通訊基礎建構系統報告 是由出版商Paul Budde Communication Pty Ltd.在2006年12月所出版的。
這份英文市場調查報告書價格從美金3310起跳。
Abstract
The BuddeComm Infrastructure Series is intended to give non-specialists a
comprehensive technical introduction to the current and emerging
infrastructure technologies allowing them to understand the ways that the
technology can apply to their own situation.
The BuddeComm Infrastructure Series is a compilation of the following current publications:
- Global NGN, IP and VoIP - Global Overview, Analyses and Statistics
- Global NGN, IP and VoIP - Americas, Europe, Africa, Middle East, Asia,
Pacific
- Global Telecoms Analyses and Forecasts
- Telecoms Infrastructure Technology - Volume 1 - Last Mile
- Telecoms Infrastructure Technology - Volume 2 - Long Distance & Data
With a market rapidly changing from traditional voice based products to one
that must cater for a wide range of data driven media applications, a totally
new operational structure is required. Next Generation Networks (NGNs) are
leading this transformation by integrating telecoms with IT. This forms the
core of the new environment of digital media. NGNs enable the convergence of
multiple applications to run on the same network, including voice, data and
video (triple play) - as well as other new media applications.
Digital Media however can only be fully developed once there are wide spread
high- speed broadband networks available. This demand for broadband will lead
to the further development of fibre networks, as the current copper-based
networks simply cannot handle the increased capacities required.
Incumbent telcos often run hundreds, even thousands, of operational support
systems, so this clearly indicates the size of the task ahead. Implementation
of NGNs is often over promised and under delivered and full implementation
could easily take a decade to fully accomplish.
Over the next 12 to 18 months, we will see a continuation of large scale fibre
announcements from the various incumbent telcos around the globe. Key leaders
include the telcos in Japan, Korea, USA, Netherlands, Germany, Switzerland,
Belgium, France and the Scandinavian countries.
Fixed-line voice will probably be with us forever, but it will also become a
subset of broadband instead of the other way around. Despite retaining its
role as cash cows for incumbent operators fixed and mobile voice services are
progressively being overtaken by broadband. In the western world, wireless
broadband offers new opportunities as a competitor for DSL in some niche
markets.
VoIP, an application running on NGNs, has already started to gain traction in
the market, but as a stand alone product it is unlikely to become a
replacement for fixed line telephony. In Europe, the product is becoming very
popular in triple play business models as is IPTV another product that is
gaining momentum.
The BuddeComm Infrastructure Series examines the future of telecommunications,
as NGNs develop into an IP based telco environment. The series includes
analysis and statistics, with an emphasis on the first deliverable VoIP. It
also includes an historical overview, key trends and developments, extensive
technical information and detailed information on convergence and FttH
infrastructure.
For those with a need for more detailed technical information, the BuddeComm
Infrastructure Series also explains areas such as ADSL / VDSL, Hybrid Fibre
Coax Cable (HFC) networks, Free Space Optical technologies, long distance
optical fibre technologies, traditional and advanced methods of modulating
data, SDH/SONET ring architecture and the use of new technologies, including
Resilient Packet Rings, optical switching and Generalised Multiprotocol Label
Switching (GMPLS) to build flexible, redundant, long distance networks.
The various Ethernet physical technologies are also discussed along with an
extensive introduction to Quality of Service (QoS) and Multiprotocol Label
Switching (MPLS) techniques, which are essential for the reliable delivery of
voice, data and video services using Ethernet and TCP/IP packet technologies.
The series provides vital insight into the challenges of providing full
end-to-end QoS reservation of bandwidth and assurance of packet delivery over
both core and edge (last-mile) networks.
The BuddeComm Infrastructure Series is a unique publication which provides
critical insights, explanations on the technologies involved in the
infrastructure market and on industry developments. Corporate managers,
financial and investment consultants, IT consultants and Government and
education bodies will find this series particularly useful.
Table of Contents
VOLUME 1 - Global NGN, IP and VoIP - Volume 1 - Global Overview, Analyses and Stats
1. NGN - KEY TO SUCCESS IN TELECOMS
- 1.1Overview and analysis
- 1.1.1Introduction
- 1.1.2Telcos and the nextgen revolution - analysis
- 1.1.3Internet economy requires NGNs - now
- 1.1.4Nextgen investment strategies
- 1.1.5Broadband VoIP
- 1.1.6Historic overview
- 1.1.7Growth of IP-VPN (NGNs)
- 1.2NGN infrastructure developments
- 1.2.1Next Generation Networks (NGN)
- 1.2.2Infrastructure competition
- 1.2.3Narrowband services
- 1.2.4Mobile infrastruture
- 1.2.5Broadband infrastructure
2. IP - CONVERGENCE AND APPLICATIONS
- 2.1NGNs: converging networks
- 2.1.1Dedicated voice and dedicated data networks
- 2.1.2Changes driven by IP
- 2.1.3Multi Protocol Label Switching (MPLS)
- 2.1.4Next Generation packet Networks (NGN)
- 2.1.5IP objectives
- 2.1.6Next Generation Network (NGN) standards
- 2.1.7IMS forum
- 2.2IP=IT
- 2.2.1From VoIP to triple play
- 2.2.2From basic services to value added applications
- 2.3IP - enhanced services
- 2.4IP is making data market redundant
- 2.5IP is upsetting the telcos
- 2.6Technology and communication
3. THE FUTURE OF VOICE (FIXED, MOBILE, VOIP)
- 3.1Telephone companies - experts in negative marketing
- 3.1.1Don' t use the phone
- 3.1.2Don' t use the mobile phone
- 3.1.3Don' t use the fixed phone
- 3.1.4The IP solution
- 3.2The future of voice
- 3.2.1Market under pressure
- 3.2.2Rearguard skirmishes in the voice market
- 3.2.3A neglected market
- 3.2.4Fixed-line SMS
- 3.3The future of mobile
- 3.3.1Voice still the killer app
- 3.3.2But data is the future
- 3.3.3Rebalancing of the industry
- 3.3.4Devices-driven developments
- 3.3.5Only option in developing countries
- 3.3.6Multimodal services
- 3.4VOIP
- 3.5Pricing strategies
- 3.5.1Telecoms price developments
- 3.5.2From bundling to triple play
- 3.5.3New ways to measure ARPUs
- 3.6Conclusion
4. VOIP
- 4.1Analysis
- 4.1.1The continuing importance of voice
- 4.1.2Give VOIP a chance
- 4.1.3VOIP service quality
- 4.1.4Industry issues
- 4.1.5Don' t over regulate
- 4.1.6VOIP needs to be underpinned by NGNS
- 4.1.7Corporate markets
- 4.1.8VOIP - a case of evolution, rather than revolution
- 4.1.9Wireless VoIP
- 4.2Market overview
- 4.2.1Historic overview
- 4.2.2Key trends and developments
- 4.2.3VoIP regional market overview
- 4.3Statistics and forecasts
- 4.3.1IP market statistics and forecasts
- 4.3.2VoIP and the business sector
- 4.3.3VoIP and consumer awareness
- 4.3.4IP Centrex to be popular with SME' s
5. OUTSOURCING
- 5.1Managed network services
- 5.2Outsourcing
- 5.2.1Outsourcing, cosourcing, insourcing, tasksourcing
- 5.2.2Outsourcing market statistics for 2006 and beyond
- 5.2.3Outsourcing market statistics for 2005
- 5.2.4Outsourcing market statistics for 2004
- 5.2.5Historical overview
- 5.3IP Centrex or VOIP outsourcing - the battle for the SME market
6. TECHNOLOGY
- 6.1Limitations of IPv4
- 6.1.1IPv4 - the current TCP/IP version
- 6.1.2Address space
- 6.1.3NAT - Network Address Translation
- 6.1.4Addressing difficulties for Mobile Devices
- 6.1.5Security
- 6.1.6Quality of Service
- 6.2IPv6 and Next Generation Networks (NGN)
- 6.2.1Introduction
- 6.2.2IPv4 and IPv6
- 6.2.3The Telcos' Next Generation Network
- 6.2.4MPLS-based telco and corporate ' NextGen' networks
- 6.3Telephony and Voice over IP
- 6.3.1VOIP
- 6.3.2Internet telephony
- 6.3.3VOIP on private networks
- 6.3.4Comparing the Internet and the telephone network
- 6.4Streaming media and conferencing
- 6.4.1Streaming video and audio
- 6.4.2Unidirectional and bidirectional streaming
- 6.4.3Video-on-demand and bandwidth restrictions
- 6.4.4Open-standard streaming systems
- 6.4.5Proprietary streaming systems
- 6.4.6File download vs. server streaming
- 6.4.7Commercial aspects of proprietary systems
- 6.5Video On Demand
- 6.5.1VoD History and futures
- 6.5.2VoD system functionality
- 6.5.3Impact of VoD on media industries
- 6.5.4VoD system requirements
- 6.5.5QoS and specialised routers/switches
- 6.5.6IP multicasting
- 6.5.7Triple Play for differing access networks
7. GLOSSARY OF ABBREVIATIONS
- Exhibit 1 - Nextgen telecoms
- Exhibit 2 - Global outsource market services
- Exhibit 3 - What is IMS?
- Exhibit 4 - ITU Definition of Next Generation Network
- Exhibit 5 - IP based enhanced services
- Exhibit 6 - Top ten technologies that will impact communication
- Exhibit 7 - Triple play pricing examples
- Exhibit 8 - Teen pop singer launches own VoIP service
- Exhibit 9 - VoIP issues
- Exhibit 10 - Regulator attitudes to VoIP
- Exhibit 11 - Comparative advantages of outsourcing and insourcing
- Exhibit 12 - Mobile outsourcing agreements - 2005
- Exhibit 13 - Contrasts between the telephone network and the Internet
- Exhibit 14 - Adoption of digital broadband technologies
- Table 1 - Global telecoms investments - 2005, 2010, 2015
- Table 2 - Terabit Router Leading Vendors - Market Share - August 2005
- Table 3 - Regional residential and SOHO VoIP subscribers - 2006; 2009
- Table 4 - Estimated growth of inbound VoIP traffic - Africa, Latin
America, Asia-Pacific, Middle East, Eastern Europe - 2005
- Table 5 - VoIP subscribers - Skype, Vonage, France Telecom, Time Warner
- Table 6 - VoIP access lines in US - 1999 - 2007
- Table 7 - Number of global outsourcing deals - first quarters - 2004 -
2006
- Table 8 - US jobs going offshore - 2003 - 2008; 2010; 2015
VOLUME 2 - Global NGN, IP and VoIP - Volume 2 - Americas, Europe, Africa, Middle East, Asia, Pacific
1. AMERICAS
- 1.1North America
- 1.2Latin America
- 1.2.1Introduction
- 1.2.2Next Generation Networks (NGNs)
- 1.2.3IP and Voice over Internet Protocol (VoIP)
- 1.2.4Country overview
2. EUROPE
- 2.1Western Europe
- 2.1.1Next Generation Networks (NGNs)
- 2.1.2IP
- 2.1.3VoIP
- 2.2Eastern Europe
- 2.2.1Central Eastern Europe and the Baltics
- 2.2.2South East Europe
- 2.2.3Russia and the Ukraine
3. AFRICA / MIDDLE EAST
- 3.1Africa
- 3.1.1IP and Next Generation Networks in Africa
- 3.1.2VoIP telephony in Africa
- 3.1.3IP, NGN and VoIP developments in various African countries
- 3.2Middle East
4. ASIA
- 4.1Asia market overview
- 4.2Overview major Asian countries
- 4.2.1Japan
- 4.2.2South Korea
- 4.2.3China
- 4.2.4Singapore
- 4.2.5Taiwan
- 4.2.6India
- 4.2.7Hong Kong
- 4.2.8Malaysia
5. PACIFIC REGION
- 5.1Australia
- 5.1.1The NGN and IP market
- 5.1.2The VoIP market
- 5.2New Zealand
- 5.2.1Next Generation Networks in New Zealand
- 5.2.2VoIP market overview New Zealand
- 5.3South Pacific
- 5.3.1Next Generation Networks and VoIP developments
6. GLOSSARY OF ABBREVIATIONS
- Exhibit 1 - Components of network convergence
- Exhibit 2 - Regulatory status of VoIP in selected Latin American
countries - 2006
- Exhibit 3 - Overview of key players
- Table 1 - VoIP subscribers - January 2006
- Table 2 - VoIP subscribers by operator - March 2005
- Table 3 - Total NGN (VAN/VPN) market revenues - 1991 - 2007
VOLUME 3 - Global Telecoms Analyses and Forecasts
1. TELECOMS DEVELOPMENTS - STRATEGIC OVERVIEW
- 1.1A rapidly changing global telecoms market
- 1.1.1Electronic consumption becomes an economic driver
- 1.1.2Incumbents clash with their governments
- 1.1.3Pro-active telcos can stay ahead of regulations
- 1.1.4Governments will continue to lead telecoms policies
- 1.1.5Lack of policies = lack of innovation
- 1.1.6Facilities based competition is the way to go
- 1.1.7Infrastructure duopolies look like the best option
- 1.1.8Unbundling does lead to infrastructure roll out
- 1.1.9Telcos that fail to change will go under
- 1.1.10Developing world still a long way to go
- 1.1.11Key trends and developments
- 1.2Infrastructure developments
- 1.2.1Fibre-to-the-home (FttH) infrastructure
- 1.2.2IP-based developments
- 1.3Rapidly changing voice market
- 1.3.1Milking the voice market
- 1.3.2Mobile merging with wireless
- 1.3.3Fixed-Mobile Conversion (FMC)
- 1.3.4Financial outlook for the telco industry
- 1.4Broadband market
- 1.4.1Broadband: a technology concept
- 1.4.2Wireless broadband
- 1.4.3Broadband over Powerlines (BPL)
- 1.4.4Developments will be non-linear
- 1.5Broadband-based video communications
- 1.5.1Tele-presence
- 1.5.2Tribes, clans and communities
- 1.5.3Broadcasting over IP (BoIP)
- 1.5.4IPTV
- 1.5.5Hollywood coming to the party
- 1.5.6The digital divide
- 1.6Broadcasting-based developments
- 1.6.1Traditional broadcasting
- 1.6.2Digital TV
- 1.6.3Home media centres
- 1.6.4DOCSIS 3.0
- 1.7Mobility markets
- 1.7.1Mobile telecoms
- 1.7.2Mobile Virtual Network Operators (MVNOs)
- 1.7.3Wireless mobility
- 1.7.4Companies rolling out 802.16e
- 1.7.5HSDPA and IMS
- 1.7.6Fixed-mobile convergence
2. TELECOMS PREDICTIONS - 2005 - 2015
- 2.1Paul Budde' s approach to forecasting
- 2.1.1The use of scenarios
- 2.2Long-term Telecoms revenue trends - 2010 - 2015
- 2.2.1By markets
- 2.2.2By products
- 2.2.3By industry
- 2.3Mobile
- 2.4Broadband
- 2.5Wireless VS fixed broadband
- 2.6Regulation - structural changes in the industry
- 2.7So where to go from here?
3. FORECASTING (QUALITATIVE) 2006
- 3.1The market in ten years time
- 3.2High-level developments
- 3.3Short-term developments
- 3.4Medium-term developments
- 3.5Internet economy
- 3.5.1One million companies already depend on the Internet economy
- 3.6Industry structures
- 3.6.1Industry Restructuring
- 3.7Three distinct segments
- 3.7.1Infrastructure
- 3.7.2Content
- 3.7.3Appliances
- 3.7.4Get a 360 degree vision
- 3.7.5Separation and integration
- 3.7.6The roles of the players
- 3.7.7Internet companies might take over the telcos
- 3.7.8Media restructuring
- 3.7.9Next generation network
- 3.7.10To VoIP or not to VoIP?
- 3.8New business models
- 3.8.1After broadband, triple play will be the next battleground
- 3.8.2VoIP the key in triple play
- 3.8.3Wholesale opportunities
- 3.8.4Telcos learning at great cost
- 3.9My prediction: a golden future ahead of us
- 3.10China will dominate the industry within 5 years
4. THE FUTURE OF VOICE (FIXED, MOBILE, VOIP)
- 4.1Telephone companies - experts in negative marketing
- 4.1.1Don' t use the phone
- 4.1.2Don' t use the mobile phone
- 4.1.3Don' t use the fixed phone
- 4.1.4The IP solution
- 4.2The future of voice
- 4.2.1Market under pressure
- 4.2.2Rearguard skirmishes in the voice market
- 4.2.3A neglected market
- 4.2.4Developments
- 4.2.5Fixed-line SMS
- 4.2.6Click-to-Talk
- 4.3The future of mobile
- 4.3.1Voice still the killer app
- 4.3.2But data is the future
- 4.3.3Rebalancing of the industry
- 4.3.4Devices-driven developments
- 4.3.5Only option in developing countries
- 4.3.6Multimodal services
- 4.4VOIP
- 4.5Analysis of vendor merge - the future is IT, not telco
- 4.6Pricing strategies
- 4.6.1Telecoms price developments
- 4.6.2From bundling to triple play
- 4.6.3New ways to measure ARPUs
- 4.7Conclusion
5. NGN
- 5.1Introduction
- 5.1.1Developing from VPNs
- 5.1.2Advantages and disadvantages
- 5.1.3Simple Network Management Protocol (SNMP)
- 5.1.4Advantages of NGNs over leased lines
- 5.1.5Advantages of NGNs over traditional remote access
- 5.1.6Types of NGN
- 5.1.7NGN solutions
- 5.2Telcos and the nextgen revolution - analysis
- 5.2.1Changing telecoms into IT
- 5.2.2Nextgen Telcos
- 5.2.3Traditional telcos
- 5.2.4Ignoring next-gen structures
- 5.2.5Choice: protecting the old or embracing the new
- 5.2.6Battle between vested interests and nextgen developments
- 5.2.7BT - an NGN leader
- 5.3NGN in action
- 5.3.1Drivers of NGNs
- 5.3.2Key application is telepresence
- 5.3.3The shaky position of 3G
- 5.3.4New business models are emerging
- 5.3.5Voice remains a killer ap
- 5.3.6From vertical to horizontal industry structures
- 5.4Internet economy requires NGNs - now
- 5.4.1Lacklustre beginning by telcos
- 5.4.2Businesses start looking at alternatives
- 5.4.3NGN requirements
- 5.5Nextgen investment strategies
- 5.5.1Long term investment required
- 5.5.2Competition - not NGNs - is driving prices down
- 5.5.3Global telecommunications capital expenditure
- 5.5.4Regional telecommunications capital expenditure
- 5.5.5Are there any broadband write-offs?
- 5.5.6Lose-lose-lose strategy
- 5.5.7Who is paying for the decrease in values?
- 5.6Broadband VOIP
- 5.7Growth of IP-VPN (NGNs)
6. VOIP
- 6.1Statistics and forecasts
- 6.1.1IP market statistics and forecasts
- 6.1.2VoIP and the business sector
- 6.1.3VoIP and consumer awareness
- 6.1.4IP Centrex to be popular with SME' s
- 6.2Analysis
- 6.2.1The continuing importance of voice
- 6.2.2Give VoIP a chance
- 6.2.3VoIP service quality
- 6.2.4VoIP over hyped
- 6.2.5Industry issues
- 6.2.6Tips for successful video over IP
- 6.2.7Don' t over regulate
- 6.2.8VOIP needs to be underpinned by NGNS
- 6.2.9Corporate markets
- 6.2.10VoIP- a case of evolution, rather than revolution
- 6.2.11Wireless VoIP
7. THE FTTH MARKET IN 2006
- 7.1FttH analysis - mid 2006
- 7.1.1DSL is building the business case for FttH
- 7.1.2Growth patterns and predictions
- 7.1.3No business case for large-scale deployments
- 7.1.4Business drivers
- 7.1.5No e-government without fibre
- 7.1.6Fibre-to-the-Node and VDSL
- 7.2Where is the action in FttH?
- 7.2.1Who are the leaders and why?
- 7.2.2Initial drivers: utilities and local councils
- 7.2.3Business market
- 7.2.4Infrastructure upgrades
- 7.2.5Corporate optical fibre
- 7.2.6New housing developments
- 7.3Different FttH business models
- 7.3.1National economy drivers
- 7.3.2Social drivers
- 7.3.3Entertainment drivers
- 7.3.4' Go with the flow' strategies
- 7.3.5New housing developments
- 7.4Telcos still reluctant
- 7.4.1Business opportunities for FttH niche telcos
- 7.4.2Alternative infrastructure developments
- 7.5Structural separation a must for FTTH
- 7.6The costs of FttH
- 7.6.1AT&T project estimates
8. 3G
- 8.1Sorting out the Telstra NEX G confusion
- 8.2The future of 3G
- 8.3The time for 3G has arrived, but no cheering from the operators
- 8.3.1Where is the business case?
- 8.3.2Network costs will be driving 3G?
- 8.3.3New business scenarios
- 8.3.4Competition from disruptive technologies
- 8.4The hard realities of the mobile market
- 8.4.1The networks simply would not be able to cope
- 8.4.2As usual, over-promising and under-delivering
- 8.5Slow start so far
- 8.6Will 3G survive as a separate business model?
- 8.6.13G cannibalising 2G
- 8.6.22G is fighting back
- 8.6.3Data moving to wireless broadband
- 8.6.43G for voice and enhanced voice applications
- 8.6.5Mobile operators absorbed by voice competition
- 8.6.6Mobile, wireless convergence
- 8.6.7Fixed operators have the upper hand
- 8.7From 3G to 4G mobile
- 8.7.1Service evolution
- 8.7.2How to move forward?
- 8.7.3What went wrong with mobile data?
- 8.7.4Demand is there, supply is failing
- 8.7.5Super 3G versus WiMAX
- 8.7.63G Long-Term Evolution (LTE)
- 8.84G will be the end result
- 9.MOBILE CONTENT - INDUSTRY AND MARKET ANALYSES
- 9.1A market still kept hostage - analysis 2006
- 9.1.1Not much progress in almost a decade
- 9.1.2Still no open networks
- 9.1.3Untapped potential
- 9.1.4We are a telecoms industry
- 9.1.53G is still a voice-driven development
- 9.1.6What do you mean - customer service?
- 9.1.7All we need is competition
- 9.2New marketing and distribution models
- 9.2.1Content providers giving up hope
- 9.2.2Manufacturers supporting bypass solutions
- 9.2.3The race for content
- 9.2.4Branding with partners
- 9.2.5The future: value-chain-based scenarios
- 9.2.6IPX takes on the walled mobile gardens
- 9.3Digital Rights Management (DRM)
- 9.3.1The Open Mobile Alliance (OMA)
10. WIMAX
- 10.1Fixed wireless analyses - 2006
- 10.1.1The promises of fixed wireless
- 10.1.2The problems of fixed wireless
- 10.1.3Opportunities of fixed wireless
- 10.1.4Fixed wireless broadband developments - Mid 2006
- 10.1.5Repositioning
- 10.1.6Spectrum developments
- 10.1.7WiMAX and BPL - commercial viability?
- 10.2Mobility analyses - Moving into 2007
- 10.2.1Personal wireless broadband
- 10.2.2WiMAX is losing the battle
- 10.2.3The new and the old WiMAX
- 10.2.4From 3G to 4G mobile
- 10.2.5Super 3G versus WiMAX
- 10.2.6Long-term evolution path to 4G
11. BROADCASTING - INTERACTIVE TV - OVERVIEW AND ANALYSIS
- 11.1Introduction
- 11.1.1Definitions
- 11.1.2Interactive TV to generate billions
- 11.1.3First interactions with TV
- 11.1.4Personal TV (choose and control)
- 11.1.5Broadband or IPTV
- 11.2Market analysis 2006
- 11.2.1iTV - 35 years on
- 11.2.2Snail pace progress
- 11.2.3Digital TV (DTV) 2nd Internet platform
- 11.2.4Shock to the ' couch potato' syndrome
- 11.2.5Innovation required
- 11.3i-Advertising - analysis
- 11.3.1Individually addressed advertisements
- 11.3.2And again...permission-based models
- 11.3.3Revenue opportunities
- 11.4Statistics and forecasts
- 11.4.1Forecasts beyond 2006
- 11.4.2Reports for USA from 2005
- 11.5Business modelling
- 11.5.1Real-time or non-real-time
- 11.5.2Permission-based through SMS
- 11.5.3Subscription or itinerary?
- 11.5.4Technology issues
12. TRANSITIONS TO A DIGITAL INDUSTRY
- 12.1Introduction
- 12.2The most important telecoms transition issues appearing from our
models and scenarios
- 12.2.1Horizontal value chains
- 12.2.2The value chains are no longer in one direction: from supplier to
consumer
- 12.2.3Bandwidth demand will continue to go up
- 12.2.4' Services' are not a separate layer but are part of every layer
- 12.2.5Because of more intelligence in devices the ' place' of services is
shifting
- 12.2.6Another big sudden jump-transition, in fact two at the same time
is to G4 mobile &FttH
- 12.3New kinds of innovations
- 12.4What may be next after WMesh+fiberMAN
- 12.5Postsciptum
- 12.6References
13. DIGITAL MEDIA - ANALYSES, ISSUES, DEVELOPMENTS
- 13.1The rise and rise of the Internet economy
- 13.2The future is digital people, not digital media
- 13.3The Internet
- 13.3.1The killer app
- 13.3.2High-speed, always-on Internet
- 13.4It' s worthwhile fighting for open networks
- 13.4.1Structural changes to the industry are overdue
- 13.4.2The farce of infrastructure-based competition
- 13.4.3We should stand firm on open networks
- 13.4.4The telcos failed for 30 years - Internet succeeded in 10
- 13.4.5Open networks engine for innovation and growth
- 13.4.6Large economic benefits
- 13.4.7BT leading the way
- 13.4.8Safe harbours undermine the Internet economy
- 13.4.9Bill of Internet Rights
- 13.4.10Telcos hampering growth of Internet economy
- 13.4.11IP is upsetting the telcos
- 13.4.12Dutch cable operators obliged to open networks
- 13.4.13Global cities declare open networks
- 13.4.14INEC Declaration on Open Networks
- 13.5Digital content
- 13.5.1Introduction
- 13.5.2Watch out for the Internet media companies
- 13.5.3Internet media companies - vs- telcos
- 13.6Other interesting developments
- 13.6.1Skype SMS
- 13.6.2Videoconferencing in telepresence
- 13.6.3Bittorrent in digital media devices
- 13.7The disruptive effects of digital media
14. GLOSSARY OF ABBREVIATIONS
- Exhibit 1 - Key revenue trends - period to 2015
- Exhibit 2 - A changing industry structure - 2005 - 2010
- Exhibit 3 - Massive restructuring is now overdue
- Exhibit 4 - New public network concept
- Exhibit 5 - Triple play pricing examples
- Exhibit 6 - Triple play pricing examples
- Exhibit 7 - Nextgen telecoms
- Exhibit 8 - Verizon vs Skype
- Exhibit 9 - The role of voice
- Exhibit 10 - Global outsource market services
- Exhibit 11 - BuddeComm VoIP quality survey
- Exhibit 12 - Teen pop singer launches own VoIP service
- Exhibit 13 - Residential Broadband (BB) - growth predictions - next ten
years
- Exhibit 14 - FttH costings per home connected
- Exhibit 15 - Mobile facts and figures
- Exhibit 16 - What users want
- Exhibit 17 - Tillevision Model for ICT infrastructure
- Exhibit 18 - Tillevision Model
- Exhibit 19 - Conjecture Subsidiarty
- Exhibit 20 - Fractal repetition of the Internet paradigm
- Exhibit 21 - Rural Tellet mobile voice-mail devices
- Exhibit 22 - Some application bit rates
- Exhibit 23 - Drivers of high-speed Internet
- Table 1 - Predicted global m-commerce revenues - 2003 - 2005; 2009 - 2010
- Table 2 - Telecommunications services revenue share by market - 2005;
2010; 2015
- Table 3 - Telecommunications services revenue share by product - 2005;
2010; 2015
- Table 4 - Telecommunications services revenue share by industry group -
2005; 2010; 2015
- Table 5 - Mobile data revenue as % of total mobile revenue forecast -
2005 - 2015
- Table 6 - Mobile penetration in developed and developing markets - 2005
- 2015
- Table 7 - Forecasting costs broadband over a 10-year period
- Table 8 - Residential Broadband (BB) - growth predictions - next ten
years
- Table 9 - Wireless as % of fixed broadband forecast - 2005; 2010; 2015
- Table 10 - Global telecoms investments - 2005; 2010; 2015
- Table 11 - Capital expenditure by region - 2005, 2006
- Table 12 - Regional residential and SOHO VoIP subscribers - 2006; 2009
- Table 13 - Estimated growth of inbound VoIP traffic - Africa, Latin
America, Asia-Pacific, Middle East, Eastern Europe - 2005
- Table 14 - VoIP subscribers - Skype, Vonage, France Telecom, Time Warner
- Table 15 - VoIP access lines in US - 1999 - 2007
- Table 16 - Global wireless broadband market subscribers - 2003 - 2008
- Table 17 - Wireless broadband market share by region - 2005
- Table 18 - Global wireless broadband subscribers by technology - 2011
- Table 19 - DSL, 1Gb/s, DWDM transmission speeds - what does it mean?
VOLUME 4 - Telecoms Infrastructure Technology - Volume 1 - Last Mile
1. INFRASTRUCTURE - KEY CONCEPTS
- 1.1Communication, signals and data
- 1.1.1Light and sound
- 1.1.2Analogue electronics
- 1.1.3Digital conversion
- 1.1.4Binary numbers
- 1.1.5ASCII text
- 1.1.6Data storage and compression
- 1.2The pace of electronic technology development
- 1.3Types of communication system
- 1.3.1Basic communication principles
- 1.3.2Basic characteristics of communication technologies
- 1.3.3Analogue and digital
- 1.3.4Analogue vs digital
- 1.4The OSI layered model of networks and applications
- 1.4.1Distributed information system
- 1.4.2Purpose of OSI
- 1.4.3Functions and examples
- 1.4.4How the model works
- 1.5The increasing importance of the Internet
- 1.5.1From smoke signals to Internet
- 1.5.2New foundation for future systems
- 1.5.3The importance of the Internet
2. LAST MILE TELECOMMUNICATIONS TECHNOLOGIES
- 2.1Twisted Pair, POTS, ISDN
- 2.1.1Introduction and historical perspective
- 2.1.2Twisted pair copper for analogue telephony
- 2.1.3Twisted pair copper for ISDN
- 2.2Fibre - FTTP, Passive Optical Networks
- 2.2.1Introduction
- 2.2.2Customer needs
- 2.2.3Needs of telecommunications carriers
- 2.2.4Standards organisations and industry bodies
- 2.2.5Architectural considerations
- 2.3Fibre - Metro Ethernet, GPON
- 2.3.1' Carrier grade' reliability and management
- 2.3.2Alternative fibre strategies
- 2.3.3Metro Ethernet services
- 2.3.4ITU G.983 APON/BPON
- 2.3.5ITU G.984 GPON
- 2.3.6ITU G.985 Point-to-point
- 2.3.7802.3ah Point-to-Point
- 2.3.8802.3ah EPON
- 2.4ADSL principles
- 2.4.1Common characteristics of XDSL
- 2.4.2Frequency allocations
- 2.4.3ADSL modems and DSLAMs
- 2.4.4Obstacles to deployment
- 2.4.5Modulation schemes
- 2.5ADSL & ADSL2 technical standards
- 2.5.1ADSL technical standards
- 2.5.2Data rates and distances
- 2.5.3Comparing ADSL and HFC
- 2.6Symmetrical SHDSL, VoDSL
- 2.6.1Symmetrical DSL
- 2.6.2T1 and E1
- 2.6.3BR-ISDN and IDSL
- 2.6.4HDSL
- 2.6.5SDSL
- 2.6.6SHDSL G.991.2
- 2.6.7Voice over broadband (VoBB)
- 2.6.8Latency and delay
- 2.6.9VODSL - Voice over DSL
- 2.6.10CVODSL - Channelised Voice over DSL
- 2.7FTTC, VDSL Principles
- 2.7.1Introduction
- 2.7.2Single and multi-carrier modulation techniques
- 2.7.3DMT - OFDM
- 2.7.4Early, non-ITU, standards
- 2.8FTTC, VDSL2 technical standards
- 2.8.1Frequency plans
- 2.8.2ITU G.993.2 VDSL2
- 2.8.3Ethernet rather than ATM for DSL
- 2.8.4Competition implications
- 2.8.5ADSL2+ / VDSL Futures
- 2.9HFC - principles, DOCSIS 1.x & 2.0
- 2.9.1Introduction
- 2.9.2HFC' s stringent design and maintenance requirements
- 2.9.3DOCSIS 1.x and 2.0
- 2.10HFC - DOCSIS 3.0, Switched Digital Video
- 2.10.1DOCSIS-related standards
- 2.10.2Node splitting and frequency re-alignment
- 2.10.3High frequency expansion
- 2.10.4DOCSIS 3.0
- 2.10.5Switched Digital Video
- 2.10.6HFC future prospects
- 2.11Free Space Optical
- 2.11.1Free Space Optical communications
3. GLOSSARY OF ABBREVIATIONS
- Exhibit 1 - OSI layered model: a web-browsing example
- Exhibit 2 - Comparison of ADSL/VDSL and HFC systems
- Exhibit 3 - Access node deployment scenarios
- Table 1 - Properties of major DSL versions - 2006
- Table 2 - HDSL reach (km) versus wire gauge
- Table 3 - ITU VDSL band-plans
- Table 4 - G.993.2 VDSL2 profiles
VOLUME 5 - Telecoms Infrastructure Technology - Volume 2 - Long Distance & Data
1. INFRASTRUCTURE - KEY CONCEPTS
- 1.1Communication, signals and data
- 1.1.1Light and sound
- 1.1.2Analogue electronics
- 1.1.3Digital conversion
- 1.1.4Binary numbers
- 1.1.5ASCII text
- 1.1.6Data storage and compression
- 1.2The pace of electronic technology development
- 1.3Types of communication system
- 1.3.1Basic communication principles
- 1.3.2Basic characteristics of communication technologies
- 1.3.3Analogue and digital
- 1.3.4Analogue vs digital
- 1.4The OSI layered model of networks and applications
- 1.4.1Distributed information system
- 1.4.2Purpose of OSI
- 1.4.3Functions and examples
- 1.4.4How the model works
- 1.5The increasing importance of the Internet
- 1.5.1From smoke signals to Internet
- 1.5.2New foundation for future systems
- 1.5.3The importance of the Internet
2. LONG DISTANCE AND GLOBAL TELECOMMUNICATIONS TECHNOLOGIES
- 2.1Fibre, WDM
- 2.1.1Historical perspective
- 2.1.2Optical fibre links
- 2.1.3Fibres, attenuation, dispersion and distortion
- 2.2Fibre, modulation, amplification and 40Gbs
- 2.2.1Soliton transmission
- 2.2.2Lasers, modulation and detectors
- 2.2.340Gb/s
- 2.3SDH, SONET, OTN, RPR, GMPLS
- 2.3.1SDH / SONET fibre optic links
- 2.3.2SDH/SONET data rates
- 2.3.3Enhancements to SDH / SONET
- 2.3.4RPR - Resilient Packet Ring
- 2.3.5Optical switching and GMPLS
- 2.3.6Optical Transport Network (OTN)
- 2.4Microwave, satellite
- 2.4.1Microwave links
- 2.4.2Microwave Bands
- 2.4.3Satellite Orbital Configurations
- 2.4.4Highly Elliptical Orbit (HEO)
3. THE TELEPHONE NETWORK AND VOICE CALLS
- 3.1Network and calls
- 3.1.1Introduction and historical perspective
- 3.1.2A circuit-switched network
- 3.1.3Voice calls
- 3.1.4Telephone exchanges
- 3.2SS7 PABXs Centrex CTI Number Portability
- 3.2.1Signalling System No. 7 - SS7
- 3.2.2The Intelligent Network
- 3.2.3CLASS services
- 3.2.4PABXs and key systems
- 3.2.5Payphones
- 3.2.6Centrex Services
- 3.2.7CTI - Computer Telephony Integration
- 3.2.8Number portability
4. DATA
- 4.1Introduction
- 4.1.1Circuit versus packet switching
- 4.1.2Cells, frames and packets
- 4.1.3ISDN primarily for voice, not data
- 4.1.4Technologies for data communications
- 4.1.5Voice to be carried as packets in the future
- 4.2Frame relay
- 4.2.1Introduction
- 4.2.2Switching packets and cells
- 4.2.3Permanent and Switched Virtual Circuits - PVCs and SVCs
- 4.2.4Applications and futures
- 4.3ATM
- 4.3.1Introduction
- 4.3.2Cell switching in hardware
- 4.3.3Distinguishing characteristics of ATM
- 4.3.4Applications and futures
- 4.3.5ATM for LAN
- 4.3.6Conclusion
- 4.4Networks within buildings
- 4.4.1Introduction
- 4.4.2Ethernet and IEEE 802.3
- 4.4.3Hubs, repeaters and bridges
- 4.4.4Switches
- 4.4.5Token Ring
- 4.4.6FDDI - Fibre-Distributed Data Interface
- 4.4.7Fibre Channel
- 4.4.8InfiniBand
- 4.4.9ATM - Asynchronous Transfer Mode
- 4.4.10Wireless LANS
- 4.5QoS, MPLS and VPLS
- 4.5.1Introduction and Terminology
- 4.5.2DiffServ
- 4.5.3MPLS
- 4.5.4The MPLS Label
- 4.5.5Edge and core devices
- 4.5.6QoS characteristics
- 4.5.7Virtual Circuits and virtual LANs
- 4.5.8Draft-Martini and beyond
5. GLOSSARY OF ABBREVIATIONS
- Exhibit 1 - OSI layered model: a web-browsing example
- Exhibit 2 - Long distance fibre communication wavelength bands
- Exhibit 3 - Microwave band terminology
- Exhibit 4 - CLASS Services
- Table 1 - SDH and SONET Data Rates
- Table 2 - Virtual Concatenation Base Container Approximate Bandwidths
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