Monday, March 19, 2018

Up-Conversion Device to Give 1550nm Sensitivity to CMOS Sensors

Nocamels, The Times of Israel: Gabby Sarusi from Ben-Gurion University of the Negev "has developed a stamp-like device of which one side reads 1,500-nanometer infrared wavelengths, and converts them to images that are visible to the human eye on the other side of the stamp. This stamp — basically a film that is half a micron in thickness — is composed of nano-metric layers, nano-columns and metal foil, which transform infrared images into visible images.

An infrared sensor costs around $3,000, Sarusi said. A regular vision sensor used by autonomous cars costs $1-$2. So, by adding the nanotech layers, which cost around $5, Sarusi said, one can get an infrared sensor for about $7-$8.

Thanks to DS for the pointer!

Omnivision Nyxel Technology Wins Smart Products Leadership Award

Frost & Sullivan’s Manufacturing Leadership Council prizes Omnivision by Smart Products and Services Leadership Award for Nyxel NIR imaging technology.

Sunday, March 18, 2018

SF Current and RTN

Japanese Journal of Applied Physics publishes Tohoku University paper "Effect of drain current on appearance probability and amplitude of random telegraph noise in low-noise CMOS image sensors" by Shinya Ichino, Takezo Mawaki, Akinobu Teramoto, Rihito Kuroda, Hyeonwoo Park, Shunichi Wakashima, Tetsuya Goto, Tomoyuki Suwa, and Shigetoshi Sugawa. It turns out that lower SF current can reduce RTN, at least for 0.18um process used in the test chip:

Saturday, March 17, 2018

ST Announces 4m Range ToF Sensor

The VL53L1X TOF sensor extends the detection range of ST's FlightSense technology to four meters, bringing high-accuracy, low-power distance measurement, and proximity detection to an even wider variety of applications. The fully integrated VL53L1X measures only 4.9mm x 2.5mm x 1.56mm, allowing use even where space is very limited. It is also pin-compatible with its predecessor, the VL53L0X, allowing easy upgrading of existing products. The compact package contains the laser driver and emitter as well as SPAD array light receiver that gives ST’s FlightSense sensors their ranging speed and reliability. Furthermore, the 940nm emitter, operating in the non-visible spectrum, eliminates distracting light emission and can be hidden behind a protective window without impairing measurement performance.

ST publishes quite a detailed datasheet with the performance data:

GM 4th Gen Self-Driving Car Roof Module

GM has started production of a roof rack for its fourth generation Cruise AV featuring 5 Velodyne LiDARs and, at least, 7 cameras:

Friday, March 16, 2018

MEMSDrive OIS Technology Presentation

MEMSDrive kindly sent me a presentation on its OIS technology:

Pictures from Image Sensors Europe 2018

Few assorted pictures from Image Sensors Europe conference being held these days in London, UK.

From Ron (Vision Markets) twitter:

Image Sensors twitter:

From X-Fab presentation:

Thursday, March 15, 2018

Rumor: Mantis Vision 3D Camera to Appear in Samsung Galaxy S10 Phone

Korean newspaper The Investor quotes local media reports that Mantis Vision and camera module maker Namuga are developing 3-D sensing camera for Samsung next-generation Galaxy S smartphones, tentatively called the Galaxy S10. Namuga is also providing 3-D sensing modules for Intel’s RealSense AR cameras.

TechInsights: Samsung Galaxy S9+ Cameras Cost 12.7% of BOM

TechInsights Samsung Galaxy S9+ cost table estimates cameras cost at $48 out of $379 total. The previous generation S8 camera was estimated at $25.50 or 7.8% of the total BOM.

TechInsights publishes a cost comparison of this year and last yera;s flagship phones. Galaxy S9+ appears to have the largest investment in camera and imaging hardware:

ICFO Graphene Image Sensors

ICFO food analyzer demo at MWC in Barcelona in February 2018:

UV graphene sensors: