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市場調査レポート
携帯電話用触覚入力デバイスの進化
The Evolution of Cellular Tactile Input - June 2007
| 発行 |
IMS Research |
| 出版日 |
2007年06月 |
商品コード |
53821 |
| ページ情報 |
英文 100 PAGES |
| 価格 |
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Abstract
Description
Input technology for mobile handsets has not changed significantly since the
mobile phone was first introduced. The basic phone input interface, consisting
of 12 numeric/text input keys has remained the industry standard with little
significant innovation to date. The past few years have seen an explosion of
innovations in the area of cellular tactile input leading to the creation of
several new categories of handset input. A combination of factors is driving
interest in improved IO technologies. Ease of use for the end user is a key
concern for operators as they try to encourage use of data services in an
effort to increase average revenue per user (ARPU). Additionally, manufactures
are constantly looking for ways to differentiate their product in the market
place. Finally, the availability of enhanced messaging services, multimedia
content, and mobile TV is driving consumer interest in new handset input
technologies.
The report The Evolution of Cellular Tactile Input provides an in-depth
examination of the different alternatives that have emerged for cellular
tactile input. Guideline forecasts for cellular input technology are provided,
split by input technology as well as by handset tier: smartphone, feature
rich, and basic feature. This report provides a comprehensive overview of the
tactile input solutions present in the market today.
The report also covers key topics such as:
- Use of haptics to enhance touchscreen interfaces
- Development and implementation of alternative input technologies
- Integration of multiple input technologies
- Use of capacitive and resistive sensors
- Projection and external input devices
- Future tactile input technologies
Companies that participate in the mobile handset space, including
manufacturers, operators, equipment manufacturers, component suppliers, and
software solution providers, as well as investment firms and consultants, will
gain valuable and detailed market intelligence from this study.
Table of Contents
Chapter 1.0 - Introduction, Scope, and Methodology
- 1.1 Introduction & Scope
- 1.2 Definitions
- 1.3 Methodology
Chapter 2.0 - Key Research Findings
Chapter 3.0 - Handset Input Technology Overview
- 3.1 Keypads
- 3.2 Navigation/Gaming Controls
- 3.3 Touchscreens
- 3.4 Complimentary Technologies
Chapter 4.0 - Keypads
- 4.1 Standard Keypads
- 4.2 QWERTY Keypads
- 4.3 Augmented Keypads
- 4.4 External Devices
Chapter 5.0 - Navigation/Gaming Controls
- 5.1 Mechanical
- 5.1.1 Control Pads
- 5.1.2 Control Sticks
- 5.1.3 Control Wheels
- 5.2 Sensors
- 5.2.1 Resistive
- 5.2.2 Capacitive
- 5.2.3 Fingerprint Sensors
- 5.3 External Devices
Chapter 6.0 - Touchscreens
- 6.1 Resistive Touchscreens (standard)
- 6.2 Capacitive Touchscreens (enhanced)
- 6.3 Other Touchscreen Technologies
Chapter 7.0 - Complimentary Technologies
- 7.1 Haptics
- 7.2 Motion Control
Chapter 8.0 - Market Drivers
Chapter 9.0 - Market Outlook - 2007-2011
- 9.1 Definition of Handset Grade
- 9.2 Worldwide Market for Cellular Tactile Input Devices
- 9.3 Worldwide Market for Cellular Tactile Input Devices - By Tier
- 9.3.1 Smartphone
- 9.3.2 Feature Rich
- 9.3.3 Basic Feature
- 9.3.4 Ultra Low Cost
- 9.4 Worldwide Market for Cellular Tactile Input Devices - Market Evolution
- 9.5 Regional Variances
- 9.5.1 Asia
- 9.5.2 The Americas
- 9.5.3 Europe
Chapter 10.0 - Profiles
- 10.1 A D Metro
- 10.2 Appside Co. LTD.
- 10.3 Atrua Technologies, Inc.
- 10.4 AuthenTec
- 10.5 Balda AG
- 10.6 Cypress Semiconductor
- 10.7 Digit Wireless, Inc.
- 10.8 Eatoni Ergonomics
- 10.9 F-Origin, Inc.
- 10.10 Immersion Corporation
- 10.11 Lumio Inc.
- 10.12 MEMS Technology Bhd
- 10.13 Neonode
- 10.14 Quantum Research Group
- 10.15 Synaptics Inc.
- 10.16 UPEK, Inc.
- 10.17 Yuvee, Inc.
- 10.18 Zeetoo, Inc.
Chapter 11.0 - Glossary
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