[Report] Voice Call Continuity & Multimedia Independent Market Research, Trends, Analysis TOC

1.1 Fixed-mobile convergence and substitution
- Chart 1.1: Mobile-only households in selected countries, Q4 2005
- Chart 1.2: Traffic originating on the fixed network, 2004-2005
  - 1.1.2 Telcos are slowing erosion through bundled offerings
  - 1.2.2 FMC opportunities for service providers
1.2 Scope of this Report

2.1 Wireless unlicensed frequencies applied to cellular telephony
- Table 2.1: Number of hotspots and users worldwide, 2005-2011
2.2 The UMA network controller
- Figure 2.1: UMA network architecture
2.3 UMA market opportunities
2.4 UMA deployments
- 2.4.1 BT Fusion
- 2.4.2 TeliaSonera
- 2.4.3 Saunalahti
- 2.4.4 T-Mobile
- 2.4.5 Hello
- 2.4.6 Others

3.1 IMS
3.2 SIP and SS7
- Chart 3.1: SIP vs SS7 voice call traffic, 2007-2012
3.3 IMS network architecture
- Table 3.1: Key IMS network components and their features
- Figure 3.1: IMS network architecture
- 3.3.1 The Control layer
  - 3.3.1.1 The proxy-cscf
  - 3.3.1.2 The interrogating cscf
  - 3.3.1.3 The serving cscf
- 3.3.2 The user layer
- 3.3.3 The application layer
  - 3.3.3.1 The Home Subscriber Server
3.4 Why VCC is needed
- Table 3.2: VCC market drivers
3.5 Comparative analysis of UMA and VCC
- Chart 3.2: Percentage of mobile phone calls made from vicinity of wireless hotspot
- Table 3.3: Comparison of VCC vs UMA strengths and weaknesses
3.6 VCC network elements
- Figure 3.1: VCC network architecture
3.7 VCC and the IMS Controlled Static Approach (ICSA)
- Table 3.4: Features of the ICSA approach
3.8 Customised Applications for Mobile network Enhanced Logic (CAMEL) and VCC
- Table 3.5: Standards supported by each CAMEL phase
3.9 Example of VCC operation
- Figure 3.2: Example of VCC handover functionality
3.10 VCC handover policy
- Chart 3.3: IMS subscribers worldwide, 2006-2011
3.11 QoS in FMC networks
3.12 Billing in FMC
3.13 QoS during the VCC handover process
3.14 Multimedia Independent handover
- Figure 3.3: The multimedia independent handover function
  - 3.14.1 Enhancing VCC with multimedia independent handover

4.1 3GPP and the IMS
4.2 VCC Functionality and 3GPP Release 7
4.3 VCC supplementary services and 3GPPRelease 7
- Table 4.1: Significant IMS/VCC features introduced by each 3GPP Release
4.4 3GPP Release 8
4.5 3GPP2 and the IMS
4.6 TISPAN
4.7 PacketCable
4.8 Summary of the works of standardisation bodies in relation to IMS/VCC
- Table 4.2: Works of standardisation bodies in relation to IMS/VCC
4.9 Future aims of standardisation bodies
- Figure 4.1: Future IMS-based telecoms networks

5.1 UMA handset forecast
- 5.1.1 A growing variety of handsets is increasing UMA's appeal
  - Chart 5.1: Global UMA handset shipments, 2006-2011
5.2 UMA subscriber forecast
- Chart 5.2: Global UMA subscribers, 2006-2011
5.3 Available UMA handsets
- Table 5.1: Available UMA handsets
5.4 UMA mobile client software
5.5 UMA handsets that support UMTS and WiMAX networks
5.6 SIP and UMA
5.7 IMS/VCC handsets
- Chart 5.3: SIP-enabled global handset shipments, 2006-2011
- Chart 5.4: IMS handset shipments, 2006-2011
- Chart 5.5: VCC compliant handset shipments, 2006-2011
- Chart 5.6: VCC subscribers worldwide, 2006-2011
5.8 Multimedia and dual-mode handset components and prices
- Chart 5.7: Hardware components of multimedia handsets and share of total hardware costs (%)
5.9 IMS/VCC handset implementation issues
- Table 5.2: IMS/VCC handset considerations
  - 5.9.1 Battery Life
  - 5.9.2 Complex RF environment
  - 5.9.3 Powerful processors
  - 5.9.4 Mobile VCC client software solutions
  - 5.9.5 The VCC user experience
5.10 VCC mobile client software vendors
- 5.10.1 FirstHand Technologies
- 5.10.2 HelloSoft
- 5.10.3 Kyocera Wireless
- 5.10.3.1 Kyocera and NewStep Networks
5.11 Nokia VCC enabled handsets
5.12 Multimedia handoff and handsets
- 5.12.1 Vendor strategies on media independent handover
- 5.12.2 Potential of media independent handover

6.1 Nortel Networks
6.2 Alcatel
6.3 Siemens
- 6.3.1 Siemens and the Time Warner Cable trial
6.4 Motorola
6.5 Ericsson
6.6 VCC solution providers
- Table 6.1: VCC vendor solutions
  - 6.6.1 Bridgeport Networks
  - 6.6.2 Outsmart
  - 6.6.3 Telcordia
  - 6.6.4 NewStep Networks
6.7 Longboard and multimedia handover
6.8 MobileIgnite
6.9 Vendor strategies to IMS/VCC
- Table 6.2: VCC compliant services as defined by 3GPP
6.10 Operator strategies to IMS/VCC
- 6.10.1 Deployment timeline
  - Table 6.3: Global pre-VCC and VCC trials
  - Chart 6.1: VCC trials by service provider type
  - Chart 6.2: VCC deployments, 2007 and 2008
  - Chart 6.3: VCC trials by region
6.11 Summary of factors affecting rapid IMS/VCC deployment
- Table 6.4: Barriers to IMS/VCC deployments
- Table 6.3: Factors driving IMS/VCC deployments

7.1 General FMC/VCC market benefits
- Chart 7.1: Number of 3G, GSM and Internet users by region
7.2 Residential benefits realised through the deployment of FMC/VCC technology
- Table 7.1: Macrocells vs femtocells
7.3 Enterprise benefits realised through the deployment of IMS/VCC technology
- Table 7.2: IP vs TDM/PCM PBX shipments (%), 2005-2011
7.4 Benefits wireless operators can realise through FMC/VCC
7.5 Benefits fixed line operators can realise through FMC/VCC
7.6 Benefits cable operators can realise through FMC/VCC
7.7 The North American Market for FMC/VCC
- Table 7.1: Networks operated by US mobile operators
7.8 European Market for FMC/VCC
- Chart 7.2: Western European mobile service revenues, 2002-2005

Voice Call Continuity and Multimedia Independent Handover Report 2006-2011: Enabling true FMC services