In 2000, companies spent $35 billion to build Internet data communications capability in high-speed networks. This has created a gut in capacity of high speed, long haul information pipe lines. Only 5% of the fiber in the ground is turned on. Costs for an enterprise to turn on a fiber network are $500 million and it takes 15 months. At the same time, economies have slowed worldwide. The anticipation of a revolution brought by the Internet created unrealistic expectations of market growth. The revolution is intact, the change is coming, and the economies of scale predicted are being implemented. However, the economic pie is smaller. This report surveys the potential for companies to seize limited growth opportunities.
Falling telecommunications network costs are spurring a core network backbone with provided switching. The proprietary circuit switches that cost $1 million can be replaced with a $150,000 Sun or IBM server loaded with soft switch software that may cost $300,000. There may be more profit in selling less gear, surely the overall market size will decrease as more efficient equipment in put into network architecture.Markets will develop, what is needed is applications that are compelling enough to make everyone, companies and people at home want to use the Internet at high speed.
Optical Switching Market
Assessment
OPTICAL
SWITCHING Market STRATEGIES, OPPORTUNITIES, and FORECASTS 2001 TO 2006
Picture by Susie Eustis
www.wintergreenresearch.com
OPTICAL SWITCH MARKETS,
Positioning TO PARTICIPATE IN HIGH GROWTH HIGH
SPEED INTERNET INFORMATION PIPELINES
MARKET STRATEGIES FORECASTS TO 2006
CHECK OUT THESE KEY TOPICS
Industry
Consolidation, Restructuring, and Strategies
Carrier
Needs and Strategies
Market Positioning
Market Growth Opportunities
Optical
Circuit Switch Markets
Optical Switch Market
Forecasts
Worldwide Market Shares
OPTICAL SWITCH PRODUCT DEFINITIONS
Tech Innovation in Optical
Switching
Switches, ATM, DWDM, Fiber Line
Network and Application Solutions
EAI Cross Platform Market
Shares
COMPANIES ARE POISED TO
EXCEL IN THE MARKET
REPORT
METHODOLOGY
This is the Forty Fifth
report in a series of market research reports that provide forecasts in
communications, telecommunications, the internet, computer, software, and
telephone equipment. The
project leaders take direct responsibility for writing and preparing each
report. They have significant
experience preparing industry studies.
Forecasts are based on primary research and proprietary data bases. Forecasts reflect analysis of the market trends in the
segment and related segments. Unit
and dollar shipments are analyzed through consideration of dollar volume of
each market participation in the segment.
market share analysis includes conversations with marketing
directors, distributors, leading market participants, and companies seeking
to develop measurable market share. Over
200 in depth interviews are conducted for each report with a broad range of
key participants and opinion leaders in the market segment.
Application Integration is
Central to
Implementation of Business
Exchanges
YOU MUST HAVE THIS STUDY
Companies Profiled
Ciena
Sycamore
Nortel
Lucent
Agilent
Jupiter
Tellium
Alcatel
Siemens
Cisco
Marconi
Alidian
Ellacoya
Redback
ADC
Telecommunications
Applied
Micro Circuits
Avici
Corning
Chorum
Extreme
Foundry
Fiberspace
Fujitsu
JDS Uniphase
Nanovation
Ocular
Packet Light Networks
Samsung
Telect
Broadcom
Brightpoint
EXECUTIVE SUMMARY OPTICAL SWITCHING
Optical Fiber Build out
Industry Consolidation
Optical Switch Market Forecasts
Optical Switch Strategy
Different Vendor Approaches
Ciena Next-Generation, Integrated Intelligent Optical Switching
Sycamore Networks
Lucent Technologies
Framework For Cisco OPT
Cisco Connection Layer
Cisco End-To-End QoS For Voice Traffic
Cisco Call-Control Layer
Alternative Photonic Switching Technologies
OEO Switching
Emergence Of Photonic Switching
OPTICAL SWITCHING MARKET
DESCRIPTION
1.1 Market Conditions
1.2 Industry Background
1.2.1 Increase In Data Traffic On The Public Network
1.2.2 Existing Public Network Transmission Infrastructure
1.2.3 Network Primary Components
1.2.4 Network Imbedded Intelligence
1.2.5 Optical SONET and DWDM Systems
1.2.6 SONET Obsolescence
1.3 Market Assessment / Carrier Needs
1.3.1 Access Networks
1.3.2 Long-Haul Network
1.3.3 Long-Haul Bandwidth
1.3.4 New Network Dynamics
1.3.5 Bandwidth Provisioned To Users
1.4 Motive To Develop Optical Switching
1.4.1 Photonic Switching
1.4.2 All-Optical Switching Technologies
1.4.3 Micro Electro Mechanical Systems (MEMS)
1.4.4 Alternatives To MEMS Technology
1.4.5 Difficulties With Optical Switching
1.4.6 Optical Packet Switching
1.5 Fiber To The Last Mile
1.6 Seamless All-Optical Network Issues
1.6.1 Quality Of Service (QoS) functions
1.6.2 QoS Different Levels Of Global Service
1.6.3 Network Efficiency
1.7 Integrate IP Routing Equipment And Optical Transport Gear
1.8 Service Network (OSN) solutions
1.9 Optical Internet
1.10 Realizing Packet-Based Multi-Service Networks
1.11 Second Wave Of Fiber Build-Out
1.12 Growth Of Optical Networking
1.13 Almost Limitless Bandwidth
1.14 Convergence Of Voice And Data Signals
1.15 Application Service Provider Provisioning
1.16 Application Availability
1.17 Transatlantic Testing Of Optical Switching
1.18 Enterprise Geographic Networks
1.19 Workgroup Computing
1.20 Improved Intranets And Extranets
1.21 Growth Opportunities
1.22 Bringing Products To Market
OPTICAL SWITCH Market Forecasts
2.1 Switch Market Definitions
2.1.1 Optical Switches Not Switch Phone Calls Or Packets
2.1.2 Optical Components That Can Read Digital Or Other Content
2.1.3 Optical Switch Functions
2.2 Metro Optical Cross Connect Initiatives
2.3 Optical Switching Market Driving Forces
2.4 Optical Switch Positioning
2.5 Customer Financing
2.6 Optical Switching Market Shares
2.7 Optical Switch Market Forecasts
2.8 Optical Component Market Forecasts
2.9 Optical Switch Positioning
2.10 Circuit Switch Market Shares
2.11 Circuit Switch Market Forecasts
2.12 ATM
2.13 ATM Market Forecasts
2.14 DWDM Market Shares
2.15 DWDM Market Forecasts
2.16 Lighting Dark Fiber
2.17 All-Optical Network
2.18 Optical Metro Markets
2.18.1 Redefining Network Configuration
2.18.2 Impact Of High Speed Networks
2.18.3 Metro Optic Market Growth Factors
2.19 Grooming Features
2.20 Optical Investment Market Overview
2.20.1 Cutbacks In Carrier Capital Expenditures
2.21 Limitations Of The Existing Public Network Transmission Infrastructure
2.22 Sonet Market Shares
2.23 Metropolitan Area Networks
2.24 Evolution Of Optical Networks
2.25 Changing Traffic Patterns
2.26 Shift To Mesh-Based Networks
2.27 Switching Technologies Support Efficient Movement Of Traffic
2.28 OEO Switching
2.29 Emergence Of Photonic Switching
2.30 Market Requirements For Photonic Switching Systems
2.31 Alternative Photonic Switching Technologies
OPTICAL SWITCH PRODUCT
DESCRIPTION
3.1 Core Optical Switches
3.2 Optical Switch Positioning
3.2.1 Benefits Of Flexible, All-Switched Infrastructure
3.2.2 Broadband Subscriber Aggregation
3.3 Metro Optical Cross Connect Initiatives
3.3.1 All-Switched Metro Infrastructure
3.3.2 Constraints Of Metro Legacy Architectures
3.4 Ciena Optical Switching
3.4.1 Ciena Core Switching Features
3.4.2 Ciena CoreDirector
3.4.3 Ciena LightWorks
3.4.4 Ciena’s Strategy For Next-Generation, Integrated Intelligent Optical Switching
3.4.5 Ciena Intelligent Optical Switching
3.4.6 Ciena Long-Distance Optical Transport
3.4.7 Ciena / Juniper Networks
3.4.8 Ciena Integrated Intelligent Optical Switching Strategy
3.4.9 Ciena Next-Generation, Integrated Intelligent Optical Switching
3.4.10 Ciena Customer-Focused Rather Than Technology-Driven Approach
3.5 Sycamore Networks
3.5.1 Sycamore Carrier-Class Optical Access Switch
3.5.2 Sycamore Networks Switching From The Core To The Edge Of The Optical Network, SN 3000TM and SN 4000TM 34
3.5.3 SN 6000
3.5.4 SN 8000
3.5.5 SN 10000 36
3.5.6 SN 16000 37
3.5.7 Sycamore Optical Access And Edge Switches For Metro Area Service
3.5.8 Sycamore Optical Edge Switch
3.5.9 Sycamore Optical Edge Products
3.5.10 Sycamore Optical Crossconnect Subsystem
3.5.11 Software-Based Features
3.5.12 Sycamore Network Operating System
3.6 Nortel
3.6.1 Nortel Optera Metro 3500
3.6.2 Bandwidth Management Features
3.6.3 Nortel Optical Product Suite
3.6.4 Nortel Networks’ End-To-End IP architecture
3.6.5 Nortel Class Of Broadband Remote Access Servers (B-RAS)
3.6.6 Software-Driven Network Intelligence
3.6.7 Replacing Legacy Cross-Connects
3.7 Lucent Technologies
3.7.1 Lucent Wavestar™ Lambdarouter
3.8 Agilent
3.9 Jupiter
3.10 Tellium
3.10.1 Positioning For Lower Operating Costs
3.11 Alcatel
3.12 Siemens
3.13 Cisco And Ciena 67
3.14 Cisco Intelligent Switching
3.14.1 Cisco Open Programmable Switch
3.14.2 Cisco Mixed Environment Gateway
3.14.3 Framework For Cisco OPT
3.14.4 Cisco Connection Layer
3.14.5 Cisco End-To-End QoS For Voice Traffic
3.14.6 Cisco Call-Control Layer
3.14.7 Cisco Service-Control Layer
3.14.8 Cisco Service Application Layer
3.14.9 Benefits Of Cisco OPT
3.14.10 Cisco Open Service Interoperability
3.14.11 GlobalOpen Packet Telephony
3.14.12 Cisco Advantages
3.14.13 Cisco Setting Internet And ATM Standards
3.15 Marconi Integrated Solutions
3.15.1 Marconi SDH Photonic Portfolio
3.16 Alidian Networks 89
3.17 Ellacoya Networks
3.18 Luminous Networks PacketWave
3.19 Optical Network Management Control Across The Network
3.19.1 Marconi Network Management Convergence Strategy
3.19.2 Sycamore Network Management
3.19.3 Redback Networks Fiber Management Systems
OPTICAL SWITCHING TECHNOLOGY
4.1 Optical Micro-Machines
4.1.1 2-D Approach
4.1.2 3-D Analog Approach
4.2 Optical Micro-Machines
4.2.1 Electrostatic, Magnetic Actuating Methods
4.2.2 MEMS switching
4.2.3 Principle Of Operation
4.2.4 2d Photonic Switching Subsystems
4.3 Photonic Technologies
4.4 MEMS
4.4.1 MEMS Designs
4.5 MEMS Switch Architecture
4.5.1 2d Photonic Digital Switch Architecture
4.5.2 3d Photonic Digital Switch Architecture
4.5.3 3d Photonic Analog Switch Architecture
4.6 Manufacturing And Packaging Technology
4.7 Automation
4.8 Service Network (OSN) solutions
4.9 SONET/SDH Functionality
4.10 DWDM Technology 17
4.11 IP Advances Over Frame Relay And ATM
4.11.1 Frame Relay 18
4.12 ATM
4.12.1 IP Networks 21
4.12.2 Multi-Service IP Capabilities
4.13 Optical Service Network Solutions
4.13.1 Bridging The Metro Gap
4.13.2 Protocol-Independent Native Mode
4.13.3 Multi-Protocol Wavelengths
4.14 Convergence Of Voice And Data
4.15 Logical And Physical Topology Separation
4.16 Bringing Access Networking To The Optical Domain
4.17 Last Mile Bottleneck
4.18 Space Laser For Network Access
4.19 Managed IP Optical Internetworking
4.20 Connecting Internet Backbones
4.21 Research Directions
4.22 Indium Phosphide 32
4.23 Osmine Process 32
4.24 Polarization Of Optical Signals
OPTICAL SWITCH COMPANY PROFILES
5.1 ADC Telecommunications
5.1.1 ADC Revenue
5.1.2 ADC Positioning
5.1.3 Integrated Solutions
5.1.4 ADC Products
5.1.5 ADC Suite Of Systems Integration Products
5.2 Agilent Technologies
5.3 Alidian Networks
5.3.1 Alidian Products
5.4 Applied Micro Circuits
5.4.1 AMC Customers
5.4.2 AMC Objective and Strategies
5.4.3 AMC Products
5.4.4 AMC Revenue
5.5 Avici
5.5.1 Avici Products
5.5.2 Avici Revenue
5.5.3 Avici Customers
5.6 Brightpoint
5.7 Broadcom
5.7.1 Broadcom Revenue
5.8 Cisco Systems 26
5.9 Ciena
5.9.1 Ciena Corporation Intelligent Optical Networking
5.9.2 Ciena All-Optical / Opto-Electronic Approach
5.9.3 Grooming Bandwidth
5.9.4 Ciena Customers
5.9.5 Ciena Revenue
5.10 Corning
5.10.1 Corning Cable Systems Integrates Omega One Communications
5.10.2 Corning Cable Systems
5.10.3 Corning Fiber Optic Customers
5.10.4 Fiber Optic Products
5.10.5 Corning $50 Million Upgrade Optical Fiber Manufacturing Facility
5.10.6 Corning Expansions
5.10.7 Corning Acquisitions
5.10.8 Corning Strategy
5.10.9 Corning Frequency Control
5.11 Corvis
5.11.1 Corvis Acquisitions
5.11.2 Corvis Revenue
5.12 Chorum Technologies
5.12.1 Chorum Technologies Optical Switching
5.12.2 Chorum Technologies Revenue
5.13 Ellacoya Networks
5.14 EMS
5.15 Extreme
5.15.1 Extreme Revenue
5.16 Foundry
5.16.1 Foundry Revenues
5.17 FiberSpace
5.18 Fujitsu Network Communications
5.19 JDS Uniphase
5.19.1 JDS Uniphase Customers
5.19.2 JDS Uniphase Products
5.19.3 Company Strategy
5.19.4 Acquisitions 55
5.19.5 JDS Uniphase Revenue
5.20 Juniper Networks 55
5.20.1 Juniper Revenue
5.21 Lucent Technologies
5.21.1 Lucent Microelectronic Division
5.21.2 Lucent Products
5.21.3 Lucent Switching Solutions
5.21.4 Lucent Optical Networking
5.21.5 Networking Industry
5.21.6 Lucent Revenues
5.21.7 Revenues By Segment 2001
5.21.8 Lucent Technologies Revenue 1997-2000
5.21.9 Lucent Acquisitions
5.21.10 Ortel Corporation Acquisition
5.21.11 Spring Tide Networks Acquisition
5.21.12 Avaya
5.21.13 Sale Of Power Systems
5.21.14 Bell Labs
5.22 Marconi plc
5.22.1 Marconi Digital Switch
5.22.2 Marconi Strategic Positioning
5.22.3 Marconi Optical Product Offerings
5.22.4 Marconi Revenue
5.22.5 Marconi Customers
5.22.6 Marconi Acquisitions
5.23 Nanovation Technologies
5.23.1 Nanovation Customers
5.24 Nortel Networks 79
5.24.1 Optical Internet with Nortel Networks Optical Networks Solutions
5.24.2 Nortel Networks Customers
5.24.3 Nortel Networks Open Optical Dense-Wavelength Division Multiplexing (DWDM) System
5.24.4 IP-Ready Open Optical Interfaces
5.24.5 Nortel Networks Optical Packet Network Solution
5.24.6 IP Data Services
5.24.7 SONET/SDH
5.24.8 Optical IP Network Backbones
5.24.9 Acquisitions 87
5.24.10 Focus On Solutions
5.25 Optical Micro-Machines
5.25.1 OMM Products 88
5.25.2 OMM Revenue 88
5.25.3 OMM Customers
5.25.4 OMM Strategic Positioning
5.25.5 OMM Solution 90
5.25.6 OMM Products 92
5.25.7 OMM Customers
5.26 Ocular Networks 95
5.27 PacketLight Networks
5.27.1 SiteLight
5.27.2 CentraLight 97
5.27.3 BrowseLight 97
5.27.4 ControLight 98
5.28 Redback Networks 98
5.28.1 Redback Networks Products
5.28.2 Redback Customers
5.28.3 Redback Revenues
5.29 Samsung / Corning Micro-Optics
5.30 Sycamore Networks
5.30.1 Sycamore Products
5.30.2 Sycamore Vision
5.30.3 Sycamore Acquisitions
5.30.4 Sycamore Products
5.30.5 Sycamore Customers
5.30.6 Sycamore Strategy
5.30.7 Sycamore OMM Strategy
5.30.8 Sycamore Target Customer Base
5.30.9 Sycamore Networks Revenue
5.30.10 Sycamore Revenue 2000
5.30.11 Acquisitions 111
5.31 Telect
5.32 Tellium
5.32.1 Tellium Aurora Switch
5.33 Terabeam
Many of these Key Topics Have Phenomenal Subcategories
List
of Tables and Figures
Market Forecasts 2001-2006
Market
Shares 2000
Figure ES-1
Optical Switch Market Forecasts, 2000-2006
Table ES-2
Optical Switch Market Forecasts, 2000-2006
Table ES-3
Framework Of Cisco OPT
Table ES-4
Cisco OPT Paradigm Of Telephony Infrastructure Layers
Table ES-5
Cisco Connection Layer Definition
Table ES-6
Cisco Connection Layer Functions
Table ES-7
Cisco End-To-End QoS Tools
Table ES-8
Cisco Network Core
Table ES-9
Photonic Switching Technologies
Table ES-10
Limitations of OEO Switches
Table 1-1
Optical Network Components
Table 1-2
Service Provider Environment
Table 1-3
Service Provider Repositioning Stance
Table 1-4
Service Provider Response to Network Shifts
Table 1-5
Service Provider Economics In The Metro OSN Solutions
Market
Table 1-6
Characteristics Of Electronic Switching
Table 1-7
Difficulties With All Optical Switching
Table 1-8
Seamless All-Optical Network Issues
Table 1-9
Factors Driving Growth Of Optical Networking
Table 1-10
Advantages Provided By Fiber Optic Switching
Table 1-11
Optical Switching Support for Enterprise Geographic
Networks
Table 2-1
Optical Switch Functions
Table 2-2
Optical Switching Market Driving Forces
Figure 2-3
Optical Switch Market Shares, 2000
Table 2-4
Optical Switch Market Shares, 2000
Figure 2-5
Optical Switch Market Forecasts, 2000-2006
Table 2-6
Optical Switch Market Forecasts, 2000-2006
Figure 2-7
Worldwide Optical Component Market Forecasts, 2000-2006
Figure 2-8
Optical Component Market Forecasts, 2000-2006
Table 2-9
Vendor Optical Switch Positioning
Figure 2-10
Circuit Switch Market Shares, 2000
Figure 2-11
Global Central Office Switch Market Shares, 2000
Figure 2-12
Circuit Switch Market Forecast, 2000-2006
Table 2-13
Figure 2-14
ATM Market Shares, 2000
Table 2-15
Global Wide Area Network ATM Equipment Market Shares, 2000
Figure 2-16
ATM Switch Market Forecasts, Dollars, 2000-2006
Table 2-17
Global Wide Area Network ATM Switch Market Shipment Forecasts, Dollars, 2000-2006
Figure 2-18
DWDM Market Shares, 2000
Table 2-19
Global DWDM Land-Line Market Shares, 2000
Figure 2-20
DWDM Market Forecasts, Dollars, 2000-2006
Table 2-21
Global DWDM Market Shipment Forecasts, Dollars, 2001-2006
Table 2-22
Impact Of Optical Switching On IP Transport Speeds
Table 2-23
Metro Optic Market Growth Factors
Figure 2-24
Sonet Equipment Market Forecasts, 2000-2006
Table 2-25
Sonet Equipment Market Forecasts, 2000-2006
Figure 2-26
Internet Traffic Market Forecasts, 2000-2006
Table 2-27
Internet Traffic Growth, 2000-2006
Table 2-28
Systems Used To Achieve Fiber Optic Scalability
Table 2-29
New Generation Of Technologies
Table 2-30
Network Equipment Vendors End-To-End Solutions
Table 2-31
Aspects Of Switch Control Of Traffic Movement
Table 2-32
Placement Of Switches In Network
Table 2-33
Limitations of OEO Switches
Table 2-34
Market Requirements for Photonic Switching Systems
Table 2-35
Market Positioning of Photonic Switching Systems
Table 2-36
Photonic Switching Technologies
Table 3-1
Network Limitations
Table 3-2
Optical Switch Challenges
Table 3-3
Benefits Of Flexible, All-Switched Infrastructure
Table 3-4
Switched Intelligent Optical Network Functions
Table 3-5
Constraints of Legacy Architectures Of The Metropolitan
Network
Table 3-6
Ciena's LightWorks Toolkit Components
Table 3-7
Ciena CoreDirector Functions
Table 3-8
Ciena All Optical And Optical Electronic Strategy
Table 3-9
Ciena CoreDirector Positioning For Competitive Advantage
Table 3-10
Ciena CoreDirector Optical Switch Positioning
Table 3-11
Customer-Focused Rather Than Technology-Driven Approach
Table 3-12
Next-Generation Optical Services
Table 3-13
Ciena Optical Network Applications
Table 3-14
Ciena Types of Optical Network Switching
Table 3-15
Ciena Differentiated Services
Table 3-16
Sycamore Metro Area Network Positioning
Table 3-17
Nortel OPTera Connect DX Connection Manager Features
Table 3-18
Nortel Multiservice Platform Switch Features And Benefits
Table 3-19
Nortel Networks Multiservice Platform Switch Positioning
Table 3-20
Nortel Meg Modem Optical Product Suite
Table 3-21
Nortel Meg Network Intelligence Solution Optical Product
Suite
Table 3-22
Nortel Meg OPTera Packet Core Optical Product Suite
Table 3-23
Lucent WaveStar LambdaRouter Features
Table 3-24
Lucent WaveStar Lambda Router All-Optical Cross Connect
Table 3-25
Lucent WaveStar LambdaRouter Applications
Table 3-26
Tellium Aurora 32 Features
Table 3-27
Cisco VCO/4K Features and Functions
Table 3-28
Framework of Cisco OPT
Table 3-29
Cisco OPT Paradigm Of Telephony Infrastructure Layers
Table 3-30
Cisco Connection Layer Definition
Table 3-31
Cisco Connection Layer Functions
Table 3-32
Cisco End-To-End QoS Tools
Table 3-33
Cisco Network Core
Table 3-34
Benefits of Cisco OPT
Table 3-35
Cisco Universal Access
Table 3-36
NEBS Level 3-Compliant Platform Features and Benefits
Table 3-37
Key Luminous Networks PacketWave Switching Features
Table 3-37
Key Luminous Networks PacketWave Switching Features
Table 3-38
Remote Management Of Network Equipment Functions
Table 3-39
Marconi Optical Network Management Product Positioning
Strategy
Table 4-1
Common Optical Components
Table 4-2
Photonic Switch Architecture Component
Table 4-3
MEMS Manufacturing Processes
Table 4-4
ATM Basic Mechanisms
Table 4-5
Protocol-Independent Native Modes Supported
Table 4-6
Multi-Protocol Wavelength Functions
Table 4-7
Wavelength Switching Definition
Table 5-1
AMC Strategies For Achieving Market Participation In
Optical Segments
Table 5-2
Key Elements JDS Uniphase Strategy
Table 5-3
JDS Uniphase Strategies To Develop Modules To Improve
Customer Time-To-Market
Table 5-4
Key Elements Of JDS Uniphase Strategic Positioning
Table 5-5
Lucent Markets
Table 5-6
Lucent Primary Switching Solution Products
Table 5-7
Lucent Primary Optical Networking Products
Table 5-8
Nanovation Technologies Positioning To Standardize
Photonic Integrated Circuits (PIC)
Table 5-9
Nortel Networks Acquisitions
Table 5-10
Nortel Networks Customers
Table 5-11
OMM Strategic Objectives
Table 5-12
OMM MEMS Design, Optics, Opto-Electronic Benefits
Table 5-13
OMM Customers
Table 5-14
OMM Partnerships
Table 5-15
Sycamore Key Market Segments
about
the company
WinterGreen Research, founded in 1985, provides strategic market assessments in telecommunications, communications equipment, health care, and advanced computer technology. Industry reports focus on opportunities that will expand existing markets or develop major new markets. The reports assess new product and service positioning strategies, new and evolving technologies, and technological impact on products, services, and markets. Market shares are provided. Leading market participants are profiled, and their marketing strategies, acquisitions, and strategic alliances are discussed. The principals of WinterGreen Research have been involved in analysis and forecasting of international business opportunities in telecommunications and advanced computer technology markets for over 30 years.
about the principal author
Ellen T.
Curtiss, Technical
Director, co-founder of WinterGreen Research, conducts strategic and market
assessments in technology-based industries.
Previously she was a member of the staff of Arthur D. Little, Inc., for
23 years, most recently as Vice President of Arthur D. Little Decision
Resources, specializing in strategic planning and market development services.
She is a graduate of Boston University and the Program for Management
Development at Harvard Graduate School of Business Administration.
She is the author of recent studies on worldwide telecommunications
markets and the Top Ten Telecommunications market analysis and forecasts.
Susan Eustis,
President, co-founder of WinterGreen Research, has done research in
communications and computer markets and applications.
She holds several patents in microcomputing and parallel processing.
She is the author of recent studies of the Regional Bell Operating
Companies' marketing strategies, Internet equipment, a study of Internet
Equipment, Worldwide Telecommunications Equipment, Top Ten Telecommunications,
Digital Loop Carrier, Web Hosting, and Application Integration markets.
Ms. Eustis is a graduate of Barnard College.
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