GMPCS Network Profitability
6.4 GMPCS Drivers and Enablers
6.4.1 GMPCS Enablers
6.4.1.1 Technical Enablers
6.4.1.2 Regulatory Enablers
6.4.1.3 Economic Enablers
6.5 Impediments to GMPCS Success
6.5.1 Regulatory Impediments
6.5.2 Economic Roadblocks
6.5.3 Business Environment Impediments
Chapter VII
MARKET ANALYSIS AND PROJECTIONS
7.1 Overview
7.2 Access Network Capacity
7.2.1 Network Capacity Metrics and Definitions
7.2.2 Access Network Capacity Observations and Analysis
7.3 Access Network Utilization
7.3.1 Network Utilization Metrics and Definitions
7.3.2 Access Network Utilization Projections
7.3.3 Access Network Utilization Observations and
Analysis
7.4 Network Revenue Metrics and Definitions
7.4.1 Revenue Observations and Analysis
Chapter VIII
GMPCS SUCCESS STRATEGIES
8.1 General Strategic Imperatives
8.1.1 Maximizing User Demand
8.2 GMPCS Vendor Strategies
8.3 Incumbent Vendor Strategies
Appendix A
SATELLITE COMMUNICATIONS INDUSTRY MILESTONES
Significant Events
Appendix B
GLOSSARY
List of Terms
Table of Figures
Chapter I
1-1 GMPCS Revenue Projections, 1999-2004 ($Billions)
Chapter II
II-1 Total Worldwide Households With or Without Telephone
Service
Chapter IV
IV-1 Satellite Communications System
IV-2 Communications Satellite Architecture
IV-3 Satellite Coverage Area and Service Area
IV-4 Satellite Ground Station
IV-5 Bent Pipe Architecture
IV-6 Intersatellite Links
IV-7 Satellite Spotbeam Honeycomb
IV-8 Satellite Spotbeams
IV-9 Satellite Footprint
IV-10 Satellite Orbit Inclination
IV-11 Satellite Orbit Eccentricity
Chapter VI
VI-1 MSS GMPCS Per Minute Costs by Million Minutes Per
Year
Chapter VII
VII-1 Access Network Capacity of Wireline, Wireless and
Messaging)
VII-2 Access Network Capacity for GMPCS and Legacy
Systems
VII-3 GMPCS and Other Satellite Revenue Projections,
1999-2004
VII-4 Total Terrestrial and Satellite Revenue, 1999-2004
VII-5 Revenues for GMPCS by Type, 1999-2004 ($Billions)
VII-6 Long Term Usage Service Trends, 1999-2020 (Billions
of Minutes)
VII-7 Service Revenues, 1999 and 2020
VII-8 GMPCS Usage versus Revenue, 1999-2020
Table of Tables
Chapter I
I-1 GMPCS Investment ($Billions)
I-2 GMPCS Industry Profile for the Year 2004
Chapter II
II-1 Operational and Planned GMPCS Satellite Network
II-2 Summary of Existing and Planned GMPCS Satellites
Chapter III
III-1 Satellite Deployment Status and Plans
III-2 GMPCS Industry Profile for the Year 2004
Chapter IV
IV-1 Communications Satellite Orbital Comparison
Chapter V
V-1 Astrolink
V-2 Constellation Communications
V-3 Ellipso
V-4 Globalstar LP
V-5 ICO Global Communications
V-6 Intelsat
V-7 Iridium LLC
V-8 KaStar
V-9 ORBCOMM
V-10 PanAmSat
V-11 Skybridge LP
V-12 Teledesic
Chapter VI
VI-1 Mobile Application for Global Paging Segment
VI-2 Data Communications Application for Remote Data
Acquisition
VI-3 Mobile Application for Remote Asset Trackin
VI-4 Data Communications Applications for Short Messaging
Segment
VI-5 Mobile Telephony Application for Global Traveler
Segment
VI-6 Fixed Telephony Application for Party Line Segment
VI-7 Mobile Telephony Application for Disaster,
Emergency, Exploration
VI-8 Mobile Telephony Application for Remote Rural
Subscribers
VI-9 Fixed Telephony Application for Rural Pay Phones
VI-10 Retail Application for Interactive Broadband
Segment
VI-11 Wholesale Application for Broadcast/Multicast
Broadband Segment
VI-12 GMPCS Investment ($Billions)
VI-13 MSS GMPCS Per Minute Costs, by Million Minutes Per
Year
Chapter VII
VII-1 Acess Network Capacity of Wireline and Wireless
Terminals
VII-2 Instantaneous Information Carrying Capacity,
1999-2004 (Gbit/s)
VII-3 Access Network Utilization Projections for Wireline
and Wireless
VII-4 Access Network Utilization, 1999-2004 (Billions of
Minutes)
VII-5 Access Network Data Transmitted, 1999-2004 (Tbit/s)
VII-6 Public Telecommunications Services Revenues,
1999-2004 ($Billions)
VII-7 Projected Evolution of GMPCS, 1999-2020
VII-8 Long-Term GMPCS Industry Growth of Usage, Revenue
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