Low Energy Bluetooth

Automated Connectivity for Mobile Devices in Sports and Fitness, Home Automation, and Healthcare

Research Report

Pages
56
Deliverable Files
Release Date
1Q 2009
Product Code
RR-BLE-09
Price
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Low Energy Bluetooth (or Bluetooth Low Energy – BLE) does not compete with existing Bluetooth nor does it extend existing Bluetooth directly. Instead it is a separate method of transmitting and receiving small amounts of data that can reside alongside existing Bluetooth software stacks on Bluetooth ICs and also share some key elements such as the Bluetooth radio and antenna to provide a new range of services.

BLE’s advantages are twofold. The possibility of integrating Low Energy Bluetooth into all new Bluetooth ICs at little or no increased cost seeds the market for BLE devices. In addition, by allowing mobile handsets to act as gateways to the WAN/Internet, Low Energy Bluetooth supports a new generation of real-time online applications for low-power personal devices.

This study establishes the potential for the Low Energy Bluetooth alongside other offerings across a range of criteria including functionality, applications suitability, market positioning and potential acceptance.

What Questions Does This Report Answer?

  • What is the demand for Low Energy Bluetooth and what will be the rate of its adoption?
  • What applications will lead in Low Energy Bluetooth adoption?
  • What form factors will lead Low Energy Bluetooth adoption?
  • What is the status of Low Energy Bluetooth standardization?

Who Needs This Report?

  • Semiconductor vendors
  • Mobile handset vendors
  • Watch and wireless device manufacturers
  • Home wireless technology (remote controls etc.) vendors
  • Mobile and computer HID and peripheral manufacturers
  • MNOs

Table of Contents


Section 1.
EXECUTIVE SUMMARY

1.1. The Market Awaiting Bluetooth Low Energy
1.2. Market Drivers
1.2.1. Market Forecasts
1.2.2. BLE Shipments
1.2.3. Revenues from BLE
1.3. BLE Initial Market Focus
1.4. BLE Semiconductor Vendor Support
1.5. BLE is Mobile Centric
1.6. BLE Development and Adoption Timeline
1.7. A Widely Supported Standard for a Fragmented Market
1.8. Market Obstacles
1.8.1. Incomplete Standard
1.8.2. Rival technologies
1.8.3. BLE Will Penetrate the Mobile Handset Market
1.9. BLE: A Waiting Game?
1.10. How Fast to Move
1.11. Ensuring Interoperability and Market Awareness

Section 2.
MARKET ISSUES

2.1. BLE Overview
2.2. BLE Hardware
2.2.1. Dual-Band (BR/EDR Bluetooth Integrated with Bluetooth Low Energy)
2.2.1.1. Overview
2.2.1.2. Drivers
2.2.1.3. Market Focus
2.2.1.4. Current Development Stage
2.2.1.5. Vendors
2.2.2. Single-Band (Bluetooth Low Energy Standalone Solution)
2.2.2.1. Overview
2.2.2.2. Drivers
2.2.2.3. Current Development Stage
2.2.2.4. Vendors
2.2.3. Integration and Combo Chips
2.2.4. IC Pricing
2.3. BLE Ecosystem Support
2.3.1. Semiconductor Manufacturer Support
2.3.1.1. Dual-Band ICs
2.3.1.2. Single-Band ICs
2.3.2. Handset Manufacturer Support
2.3.3. MNO Support
2.3.4. End-User Support
2.3.5. Online Applications
2.4. BLE to Market
2.4.1. Dual-Mode Handsets
2.4.2. Single-Mode Devices
2.5. Bluetooth Low Energy Specification
2.5.1. Bluetooth Ultra Low Power Working Group Progress
2.5.1.1. Version 1.0
2.6. BLE Market Verticals and Applications
2.6.1. Sports and Fitness
2.6.1.1. In the Home
2.6.1.2. Within Professional Care
2.6.1.2.1. Continua Health Alliance
2.6.2. Home
2.6.2.1. Remote Controls
2.6.2.1.1. ULP Competitors
2.6.2.2. HIDs (Mice and Keyboards)
2.6.2.2.1. Concerns
2.6.2.3. Game Controls
2.6.2.4. Toys
2.6.3. Mobile Phone Accessories
2.6.4. Office
2.6.4.1. Notable Concerns
2.6.5. Automotive
2.6.6. Watches
2.7. Competing Technologies and Alliance Bodies
2.7.1. ANT Wireless
2.7.1.1. ANT Topology
2.7.1.2. Vendor Support
2.7.1.3. ANT+
2.7.2. BodyLAN
2.7.3. The RF4CE Consortium
2.7.4. Sensium
2.7.5. Z-Wave
2.7.6. ZigBee
2.7.7. Continua Alliance
2.7.8. Proprietary Solutions
2.7.9. IEEE 802.15.4
2.7.10. Low-Power Wi-Fi
2.7.10.1. Wi-Fi in the PAN

Section 3.
TECHNOLOGY

3.1. Technology Overview
3.2. BLE Technology Features and Capabilities Compared with BR/EDR Bluetooth
3.2.1. BLE and BR/EDR Bluetooth Technology Attributes
3.2.1.1. Radio Frequency Use
3.2.1.2. Distance/Range
3.2.1.3. Over the Air Data Rate
3.2.1.4. Application Throughput
3.2.1.5. Nodes/Active Slaves
3.2.1.6. Security
3.2.1.7. Robustness
3.2.1.8. Total Time to Send Data
3.2.1.9. Network Topology
3.2.1.10. Power Consumption
3.2.2. Service Discovery and Profile Concept
3.3. BLE IC Size
3.3.1. BLE Operation

Section 4.
KEY INDUSTRY PLAYERS

4.1. Bluetooth SIG
4.2. Broadcom
4.3. Continua Alliance
4.4. CSR
4.5. Cypress Semiconductor
4.6. DynaStream
4.7. EM Micro
4.8. FitLinxx
4.9. Freescale
4.10. Nike
4.11. Nokia
4.12. Nordic Semiconductor
4.13. Polar
4.14. RIM
4.15. Sony Ericsson
4.16. ST Ericsson
4.17. Suunto
4.18. Texas Instruments

Section 5.
MARKET FORECASTS

5.1. Market Forecasts Introduction
5.2. Forecast Methodology
5.3. Bluetooth Low Energy Market Forecasts
5.3.1. BLE Chipset Shipments and Revenue; Total Market
5.3.2. Dual-Mode BLE in Cellular Handsets
5.3.3. Dual-Mode BLE Equipment
5.3.4. Single-Mode BLE Equipment

Section 6.
COMPANY DIRECTORY


Section 7.
ACRONYMS

SCOPE OF STUDY
SOURCES AND METHODOLOGY
NOTES


18 Tables

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3 Charts
  • Bluetooth Low Energy Chipset Shipments, World Market, Forecast: 2009 to 2014
  • Bluetooth Low Energy Device Shipments, World Market, Forecast: 2009 to 2014
  • Bluetooth Low Energy Handset Shipments, World Market, Forecast: 2009 to 2014