Showing posts with label sensor. Show all posts
Showing posts with label sensor. Show all posts

2010-05-06

InVisage QuantumFilm Image Sensor

DEMO: InVisage’s QuantumFilm enables gorgeous camera phone pictures

Based on a new kind of image sensor technology from chip startup InVisage Technologies, QuantumFilm can deliver mobile phone camera images that are four times sharper than today’s cameras, with twice the dynamic range, or the ability to have both dark and light features in the same picture.

No longer will you have to put up with a bulky camera with a long lens to get good quality pictures. If the iPhone used these chips, it would be able to take 12 megapixel pictures with better quality features, compared to the 3-megapixel pictures it can currently take. With such quality, many consumers might opt for carrying only camera phones.





InVisage 


QuantumFilm Technology

Harnessing the power of custom-designed semiconductor materials, InVisage has created a new generation of QuantumFilm based image sensors. In the early days of photography film based cameras were used....
Collected from: InVisage


Essentially, the technology works by adding a new finely tuned light-sensitive layer on top of the silicon chip, Lee said. That layer is more efficient at converting incoming light into electrical signals, and the light isn't partially blocked by a microprocessor's metallic layers, either.

 [...]

The quantum-dot layer is sandwiched between conventional image sensor technology. One one side is conventional circuitry for reading data off an image sensor, and on the other is the color filter array that means each pixel receives only red, blue, or green light.

What is a quantum dot exactly? "It's a semiconductor particle made to be precisely nanometers in size. By controlling its size, you can change its core semiconductor property, called band gap," which is a specific amount of energy it takes to get an electron into a higher-energy state. QuantumFilm's materials are specifically tuned to be sensitive to the energy from the photons of visible light.

Conventional CMOS image sensors use the silicon semiconductor layer at the bottom of a chip to gather light, somewhat inefficiently. InVisage believes its QuantumFilm approach, which gathers light at the top layer with precisely made quantum dots in a thin film, is superior.
(Credit: InVisage)

DEMO Spring 2010: InVisage Technologies



InVisage Technologies shows off its QuantumFilm manufacturing process



Sources:
  1. DEMO: InVisage’s QuantumFilm enables gorgeous camera phone pictures | VentureBeat
  2. InVisage
  3. InVisage aims to remake camera sensor market | Deep Tech - CNET News
  4. YouTube - DEMO Spring 2010: InVisage Technologies
  5. YouTube - InVisage Technologies shows off its QuantumFilm manufacturing process
Related:
  1. InVisage QuantumFilm revolutionizes image sensors
  2. EETimes.com - Quantum film threatens to replace CMOS image chips
  3. Cameraphone Photo Quality Set To Improve With InVisage's QuantumFilm Chips - Invisage technologies quantumfilm - Gizmodo
  4. InVisage QuantumFilm promises 4x cameraphone sharpness [Video] - SlashGear

2008-04-20

The Kolibri Cordless 3D Sensor

The Kolibri Cordless sensor, developed at the Fraunhofer Institute for Applied Optics: a light and small device that can take 3D images of almost anything and almost anywhere. LED lights shine a projector light on an object, and two cameras record the image from two different angles. Then a computer compiles the data into a 3D image.
clipped from www.photonics.com
Wireless Sensor Images in 3-D
A cordless, lightweight sensor device the size of a shoebox can take 3-D images virtually anywhere, including crime scenes, doctors' offices, and manufacturing production lines.
3DSensor.jpg
The Kolibri Cordless sensor developed at the Fraunhofer Institute for Applied Optics and Precision Engineering is lightweight, about the size of a shoebox, and quickly takes 3-D images. (Photo copyright ©Fraunhofer IOF)
Fraunhofer-

Research and development at Fraunhofer IOF focuses on optical systems technology with a view to continually improving the control of light from generation via guiding and manipulation up to its application.

Handheld scanning of a statue (enlargement of fringe pattern)

Handheld scanning of a statue (enlargement of fringe pattern)

Sensorhead

Sensorhead

3D overview, picture (with fringe pattern) and 3D detail of a design object

3D overview, picture (with fringe pattern) and 3D detail of a design object

Scheme of 3D measurement set-up (self calibration by means of optional linking camera)

Scheme of 3D measurement set-up (self calibration by means of optional linking camera)

Produktblatt download

clipped from www.eurekalert.org

3-D images -- cordless and any time

A 3-D sensor enables the tracks left by car tires (right) to be quickly and easily imaged.

blog it

Related:
Wireless Sensor Images in 3-D
3-D Images -- Cordless and Any Time (2 of 2)
3-D images -- cordless and any time
Welcome to Fraunhofer Institute for Applied Optics and Precision Engineering IOF
Systemfamilie "kolibri" Selbstkalibrierende multi-view 3-D-Messsysteme
Cool Tech of the Week: Cordless 3D Sensor : CleanTechnica