[Report] Networking Over Coax and Phone Wiring for Service Provider Deployments Worldwide TOC

Executive Summary
Introduction: Networking Over Existing Wires
- Service Provider Needs
  - Flexibility of Deploymen
- Primary Markets
Pros & Cons for Coax & Phone Wiring Mediums
- Coax Advantages
- Coax Disadvantages
- Phone Wiring Advantages
- Phone Wiring Disadvantages
Technologies & Standards
- General Deployment Technical Challenges
- MoCA
- HomePNA
- International Telecommunication Union
- ITU-T G.hn
  - HomeGrid Forum
- Protocols Over Powerline & Coax
Selected Companies
- 2Wire
- Actiontec
- AT&T
- Broadcom
- CopperGate Communications
- Cox Communications
- D-Link
- Entropic Communications
- Hitachi Telecom (USA)
- Linksys & Scientific Atlanta (Cisco)
- Netgear
- Motorola
- Tellabs
- Verizon
- Westell
Forecasts
- Opportunities in Asia/Pacific
- Opportunities in Europe
- North American Deployment Forecast & Assumptions
- Worldwide Chipsets/Nodes Over Coax & Phone Wiring (Worldwide & North American)
Residential Structured Wiring Survey
- Survey Respondents' Income Profile
- Survey Respondents' Gender Profile
- Survey Respondents' Age Profile
- Region of Residence
- Residence Area
- Residence Ownership vs. Lease
- Overall Demographic Comments
- Other Characteristics of Respondents
Ethernet
- Penetration of Residential Ethernet
- Pervasiveness of Ethernet Within Homes
- Device and Technology Use for Households With Ethernet Outlets
- Common Rooms With Availability of Ethernet
- Ethernet Outlet Existence by Device Ownership and Technology Use
Phone Jacks
- Penetration of Phone Jacks
- Pervasiveness of Phone Jacks Within Homes
- Device and Technology Use for Households With Phone Jacks
- Common Rooms With Phone Jacks
- Phone Jack Existence by Device Ownership and Technology Use
Coax Outlets
- Penetration of Coax
- Pervasiveness of Coax Within Homes
- Device and Technology Use for Households With Coax
- Common Rooms With Coax
- Coax Outlet Existence by Device Ownership and Technology Use
- Timing of Installation: Ethernet, Coax, and Phone Jacks/Outlets
- Wiring Availability by Primary Method of Receiving TV Service
Methodology
Related In-Stat Reports

List of Tables

Table 1. North American Cumulative Households With In-Home Provider Network Nodes Over Coax or Phone Wiring: TV and/or Broadband Internet (Units in Thousands)
Table 2. Worldwide Cumulative Chipsets/Nodes Over Coax & Phone Wiring (MoCA, HomePNA, ITU-T G.hn), With Segmentations for North American In-Home Deployments and Worldwide Access Applications (Units in Thousands)
Table 3. Respondents' Household Income Comparison
Table 4. Respondents by Gender
Table 5. Respondents by Age Bracket
Table 6. Respondents by Region of the US
Table 7. Respondents by Type of Residence Area: Suburban, Rural, and Urban
Table 8. Respondents by Home Ownership vs. Lease
Table 9. Primary Method of Internet Access at Home
Table 10. Home Network Use
Table 11. Number of Computers Used in Household
Table 12. Penetration of Residential Ethernet
Table 13. Pervasiveness of Ethernet Outlets: Number of Rooms
Table 14. Device and Technology Use for Households with Ethernet
Table 15. Availability of Ethernet Outlets: Type of Rooms
Table 16. Ethernet Outlet Existence by Device Ownership and Technology Use
Table 17. Penetration of Phone Jacks
Table 18. Pervasiveness of Phone Jacks: Number of Rooms
Table 19. Device and Technology Use for Households with Phone Jacks
Table 20. Availability of Phone Jacks: Type of Rooms
Table 21. Phone Jack Existence by Device Ownership and Technology Use
Table 22. Penetration of Coax
Table 23. Pervasiveness of Coax: Number of Rooms
Table 24. Device and Technology Use for Households with Coax
Table 25. Availability of Coax: Type of Rooms
Table 26. Coax Existence by Device Ownership and Technology Use
Table 27. Timing of Installation: Ethernet, Coax, and Phone Jacks
Table 28. Wiring Availability by Primary Method of Receiving TV Service

List of Figures

Figure 1. Penetration of Residential Ethernet
Figure 2. Pervasiveness of Ethernet Outlets: Number of Rooms
Figure 3. Availability of Ethernet Outlets: Type of Rooms
Figure 4. Penetration of Phone Jacks
Figure 5. Pervasiveness of Phone Jacks: Number of Rooms
Figure 6. Availability of Phone Outlets: Type of Rooms
Figure 7. Penetration of Coax
Figure 8. Pervasiveness of Coax: Number of Rooms
Figure 9. Availability of Coax: Type of Rooms

Networking Over Coax and Phone Wiring for Service Provider Deployments Worldwide

Table of Contents

List of Tables

List of Figures