GPS and Mobile Handsets – 4th Edition

  • ID: 1207614
  • March 2010
  • 127 Pages
  • Berg Insight AB
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Shipments of GPS-enabled GSM/WCDMA handsets increased 92 percent in 2009

According to a new research report by Berg Insight, global shipments of GPS-enabled GSM/WCDMA handsets increased 92 percent in 2009 to 150 million units. Growing at a compound annual growth rate (CAGR) of 38.7 percent, shipments are forecasted to reach 770 million units in 2014. Adoption of GPS technology started in the smartphone segment where it is now essentially a standard feature on all new models. Berg Insight anticipates high attach rates of GPS also in new low-cost smartphones about to enter the market. In addition, GPS will become more common in mid-range featurephone models during 2010. Starting next year, users can also expect gradual improvements in location performance in handsets. “Chipset developers and handset vendors are already working on next-generation location technologies that will address the limitations of GPS when using handsets in urban canyons and indoors”, said André Malm, Senior Analyst, Berg Insight.

“Multi-mode receivers that also support the Russian GLONASS satellite system will appear in handsets in 2011. By combining the two systems, more visible READ MORE >

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Executive summary
1 GNSS in mobile phones
1.1 Introduction to GPS in mobile handsets
1.1.1 Global navigation satellite system technology
1.1.2 Challenges of GPS integration in mobile handsets
1.2 GPS handset value chain analysis
1.2.1 Traditional handset vendors face competition from new entrants
1.2.2 Mobile network operators show interest in smartphones and apps
1.2.3 Handset software and applications central to new user experiences
1.2.4 Reformation of the cellular chipset industry continues
1.3 Drivers and barriers to GPS integration in handsets
1.3.1 Key drivers
1.3.2 Key barriers
1.4 Overview of key handset segments
1.4.1 Main handset segments
1.4.2 Popular handset categories and form factors
1.4.3 New devices blur the line between handsets and mobile computers
1.5 GPS handset trends
1.5.1 Proliferation of GSM/WCDMA handset models
1.5.2 Best selling GPS-enabled GSM/WCDMA handsets in 2009
1.5.3 GPS gradually becoming a standard feature in Japanese WCDMA handsets
2 Technology overview
2.1 Overview of global navigation satellite systems
2.1.1 Global Positioning System (GPS)
2.1.2 Galileo
2.1.4 Compass/Beidou 2
2.2 Mobile network location technologies and platforms
2.2.1 Mobile location technologies
2.2.2 Control Plane and User Plane location platforms
2.2.3 Location platforms and technologies in 3GPP2 standard networks
2.3 Assisted GPS and hybrid location technologies
2.3.1 Assisted GPS
2.3.2 Enhanced GPS
2.3.3 Hybrid and mixed mode technologies
2.4 GPS, cellular and wireless technology integration
2.4.1 GPS receiver functionality and architectures
2.4.2 Handset hardware and software platforms
2.4.3 Wireless connectivity technologies
2.4.4 Horizontal and vertical integration of connectivity technologies
3 GPS and wireless chipset developers
3.1 Overview of the wireless chipset industry
3.1.1 Handset baseband vendors
3.1.2 GPS and connectivity chipset vendors
3.1.3 Sensor IC vendors
3.2 GPS and connectivity chipset vendor profiles
3.2.1 Atheros Communications
3.2.2 CellGuide
3.2.3 CSR
3.2.4 Texas Instruments
3.2.5 u-blox
3.3 Cellular chipset vendor profiles
3.3.1 Broadcom
3.3.2 Freescale Semiconductor
3.3.3 Infineon Technologies
3.3.4 Marvell
3.3.5 MediaTek
3.3.6 Qualcomm
3.3.7 Renesas Technology
3.3.8 ST-Ericsson
4 Handset operating systems
4.1 Introduction to mobile operating systems
4.1.1 Proliferation of mobile operating systems
4.1.2 Efforts to reduce fragmentation for Linux and Symbian
4.1.3 Application stores provide a new channel to the market
4.1.4 Web technologies and runtimes will eventually overtake native applications
4.2 Leading operating systems and software platforms
4.2.1 The Android platform
4.2.2 BlackBerry OS
4.2.3 iPhone OS
4.2.4 Symbian Foundation
4.2.5 webOS
4.2.6 Windows Mobile
4.2.7 BREW
4.2.8 Java Micro Edition
4.3 Application stores
4.3.1 The Apple App Store
4.3.2 The Android Market
4.3.3 BlackBerry App World
4.3.4 Ovi Store
4.3.5 Windows Marketplace for Mobile
5 Handset manufacturers
5.1 Nokia
5.2 Samsung Electronics
5.3 LG Electronics
5.4 Sony Ericsson
5.5 Motorola
5.6 Research In Motion
5.7 Apple
5.8 HTC
5.9 Second tier handset vendors
5.9.1 Acer
5.9.2 ASUSTeK – Garmin
5.9.3 Dell
5.9.4 Fujitsu
5.9.5 Hewlett Packard
5.9.6 Huawei
5.9.7 Kyocera Sanyo Telecom
5.9.8 NEC Casio Mobile Communications
5.9.9 Palm
5.9.10 Panasonic
5.9.11 Pantech
5.9.12 Sharp
5.9.13 Toshiba
5.9.14 ZTE
6 Market trends and forecasts
6.1 Market trends
6.1.1 Focus on smartphones and apps among vendors and operators
6.1.2 Changing demands reshapes the wireless chipset industry
6.1.3 Cost requirements drive development of integrated GPS architectures
6.1.4 Further performance improvements from A-GPS and hybrid navigation
6.2 Handset shipment forecasts
6.2.1 Handset shipment forecasts by access technology
6.2.2 Handset shipment forecasts by feature and price segment
6.3 GPS-enabled CDMA handset shipment forecasts
6.4 GPS-enabled GSM/WCDMA handset shipments
6.4.1 GPS handset vendor market shares
6.4.2 GPS handset shipments by OS and primary input method
6.4.3 GPS handset shipment forecasts by segment
6.4.4 GPS handset shipment forecasts by geographical region
6.5 GPS solution shipments and revenue forecasts
6.5.1 GPS IC vendor market shares
6.5.2 GPS receiver solution revenue forecasts

List of Figures
Figure 1.1: Mobile handset and smartphone vendor market shares (2006-2009)
Figure 1.2: Mobile subscribers and handset sales by region (2009)
Figure 1.3: Mobile handset form factors
Figure 1.4: Comparison of GPS-enabled GSM/WCDMA handset form factors
Figure 1.5: Number of GPS-enabled GSM/WCDMA handset models available
Figure 1.6: Number of GPS-handset models available by category, outside Japan
Figure 1.7: Top 10 best selling GPS-enabled GSM/WCDMA handsets (2009)
Figure 1.8: Examples of latest GPS-enabled GSM/WCDMA handsets
Figure 1.9: Examples of current GPS-enabled Japanese WCDMA handsets
Figure 2.1: GPS navigation message
Figure 2.2: Current and planned Galileo and GPS signals
Figure 2.3: LBS system overview
Figure 2.4: Assisted GPS technologies
Figure 2.5: Mobile phone hardware and software platform
Figure 3.1: Handset semiconductor revenues, by company (2009)
Figure 3.2: Connectivity chipset revenues and attach rates (2007-2012)
Figure 3.3: Key wireless IC and handset platform vendors
Figure 3.4: GPS technology developers and offerings
Figure 3.5: Key sensor IC vendors
Figure 3.6: Atheros Communications A-GPS receivers
Figure 3.7: Examples of SiRF GPS ICs for handsets
Figure 3.8: Examples of Texas Instruments GPS solutions
Figure 3.9: Examples of u-blox GPS receivers for mobile applications
Figure 3.10: Broadcom A-GPS solutions
Figure 3.11: Infineon GPS ICs
Figure 3.12: Qualcomm wireless chipset sales
Figure 3.13: Examples of Qualcomm wireless basebands and single-chip solutions
Figure 3.14: Examples of ST-Ericsson A-GPS receivers for handsets

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Mobile phones are by far the most pervasive consumer electronics devices globally. Even though the global economic slowdown led to the sharpest decline in handset sales since 2001, shipments nevertheless remained above 1.1 billion units for the third year in a row. Mobile phones with GPS receivers have been available since the late 1990s. Technical development enabling GPS integration in mass-market handsets was driven by the FCC’s E911 emergency call mandates requiring all US mobile operators to provide high-accuracy location of emergency callers. CDMA and iDEN operators chose to use GPS location technology for locating emergency callers that led to rapidly increasing penetration of GPS in iDEN and CDMA handsets in North America and other parts of the world where CDMA is widely deployed. Emergency call location regulation is being introduced in other regions as well. Canada has chosen to stipulate location accuracy requirements as in the US, while no such rules are yet in place in Japan or in Europe where Cell-ID-type location accuracy so far is enough for compliance.

The number of GPS-enabled GSM/WCDMA handset models is growing fast. Disregarding handsets only available in Japan, as well as operator-specific variants of base-models, the total number of models that are available on the market has grown from 80 in 2008 to more than 180 at the end of 2009. Since 2008, all tier-1 vendors have started to ship GPS-enabled phones for markets worldwide. The attach rate for GPS is growing rapidly in GSM/WCDMA handsets, from less than 8 percent in 2008 to 15 percent in 2009.

Sales of GPS-enabled GSM/WCDMA handsets grew to an estimated 150 million units in 2009, up from 78 million devices in 2008. Berg Insight forecasts that shipments of GPS-enabled GSM/WCDMA/LTE handsets will grow to 770 million units in 2014, representing an attach rate of 55 percent. Including handsets based on other air interface standards such as CDMA and TD-SCDMA, GPS-enabled handsets sales are estimated to reach about 960 million, or 60 percent of total handset shipments in 2014.

Handset vendors are increasingly focusing on improving the user experience through software and applications. Especially smartphones are receiving more attention from handset manufacturers, mobile network operators, application developers and last but not least users. Smartphones are devices that support installation of native third party applications. In the past, smartphones have been more costly than featurephones, but chipset vendors and handset manufacturers are now developing low cost smartphones with unsubsidised retail prices below € 100 for launch in 2010. Smartphones costing about € 50 can be available on the market in 2014. Encouraged by Apple’s success, major handset vendors and several leading mobile operators have now launched on-device application stores that allow users to download applications directly to their handsets. Many of these applications have some kind of support for GPS location.

GPS technology for handsets has matured, offering much better performance in terms of sensitivity, power consumption, size and price than was possible a few years ago. Support for other satellite systems such as GLONASS and Galileo will also be added over time. The first handsets with receivers for GPS and GLONASS are expected to become available in 2011 and mobile phones with Galileo compatible receivers can be expected in greater numbers in 2014 when the new system will become operational.

The OMA SUPL A-GPS standard has enabled lower cost deployment of A-GPS services that ensure a better and more consistent user experience necessary for the consumer market. SUPL allows deployment of A-GPS services that reduce the time-to-first-fix, lowers power consumption and enhances the sensitivity of GPS receivers. New business models have also become possible, ranging from hosted services for operators, to services deployed by handset vendors for end-users that cannot get similar services from their network operator. Besides adding support for other satellite systems that ensures more visible satellites and incrementally better performance in urban canyons, handset vendors are also starting to adopt hybrid location technologies to improve indoor performance. These technologies combine GPS with other wireless and sensor-based technologies, including Wi-Fi positioning, accelerometers, gyroscopes or electronic compasses to gradually improve performance in challenging environments where GPS signals are extremely weak or unavailable.

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- Acer
- Apple
- ASUSTeK – Garmin
- Atheros Communications
- BlackBerry OS
- Broadcom
- CellGuide
- Dell
- Freescale Semiconductor
- Fujitsu
- Hewlett Packard
- Huawei
- Infineon Technologies
- iPhone OS
- Java Micro Edition
- Kyocera Sanyo Telecom
- LG Electronics
- Marvell
- MediaTek
- Motorola
- NEC Casio Mobile Communications
- Nokia
- Palm
- Panasonic
- Pantech
- Qualcomm
- Renesas Technology
- Research In Motion
- Samsung Electronics
- Sharp
- Sony Ericsson
- ST-Ericsson
- Symbian Foundation
- Texas Instruments
- The Android platform
- Toshiba
- u-blox
- webOS
- Windows Mobile

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