LONDON, May 19, 2015 — (PRNewswire) — This report analyzes the worldwide markets for Video Conferencing Systems in US$ Million by the following Product Segments: IP Systems, and ISDN Systems. The report provides separate comprehensive analytics for the US,
Canada,
Japan,
Europe,
Asia-Pacific,
Latin America, and Rest of World. Annual estimates and forecasts are provided for the period 2013 through 2020. Also, a seven-year historic analysis is provided for these markets. Market data and analytics are derived from primary and secondary research. Company profiles are primarily based on public domain information including company URLs. The report profiles 48 companies including many key and niche players such as -
Avaya, Inc.
AVer Information, Inc.
CeeLab
Cisco Systems, Inc.
ClearOne
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I. INTRODUCTION, METHODOLOGY & PRODUCT DEFINITIONS
Study Reliability and Reporting Limitations I-1
Disclaimers I-2
Data Interpretation & Reporting Level I-2
Quantitative Techniques & Analytics I-3
Product Definitions And Scope of Study I-3
IP Systems I-3
ISDN Systems I-3
II. EXECUTIVE SUMMARY
1. INDUSTRY OVERVIEW II-1
Prelude II-1
Video Conferencing Systems Become Integral Part of Enterprise
Communication Mix II-1
Globalization & Workforce Decentralization: Business Case for
Video Conferencing Systems II-2
Table 1: Worldwide Worker Population (2008 & 2013): Breakdown
of Number of Workers (in Millions) by Nature of Work - Mobile &
Non Mobile (includes corresponding Graph/Chart) II-3
Table 2: Worldwide Mobile Worker Population (2013):
Percentage Breakdown of Number of Mobile Workers by Nature of
Work - Mobile Office, Mobile Non-Office, and Mobile Home
Based (includes corresponding Graph/Chart) II-3
Table 3: Worldwide Mobile Workforce (2013): Percentage Share
Breakdown of Number of Mobile Workers by Region (includes
corresponding Graph/Chart) II-3
Developing Countries to Uncover True Potential II-4
IP Systems Continue to Grow in Prominence While ISDN Systems
Loose Sheen II-4
Rapid Proliferation of Internet Drives Adoption of IP Based
Videoconferencing Systems II-5
Table 4: Worldwide Internet Users by Geographic Region: 2013
(includes corresponding Graph/Chart) II-6
IP Videoconferencing: No Smooth Transition II-6
Competitive Landscape II-7
Table 5: Leading Vendors in the Global Enterprise
Telepresence and Video Conferencing Equipment Market (2013):
Percentage Share Breakdown of Revenues for Cisco, Huawei,
Polycom, and Others (includes corresponding Graph/Chart) II-7
Table 6: Global Videoconferencing Infrastructure Market
(2013): Percentage Market Share Breakdown of Revenues of
Leading Players (includes corresponding Graph/Chart) II-7
Traditional Players Feel the Heat from New Entrants II-8
2. MARKET DRIVERS, TRENDS & ISSUES II-9
Economic Recession in Retrospect & The Road Ahead II-9
Market Once Again Tested During 2011-2013: A Recent Past
Perspective II-10
Improving Economy to Bode Well for Market Growth II-11
Table 7: World Real GDP Growth Rates in % (2012-2015)
(includes corresponding Graph/Chart) II-12
Desktop Endpoints Drive Growth in the Video Conferencing
Systems Market II-13
Table 8: Global Videoconferencing Endpoint Market (2013):
Percentage Share Breakdown of Revenue by Product Segment
(includes corresponding Graph/Chart) II-13
Mobile Video Conferencing Endpoints - Will the Big Promise
Yield Results? II-13
Capability Matrix for Video Conferencing Endpoints II-14
Opportunity Indicator: II-14
Table 9: Global Market for Smartphones: Volume Sales in
Million Units for 2011, 2013, 2015 & 2018 (includes
corresponding Graph/Chart) II-14
Table 10: World Smartphone Penetration for Select Countries
(as a Percentage of Mobile Phone Users): 2013 (includes
corresponding Graph/Chart) II-15
HD Technology Helps Sustain Demand for Room Systems II-15
Table 11: Global Room-based Video Conferencing Systems Market
(2013): Percentage Share Breakdown of Revenue by Segment
(includes corresponding Graph/Chart) II-16
Increasing Popularity of Industry-Specific Applications II-16
Rationale for Video Conferencing Goes Beyond Cost Savings II-16
Ensuring Business Continuity II-17
Enhancing Productivity through Team Collaboration & Faster
Decision Making II-17
Hiring through Video Conferencing II-18
Green IT Initiative Propels Growth of Video Conferencing II-18
SMB Sector Intensifies Adoption Curve II-19
Video Conferencing Systems: March towards Home Office II-19
Product Innovations: Vital to Succeed in Competitive Market II-19
System Vendors Focus Promotional Campaigns on Green Technology II-20
Prices Likely to Decline Further II-20
Improving Internet Network Capabilities Aid Video Conferencing
Market Growth II-20
Table 12: Worldwide Internet Penetration Rates (%) by Region:
January 2014 (includes corresponding Graph/Chart) II-21
Table 13: Top Ten Internet Countries: Ranked by Number of
Internet Users (in Millions): January 2014 (includes
corresponding Graph/Chart) II-21
Popularity of Social Networking Drives Market Growth II-22
Technology Advances Mark Video Conferencing Systems II-22
New Developments to Boost Market Prospects for Video
Conferencing Systems II-22
High Definition Technology Drives the Market for Video
Conferencing II-22
WebRTC Technology: The Latest Trend in Video Conferencing Market II-23
A Look at Key Technology Focus Areas II-23
Standard Format Codec Systems Evolve into Multi-Codec, Multi
-Screen Group Systems II-24
Cloud Services - Double Edged Sword for Videoconferencing
Systems Market II-25
Related Diversifications - A Strategy to Stay Competitive II-25
Impediments to Videoconferencing Adoption II-26
Bandwidth Availability II-26
Pricing and Return on Investment (ROI) II-26
Issues Related to Utilization and Interoperability II-26
Focus on UC Threatens Standalone Video Conferencing Systems II-26
3. PRODUCT OVERVIEW II-28
Video Conferencing - The Concept II-28
War and Video Conferencing - A Close Link II-28
Features and Benefits of Video Conferencing II-28
Time Saving II-28
Increased Participation II-28
Reduced Costs II-29
Increased Frequency of Communication II-29
Visual Advantages II-29
Other Applications II-29
Video Conferencing Systems - Classification II-29
IP Systems II-29
ITU H-323 Systems II-29
ISDN-based Systems II-29
ITU H-320 Systems II-29
Hybrid Systems II-30
Other Systems II-30
IETF Protocol-Based Systems II-30
Proprietary Systems II-30
The High-End and Low-End Classification II-30
The Group and Individual System Classification II-30
Standalone Systems II-30
Group Systems II-31
Rollabout Systems II-31
Workgroup Systems II-31
Standalone Vs PC-Based Systems II-31
Video Conferencing Endpoints II-31
Key Varieties of Endoints II-31
Telepresence Systems II-31
Room Based Video Conferencing Systems II-31
Desktop Video Conferencing Systems II-32
Hardware-Assisted PC Clients II-32
Software-Only Units II-32
Infrastructure Systems - An Overview II-32
Gateways II-32
Multipoint Control Units II-32
Gatekeeper II-33
Firewalls/NATs II-33
Key Equipment Used II-33
Conference Bridges II-33
Cameras II-33
Codecs and Codec Boards II-34
Desktop Computers II-34
Microphones II-34
Monitors II-34
Rollabouts II-34
Phone Links II-34
Software II-34
Peripherals II-34
Others II-34
Internal Compression Cards II-34
External Compression Cards II-35
Network Techniques for Video Conferencing II-35
ISDN Networks II-35
Drawbacks II-35
A Slow Network II-35
Skepticism Regarding Reliability II-35
Cost Concerns II-35
Additional Staff to Manage the Network II-35
Dedicated, Separate Network Required II-35
Internet Protocol Network II-36
Benefits II-36
Financial Benefits II-36
Decreased Usage Fees II-36
Decreased Buy-In Price II-36
User Advantages II-36
Better Reliability II-36
Improved Quality II-36
More Convenient Networks II-36
Enhanced Efficiencies through Network Convergence II-37
Dynamic Bandwidth Allocation II-37
Management Benefits II-37
Centralized Management II-37
Better Call Permissioning and Network Administration II-37
Availability of Usage Information / Automated Billing II-37
Scalability/Reach Benefits II-37
Better Reach to SoHo/Telecommuter/ Consumer Markets II-37
Improved Scalability II-37
Barriers to IP Deployment II-38
Quality of Service II-38
Reliability II-38
Migration Operation/Investment Protection/ Costs II-38
Other Networks II-38
ATM and Broadband Video II-38
POTS Video Conferencing II-39
Addressing Security Issues in Video Conferencing II-39
Collaborative Technologies II-39
Audio Conferencing II-39
Video Conferencing II-39
Data Conferencing II-40
New Technologies II-40
Teleimmersion II-40
USB Connectivity II-40
Mobile Video Conferencing II-40
Switched Digital Video II-40
4. INDUSTRY ORGANIZATIONS II-41
International Telecommunications Union II-41
International Multimedia Teleconferencing Consortium II-41
International Teleconferencing Association II-41
International Communication Association II-41
5. PRODUCT INTRODUCTIONS/INNOVATIONS II-42
Highfive Technologies Introduces Cost Effective Video
