1.0 Executive Summary
1.1 Purpose of this Report
1.1.1 The Segmentation Challenge
1.2 Overview of Home Control Applications
1.2.1 Integration Example
1.2.2 Traditional Segmentation
1.2.3 Segmentation Lines Begin to
Blur
1.2.4 Service Revenue Opportunity
1.3 Market Drivers
1.3.1 Embedded Technologies
1.3.2 Digital Convergence
1.3.3 Always-on Broadband
1.3.4 New Players Investing in
Standards
1.4 Challenges
1.5 Home Control Applications
1.5.1 Lighting Controls
1.5.2 HVAC & Climate Control
1.5.3 Entertainment Networks &
Controls
1.5.4 Security & Safety
1.5.5 Appliances, Actuators &
Sensors
1.6 Enabling Standards & Technologies
1.7 Influential Companies & Products
1.7.1 PC & CE Industry
1.7.2 Components
1.7.3 Appliances
1.7.4 Channels
1.7.5 The Influence of These
Companies
2.0 Overview of the Home Controls Market
2.1 Definitions
2.2 A Brief History
2.2.1 Early X-10 (a De Facto
Standard)
2.2.2 Introduction of Advanced
Standards
2.3 Discovering Automation All Around the Home
2.4 Integrating Automated Controls into Whole-house
Systems
2.5 Segmentation by Levels of Sophistication and
Integration
2.5.1 Basic Home Control (The Mass
Market)
2.5.2 Integrated Home Control
(Builder Installed)
2.5.3 Whole-house Control Systems
(Custom Installed)
2.5.4 When Professional Installation
is Necessary
2.6 Segmentation Lines Begin to Blur
3.0 Exploiting the Market Drivers
3.1 Embedded Technologies and the Pervasive Internet
3.1.1 Glut of Capacity at Ends Fuels
Investment in Middle
3.1.2 The Impact of Moore’s Law
3.1.3 The Effect of Metcalfe’s Law
3.1.4 Sensors & Actuators
3.1.5 Remote Access with Smart
Phones / PDAs / Pagers
3.2 Digital Convergence
3.2.1 It’s Just Bits
3.2.2 Cheap
3.2.3 Consistent Quality
3.2.4 Easy to Store
3.2.5 Easy to Share
3.2.6 Easy to Combine
3.3 Broadband Internet Access
3.3.1 Internet Sharing is the Top
App for Home Networks: What Next?
3.3.2 Benefits of Always-On Networks
3.3.3 Competition for Broadband
Includes Service Bundles
3.4 Major Players Investing in Standards
3.4.1 PC Companies Drive Home
Networking Standards
3.4.2 CE Companies Drive
Entertainment Standards
3.4.3 Semiconductor Companies
Develop Networking Technologies
3.4.4 Appliance Manufacturers Start
to Embrace Standards
3.4.5 The Distribution Channel
Starts Offering Services
3.4.6 Industry Invests in Academic &
Internal Research Labs
Georgia Tech Aware
Home
MIT “Home of the
Future” Consortiums
Project Oxygen
Changing Places/House_n
IBM Pervasive
Computing Lab
Philips HomeLab
4.0 Addressing the Challenges for Home Controls
4.1 Crossing the Chasm
4.2 Addressing Consumer Needs
4.2.1 Accommodating Legacy Devices
and Networks That Still Work
4.2.2 Completing the Value Chain
4.2.3 Identifying Business
Strategies along the Value Chain
4.3 Determining Price and Delivering Value
4.3.1 Proving the Value of
Structured Wiring
4.3.2 Converged Devices vs. Device
Proliferation
4.3.3 Addressing Complexity &
Confusion
4.3.4 Understanding the Homeowner
5.0 Home Control System Applications
5.1 Why the Home Controls Conundrum?
5.2 Developing a Middle-Class Market: Requirements and
Challenges
5.3 Lighting Controls – Advanced and Basic
5.3.1 Lighting Technologies
5.3.2 High-end, Custom-installed
Lighting Systems
5.3.3 Low-end, Do-It-Yourself
Lighting Solutions
5.4 HVAC & Climate Control
5.4.1 Programmable Thermostats
5.4.2 Communicating Thermostats
5.4.3 Zoned HVAC
5.4.4 HVAC Technologies
5.5 Entertainment Networks & Controls
5.5.1 An Entertainment Market Too
Big to Ignore
5.5.2 The Effect of High-Definition
Television
Device Integration
with Multiroom Access
5.5.3 New Business Models
5.5.4 Digital Rights Management
5.5.5 The Elusive and Evolving
“Universal” Remote
5.5.6 Low-Cost Macros and Scenes
5.5.7 The Future of Remotes
5.5.8 Software Flexibility
5.5.9 Hum Me a Few Bars
5.5.10 Networked PCs with
Entertainment Content
Home Computer and
Digital Photography
5.5.11 Home Computer for Music
Home Computers for
Video and Television
5.5.12 Media Center PCs
5.5.13 Networked CE Devices
Built-in
Networking to Access PC Content
Multiroom PVR
(cable, satellite, DSL)
Integrated
Multimedia Servers
Portable Media
5.6 Integration with Security & Safety
5.6.1 Surveillance & Remote Access
5.6.2 Medical Monitoring and Home
Health Care
6.0 The Enabling Standards & Technologies
6.1 Introduction: A Brief History of Standards
6.2 How Standards are Created – a Tutorial
6.2.1 Standards Developing
Organizations (SDOs)
6.2.2 Industry Consortia
6.2.3 De Facto Industry
Standards
6.2.4 The Pros and Cons of
Approaches to Standardization
6.3 Obsolete Standards
6.3.1 CEBus, CAL, HomePnP, and SCP
6.3.2 HomeRF
6.4 Wireless Standards
6.4.1 Bluetooth
6.4.2 Infrared (IrDA)
6.4.3 Wi-Fi® (IEEE 802.11a/b/g)
6.4.4 Wi-Max (IEEE 802.16)
6.4.5 Ultra-Wideband (IEEE
802.15.3a)
6.4.6 ZigBee
IEEE 802.15.4
6.4.7 Z-Wave
6.5 Powerline Standards
6.5.1 HomePlug
6.5.2 LonWorks™
6.5.3 X10
6.6 Phoneline & Coax Standards
6.6.1 HomePNA
6.6.2 MoCA
6.7 Structured Wiring
6.7.1 Ethernet (IEEE 802.3)
6.7.2 HAVi and IEEE 1394
6.8 Device & Network Management Standards
6.8.1 OSGi
What OSGi Has Done
6.8.2 UPnP™ Technology
6.9 Internet Protocol Standards
6.9.1 TCP/IP – Transmission Control
Protocol/Internet Protocol
6.9.2 UDP – User Datagram Protocol
6.9.3 HTML – Hypertext Markup
Language
6.9.4 HTTP – Hypertext Transfer
Protocol
6.9.5 XML – Extensible Markup
Language
6.9.6 SSL – Secure Sockets Layer
6.9.7 The Connection between
Internet Protocols and Home Controls
7.0 Home Systems Control Unit Forecasts
7.1 Basic Versus Advanced Controllers
7.2 Market Forecast Considerations
7.3 Methodology
7.3.1 Advanced Controller
Methodology
7.3.2 Basic Controller Methodology
7.4 Data Sources
7.5 Home Systems Forecasts: Energy Management
7.5.1 Intelligent Heating,
Ventilation, and Air-Conditioning Controllers
7.5.2 Programmable Thermostats
7.6 Entertainment Controllers
7.6.1 Advanced Entertainment
Controllers
7.6.2 Universal Remote Controls
7.7 Lighting Control
7.7.1 Intelligent Lighting
Controllers
7.7.2 Basic Lighting and Appliance
Control
7.8 Advanced Central Home Controllers
7.9 Security Systems
7.9.1 Intelligent Security System
Controllers
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