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IP-Based Application Services Market 2006-2011
a market research report
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Traditional carriers, ISPs, and new service providers are
moving full steam ahead, creating new IP-enabled telecommunications
services—services that go well beyond what was offered or could be
offered in the PSTN. With billions of dollars slated to be spent on IP
infrastructure over the next twenty-four months, carriers are betting
the farm that they will soon be provisioning a new generation of
revenue-generating services.
Carriers look at IP application platforms as a means of beginning their
slow migration to fully convergent, IP-based networks and services. Some
carriers view these highly personalized services as the ultimate “sticky
applications” that will stem the tide of customer churn; other carriers
are pinning their hopes on IP as the vehicle to bring new service
revenue on stream at a quicker pace.
IP-Based Applications Services Market 2005-2010 provides an overview of
the IP-based applications market in the US. IP-enabled applications
include variants on Audio Conferencing, Video Conferencing, Web/Data
Conferencing, Follow-Me Services, Instant Messaging, and Unified
Messaging. The study evaluates the status of the market as it exists
today and discusses all of the key approaches to IP-based applications
service development and provisioning. |
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Report Excerpt
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Market Segmentation
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Table of Contents
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IP-BASED APPLICATIONS SERVICES MARKET
2006-2011
TABLE OF CONTENTS
Chapter I
EXECUTIVE SUMMARY
Chapter II
IP NETWORK AND SERVICES FUNDAMENTALS
2.1 Introduction
2.2 IP Applications
Services Definitions
2.3 Differences
between IP Networks and the PSTN
2.3.1
Native IP vs. IP-Enabled Networks
2.3.2
Network Architectures
2.3.3
The Limitations of the Intelligent Network
2.4 IP Applications
Services Protocols
2.4.1
Protocols vs. Architectures
2.4.2
The IP Suite of Protocols
2.4.3
Media Protocols
2.4.3.1
RTP
2.4.3.2
RTCP
2.4.3.3
RTSP
2.4.4
Signaling Protocols
2.4.5
Gateway Protocols
2.4.5.1
MGCP/Megaco Overview
2.4.5.2
MGCP Functionality
2.5 H.323
2.5.1
Overview
2.5.2
Architecture
2.5.3
Protocols
2.5.4
Call Procedure
2.5.5
Network Element Protocol Support
2.6 SIP
2.6.1
Overview
2.6.2
Architecture
2.6.3
Protocols
2.6.4
Call Procedure
2.6.5
Network Element Protocol Support
2.7 Softswitch
Architecture
2.7.1
Softswitch/Media Gateway Controllers
2.7.2
Media and Signaling Gateways
2.7.3
Media Servers
2.7.4
Application Servers
2.8 Enablers for IP
based application services
2.8.1
Data Transmission and Encoding Technologies
2.8.2
End User Equipment Technologies
2.8.3
Presence Enabler Standards
2.9 IP Multimedia
Subsystem (IMS)
2.9.1
Aim
2.9.2
Architecture
Chapter III
IP SERVICES ARCHITECHTURE AND OPERATION
3.1 Overview
3.2 Residential
Video Telephony
3.2.1
Definitions
3.2.2
Service Implementation Requirements
3.2.2.1
Video telephony enabled end user device
3.2.2.2.
High speed data network
3.2.2.3
Video telephony standards
3.2.2.4
Other network elements
3.2.3
Service Implementation
3.2.3.1
Wireline RVT Implementation
3.2.3.2
Wireless RVT implementation
3.2.3.3
Wireline-Wireless Interworking
3.2.4
Vendor Offerings
3.3 Fixed Mobile
Convergence
3.3.1
Definitions
3.3.2
Service Implementation Requirements
3.3.2.1
Wireless Network
3.3.2.2
Metro Area Network (MAN)
3.3.2.3
Local Area Network (LAN)/Personal Area Network (PAN)
3.3.2.4
Service Facilitators: UMA, SIP
3.3.3
Service Implementation
3.3.3.1
The SIP-Based Network Application Server Approach
3.3.3.2
The Unlicensed Mobile Access (UMA) Approach with SIP Migration
3.3.4
Vendor Offerings
3.4 File Sharing
3.4.1
Definitions
3.4.2
Service Implementation Requirements
3.4.2.1
Fixed peer-to-peer network
3.4.2.2
Mobile peer-to-peer network
3.4.3
Service Implementation
3.4.4.
Vendor Offerings
3.5 Streaming
3.5.1
Definitions
3.5.2
Service Implementation Requirements
3.5.2.1
Content Providers
3.5.2.2
Encoder
3.5.2.3
Content Delivery Network
3.5.2.4
Media gateway/proxy
3.5.2.5
Enabling wireless networks
3.5.2.6
End user device
3.5.3
Service Implementation
3.5.4
Vendor Offerings
3.6 Location Based
Services
3.6.1
Definitions
3.6.2
Service Implementation Requirements
3.6.2.1
Positioning Technologies and Elements
3.6.2.2
Gateways
3.6.2.3
LBS Applications and Services
3.6.2.4
GIS Content Server
3.6.3
Service Implementation
3.6.3.1
Control Plane Approach
3.6.3.2
User Plane Approach
3.6.4
Vendor Offerings
3.7 Presence based
services
3.7.1
Definitions
3.7.2
Service Implementation Requirements
3.7.2.1
Standards
3.7.2.2
PBS Clients
3.7.2.3
PBS Applications
3.7.3
Service Implementations
3.7.4
Vendor Offerings
Chapter IV
IP-BASED ENHANCED SERVICES SELECTED CASE STUDIES
4.1 Summary
4.2 Wireless and
Wireline Distribution
4.3 NTT-DoCoMo
4.3.1
Enhanced Services Offerings
4.3.2
Technical Environment
4.3.3
Marketing Strategies
4.3.4
North American Players
4.4 British Telecom
4.4.1
Enhanced Services Offerings
4.4.2
Technical Environment
4.4.3
Marketing Strategies
4.4.4
North American Players
4.5 Rogers Wireless
4.5.1
Enhanced Services Offering
4.5.2
Technical Environment
4.5.3
Marketing Strategies
4.5.4
North American Players
4.6 Telstra
4.6.1
Enhanced Services Offering
4.6.2
Technical Environment
4.6.3
Marketing Strategies
4.6.4
North American Players
4.7 SK
Telecom
4.7.1
Enhanced Services Offering
4.7.2
Technical Environment
4.7.3
Marketing Strategies
4.7.4
North American Players
4.8 Turkcell
4.8.1
Enhanced Services Offerings
4.8.2
Technical Environment
4.8.3
Marketing Strategies
4.8.4
North American Players
Chapter V
EQUIPMENT VENDORS
5.1 Overview
5.1.1
The Client
5.1.2
Others
5.1.3
Vendor Summary
5.1.4
Vendor Selection Criteria
5.2 Radvision Ltd.
5.3 Ericsson
5.4 Innoace Co. Ltd
5.5 Glenayre
Electronics
5.6 Airvana Inc.
5.7 Kineto Wireless
5.8 Longboard Inc.
5.9 Sharman
Networks (Kazaa)
5.10 Kontiki Inc.
5.11 Melodeo Inc.
5.12 Real Networks
5.13 Akamai Technologies
5.17 Apple Computer Inc.
5.18 SiRF Technology Holdings
Inc.
5.19 Telcordia Technologies
5.20 TruePosition
5.21 Openwave Systems Inc.
5.22 Oz Communications Inc
5.23 Tello Corporation
Chapter VI
MARKET FORECASTS
6.1 Introduction
6.2 Methodology
6.2.1
Market Analysis Structure
6.2.2
Addressable Market Methodology
6.3 Overview of
Global Trends in Broadband Wireline
6.3.1
Broadband Internet Access
6.3.2
Voice Over IP/Broadband
6.4 Global Trends
in Wireless
6.5 Global IP
Services Market
6.6 Residential
Video Telephony
6.6.1
Market Status
6.6.2
Video Telephony Market
6.7 Fixed Mobile
Convergence
6.7.1
Market Status
6.7.2
Fixed Mobile Convergence Market Forecast
6.8 File
Sharing/Downloading and Multimedia Messaging
6.8.1
File Sharing/ Downloading and MMS Market Status
6.8.2
File Sharing/ Downloading and MMS Market Forecast
6.9 Streaming
Services
6.9.1
Streaming Services Market Status
6.9.2
Streaming Services Market Status
6.10 Location-Based
Services
6.10.1
Location-Based Services Market Status
6.10.2
Location-Based Services Market Forecast
6.11 Presence-Based
Services
6.11.1
Presence-Based Services Market Status
6.11.1.1
Mobile Instant Messaging (MIM)
6.11.1.2
Push-to-Talk
6.11.2
Presence-Based Market Forecast
Appendix
GLOSSARY
Table of Figures
Chapter II
II-1 Protocols for
Real-Time Communications
II-2 MGCP
Architecture
II-3 Typical H.323
Network Architecture
II-4 Example of an
H.323 Call Flow
II-5 Basic
Components of a SIP Network
II-6 Example of a
SIP Call Flow in Proxy Mode
II-7 SIP Network
Interconnection with the PSTN
II-8 Softswitch
Architecture
II-9 Presence
Notification using SIMPLE
II-10 XMPP versus SIMPLE
II-11 IMS Architecture
Chapter III
III-1 Wireline RVT
Implementation Architecture
III-2 Wireless RVT
Implementation Architecture
III-3 Wireline-Wireline
RVT Interworking Implementation Architecture
III-4 SIP Based FMC
Implementation
III-5 UMA Based FMC
Implementation
III-6 Wireless
Peer-to-Peer Implementation
III-7 Wireless/Wireline
Peer-to-Peer Implementation
III-8 Wireless/Wireline
Streaming Implementation
III-9 Control Plane LBS
Implementation
III-10 User Plane LBS Implementation
III-11 OMA-IMPS Architecture
III-11 OMA-IMPS Architecture Protocol
Stack
III-12 Wireless/Wireline IM
Architecture
Chapter IV
IV-1 Wireless Video
Conferencing Screen Display
IV-2 Wireless Video
Conferencing Booking through i-mode
IV-3 Wireless Video
Conferencing Profile Registration through i-mode
IV-4 Wireless Video
Conference Details through i-mode, e-mail, and SMS
IV-5 Booking
Wireless Video Conference Details through https:// vnet.tv
IV-6 Participant
Registration Screen displayed on https:// vnet.tv
IV-7 FOMA Dual Mode
Phone Architecture
IV-8 Rogers
MusicStore’s Website
IV-9 Melodeo’s
Solution to Rogers
IV-10 Stream Ordering Process –
Step 1
IV-11 Stream Ordering Process –
Step 2
IV-12 Stream Ordering Process –
Step 3
IV-13 Stream Ordering Process –
Step 4
IV-14 Stream Ordering Process –
Step 5
IV-15 Stream Ordering Process –
Step 6
IV-16 Stream Ordering Process –
Step 7
IV-17 SK Telecom’s Customer
Segmentation Presentation
Chapter VI
VI-1 Broadband
Penetration by Technology in Top 20 Economies
VI-2 Broadband
Penetration as a Percentage of Households
VI-3 Worldwide
Wireless Penetration as a Percentage of Population
VI-4 Consumers and
Business Wireless Data Spending
VI-5 Worldwide
Distribution of In-Service Networks by Type
VI-6 Distribution
of Forecasted IP Service Revenues
VI-7 Worldwide IP
Service Revenue Distribution by Region
VI-8 IP Service
Revenue Distribution by Wireline and Wireless
VI-9 Residential
Video Telephony Paying Subscriber Distribution
VI-10 Residential Video
Telephony Revenue Distribution
VI-11 Residential Video
Telephony Revenue Distribution by Region
VI-12 Wireline Residential
Video Telephony Revenue Distribution by Region
VI-13 Wireless Video Telephony
Revenue Distribution by Region
VI-14 Fixed Mobile Convergence
Revenue Distribution by Region
VI-15 MMS/File Downloading
Paying Subscriber Distribution
VI-16 File Sharing/File
Downloading Revenue Distribution
VI-17 File Sharing/File
Downloading Revenue Distribution by Region
VI-18 Worldwide Distribution of Paid
Streaming Services
VI-19 Audio/Video Streaming Services
Revenue Distribution
VI-20 Audio/Video Streaming Services
Revenue Distribution
VI-21 Mobile Streaming Services
Revenue Distribution
VI-22 IPTV Revenue Distribution by
Region
VI-23 IPTV Subscribers Distribution
by Region
VI-24 Worldwide Streaming Revenue
Distribution by Region
VI-25 Location-Based Services Revenue
Distribution by Region
VI-26 Location-Based Services Revenue
Distribution by Region
VI-27 Mobile Instant Messaging
Services Revenue Distribution
VI-28 Push-To-Talk Services Revenue
Distribution by Region
VI-29 Presence-Based Services Revenue
Distribution by Region
Table of Tables
Chapter IV
IV-1 Case Study Summary
Chapter V
V-1 Application
wise Vendor Distribution
V-2 Product wise
Vendor Distribution
V-3 Vendor
Offerings for Operators in Chapter V
Chapter VI
VI-1 Worldwide
Wireless ARPU, 2006-2011
VI-2 Sample Monthly
Subscription Costs in North America Used In 2006
VI-3 Average Cost
per Minute of Use by Region
VI-4 Worldwide
Broadband Lines, 2006-2011 (Millions)
VI-5 Percent of
Broadband Consumers Adopting VoIP
VI-6 Number of
Consumer Broadband Lines with Wireless Home Ntw
VI-7 Worldwide 3G
Subscribers, 2006-2011 (Millions)
VI-8 Worldwide
In-Service Networks by Mobile System Type
VI-9 Worldwide IP
Services Market by Service Type
VI-10 Worldwide IP Services
Market by Region
VI-11 Worldwide Residential
Video Telephony Service Paying Subscribers
VI-12 Residential Video
Telephony Service Revenues
VI-13 Worldwide Fixed Mobile
Convergence Subscribers
VI-14 Worldwide Market for
Fixed Mobile Convergence Service
VI-15 Percentage of Multimedia
Mobile Users in US, Germany, and UK,
VI-16 Worldwide MMS/File Downloading
Paying Subscribers
VI-17 File Sharing/File Downloading
Services Revenues
VI-18 Worldwide Subscribers for Paid
Streaming Services
VI-19 Worldwide Audio/Video Streaming
Services Revenues
VI-20 Worldwide Mobile Streaming
Services Revenue
VI-21 Worldwide Wireline IPTV
Services Revenue
VI-22 Worldwide Total Streaming
Revenues by Region
VI-23 Worldwide Location-Based
Subscribers
VI-24 Worldwide Location-Based
Services Service Revenues
VI-25 Worldwide Mobile Instant
Messaging Services Revenues
VI-26 Worldwide Presence-Based
Services Subscribers
VI-27 Worldwide Push-To-Talk Services
Revenues
VI-28 Worldwide Presence-Based
Services Revenue
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