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SemiApps Home » End Markets » Wireless Communications » Mobile Handsets » Mobile Handset Camera, GPS Jul 2, 2009
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MOBILE HANDSET CAMERA, GPS: Overview
The application range of GPS receiver ICs is expanding quickly to include portable devices such as mobile phones. Features include navigation services that pinpoint the user's location, a location service that enables people to use their phones to monitor specific individuals such as children or the elderly, and a handset locating service that enables users to locate lost or misplaced phones. Image sensor suppliers are moving beyond simply increasing image resolution and shrinking form factors for today’s camera phones, designing in some pretty innovative digital camera-like features on chip.

MOBILE HANDSET CAMERA, GPS: News

SAMSUNG Offers High-Performance, Cost-Effective, Low-Power 65nm Application Processors for the PND Market

Samsung announced the S3C2450 and the S3C2416, built on an ARM9 core with speeds of up to 533MHz for personal navigation devices (PNDs) as well as other mobile and embedded applications.  >>  

Infineon Brings Next Generation of its Ultra-Low-Cost Mobile Phone Chips to the Market; X-GOLD110 Offers World's Highest Integration for Mobile Phone Chips

Infineon announced its third Generation of ultra-low-cost (ULC) mobile phone chips. The X-GOLD110 is the one-chip solution for GSM/GPRS ultra low-cost phones.  >>  

Magnachip and DxO Labs Announce First Fully Integrated Extended Depth-of-Field System-on-a-Chip Sensor

MagnaChip and DxO Labs announced a 3.2 megapixel SoC imaging sensor, the MC531EA features Digital Auto-Focus Extended Depth-of-Field, that eliminates physical auto-focus in camera phones.  >>  

OmniVision Launches World's First 1/4-inch, 5 Megapixel SOC Sensor

OmniVision has introduced the OV5642, a 5 megapixel system-on-chip (SOC) image sensor. The OV5642 combines the 1.4-micron OmniBSI pixel with its TrueFocus image signal processor.  >>  

OmniVision Announces First True High-Definition Video Sensor for Mobile Handsets and Laptop Computers

OmniVision introduced the OV9710, its first true high-definition (HD) video CameraChip sensor for mobile handset and notebook PC markets.  >>  

[MORE NEWS ABOUT MOBILE HANDSET CAMERA, GPS]
MOBILE HANDSET CAMERA, GPS: Blogs

Infotainment Devices Aren't All Fun and Games When It Comes to Circuit Protection

By Adrian Mikolajczak, Tyco Electronics The trend of connecting lifestyles from the home to the vehicle to the workplace via portable infotainment devices, such as GPS systems, smart phones, play stations and portable media players, has made circuit protection increasingly important.  >>  

[MORE BLOGS ABOUT MOBILE HANDSET CAMERA, GPS]
MOBILE HANDSET CAMERA, GPS: Semiconductor Solutions

GPS

Eliminate your costly, bulky GPS baseband IC by combining a Maxim GPS front-end receiver and software for a complete GPS solution. [from Maxim]  >>  

LMX2522 - PLLatinum Dual Frequency Synthesizer System with Integrated VCOs

LMX2522 and LMX2532 are integrated, low power frequency synthesizer systems for Korean Cellular (K-Cellular) with GPS, CDMA (1xRTT, IS-95) mobile handsets. [from National Semiconductor]  >>  

MAX2741: Integrated L1-Band GPS Receiver

The MAX2741 L1-band GPS receiver IC offers a high-performance, compact solution for mobile handsets, PDAs, and automotive applications. [from Maxim]  >>  

NXP high-performance, single-chip GPS solution GNS7560

Single-chip GPS solution for cellular handsets and mobile consumer electronics. Small size and low power consumption with excellent acquisition and tracking sensitivity, TTFF, and accuracy. [from NXP]  >>  

[MORE SEMICONDUCTOR SOLUTIONS ABOUT MOBILE HANDSET CAMERA, GPS]
MOBILE HANDSET CAMERA, GPS: Application Resources

APPLICATION NOTE 4279: MAX2769 GPS Reference Design

Complete RF front-end solution for a GPS receiver using Maxim's MAX2769 GPS receiver chip. The MAX2769 is a low cost, single conversion, low IF GPS receiver that offers two integrated LNAs.  >>  

[MORE APPLICATION RESOURCES ABOUT MOBILE HANDSET CAMERA, GPS]
MOBILE HANDSET CAMERA, GPS: Reference Designs

Broadcom Announces Innovative Reference Design Platform to Enable the Next Wave of Low Cost HEDGE Smartphones

Broadcom has announced a new HEDGE reference design platform that will significantly accelerate the process of developing next generation smartphones for mass consumer handsets.  >>  

[MORE REFERENCE DESIGNS ABOUT MOBILE HANDSET CAMERA, GPS]
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