Fast 8MP Ramp-up in Handsets Predicted

Digitimes: Largan forecasts that 8MP will become the mainstream resolution in camera phones in the second half of 2011. As most first-tier handset vendors are set to launch new models at the end of the second quarter and the beginning of the third quarter, most of Largan's shipments are expected to turn to 8MP, up from less than 10% currently.

If Largan is correct in its predictions, it means that the mainstream phones are switching from 1/4" sensors to 1/3" ones, as most of the major companies are relying on 1.4um pixels as the current technology mainstream.

Image Sensors Europe 2011 Agenda Published

PR Log: Image Sensors Europe 2011 conference agenda has been announced. The conference is to be held on March 22-24 in London, UK. This year conference has attracted a lot of high-profile presenters and presentations, easily the biggest number in its history:

Noise detection, management and reduction in digital image processing (half-day workshop)
Albert Theuwissen, HARVEST IMAGING, Belgium

A brief history of image sensor design and development
Tsutomu Haruta, Senior Manager, SONY CORPORATION, Japan

Market and supply chain analysis for CMOS image sensor technologies
Jerome Baron, Leader - MEMS and Sensor Manufacturing, YOLE DEVELOPPEMENT,
France

Beyond the megapixel – the I3A customer-facing cameraphone image rating system
Lisa Walker, President, International Imaging Industry Association (I3A), US

Foundry perspective on trends and developments in CMOS image sensor markets
Avi Strum, Vice President and General Manager, Specialty Business Unit, TOWERJAZZ

Technology trends and market opportunities for image sensors for automotive applications
Shorab Yaghmai, Senior VLSI Design Engineer, APTINA, France

High-speed imaging – historical review, state-of-the-art sensors, and future trends
Thomas Baechler, Section Head Image Sensing, CSEM, Switzerland

Addressing challenges in high speed imaging applications
Guy Menants, VP R&D, CMOSIS, Belgium

LIVE DEMONSTRATION: Novel technology for nocturnal vision applications
Henrik Malm, Head Scientist, NOCTURNAL VISION, Sweden

Advances in image sensor technology for broadcast cameras
Peter Centen, Director R&D, GRASS VALLEY NEDERLAND BV, The Netherlands

More than 3D - robust 2D/3D solutions
Nils Friedrich, Semiconductor Device Engineer, PMD TECHNOLOGIES GmbH, Germany

Managing image quality across the camera-phone supply chain
Randy Bockrath, CEO, IMATEST LLC, US

Imaging trends and commercial opportunities in astrophotography
Richard Crisp, Principal Technologist and Senior Director, TESSERA, US

Second generation 65 nm BSI CMOS image sensors
Howard Rhodes, Senior VP Process Engineering, OMNIVISION TECHNOLOGIES, US

Fully digital light sensors enabling true photon counting with high temporal and spatial resolution
York Haemisch, Senior Director Corporate Technologies, PHILIPS RESEARCH LABORATORIES, Germany

Advanced ISP applications: feature detection and plenoptic image reconstruction
Sami Khawam, CTO, RICAtek, UK

Native logarithmic image sensing with photodiode in solar cell mode
Yang Ni, CTO, NEW IMAGING TECHNOLOGIES, France

Organic and hybrid photodiodes for active matrix imaging
Dr Sandro Tedde, Research Scientist, SIEMENS AG, Germany

The SPADnet project
Edoardo Charbon, Professor of Microelectronics, DELFT UNIVERSITY OF TECHNOLOGY, The Netherlands

Large area CMOS image sensors for X-ray and charged particle detection
Renato Turchetta, CMOS Sensor Design Group Leader, RUTHERFORD APPLETON LABORATORY, UK

Very large CCD and CMOS imagers
Jan Bosiers, R&D Director, DALSA CORPORATION, The Netherlands

Thanks to R.S. for sending me the info!

WIN, FENA and UCLA Present Self-Quenching Avalanche PD Imager

Another interesting presentation at Taiwan Tsing Hua University Workshop on CMOS Applications in Astronomy and Space Sciences is done by Western Institute of Nanoelectronics (WIN), Center on Functional Engineered NanoArchitectonics (FENA) and UCLA:

Towards Ultimate Single Photon Counting Imaging
Kang L. Wang, Xinyu Zheng

A self-quenching avalanche photodiode is presented:


The silicon measurement proves that the self-quenching works: