Olympus has patented a technology that records polarization information on the sensor itself, giving the effect of a polarizing filter but without the light cost. The patent is for a two-layer sensor that records color and brightness information on the top layer, just like a conventional sensor, but then has a second layer that captures information about the polarization of the light arriving at the camera. Read more
Tag: sensors
-
Samsung working on slimmer RWB camera sensors
Photos from a Samsung presentation have emerged online, providing some insight about the company’s upcoming image sensors for mobile devices. It appears Samsung is working on chips that use a RWB (red, white, blue) color filter instead of the conventional RGB pattern. This allegedly improves color fidelity and light sensitivity, allowing for smaller pixels. In turn, this could mean smaller camera modules in future smartphones. Read more
-
Samsung Galaxy S6 units found to be using different image sensors
When the Galaxy S6 and S6 Edge were launched earlier this year there was no talk of the ISOCELL technology previously used by the Galaxy S5’s and Note 4’s in-house image sensors, so it was believed the 16MP 1/2.6 CMOS chip in the S6 was provided by Sony. However, rumors have emerged that in some units Samsung sensors are used instead of the Sony variant, and a company spokesperson has confirmed that different sensors are used. Read more
-
Sony Semiconductor site gives glimpse of next-generation sensors
A 20MP Four Thirds sensor and a Stacked CMOS design for enthusiast compacts are likely to be just two of the sensors we can expect to see in cameras over the coming months. Sony’s semiconductor division has made these products public with the creation of a new website, which lists some of the chips it offers to potential buyers. Alongside many familiar-sounding sensors are examples we’ve yet to see in any cameras. Read more
-
CP+ 2015: Fujifilm interview – ‘our lenses are waiting for higher-resolution sensors’
We recently returned from the CP+ show in Yokohama, Japan. When we were there we sat down with executives from most of the major camera and lens manufacturers to get their insights and opinions on the challenges facing their companies and the market as a whole. One of them was Toshihisa Iida, Senior Manager Sales & Marketing at Fujifilm’s Optical Device & Electronic Imaging products division. Click through for the full interview
-
New Apple iPhones feature phase-detection AF and larger sensors
Last week saw a slew of new Android and Windows Phone devices launched at IFA in Berlin, and today it was Apple’s turn. The company has announced two new smartphones – the iPhone 6 and iPhone 6 ‘Plus’ which feature new 8MP imaging sensors with phase-detection autofocus and (in the case of the iPhone 6 Plus) optical image stabilization. Read more at our sister site, connect.dpreview.com
-
UPDATED: Sony’s curved sensors may allow for simpler lenses and better images
UPDATE: Sony has released an image taken with its curved sensor, and provided more details on what we might expect from its curved sensor technology. We’ve updated our previous story with this image and details. Read more
-
Sony’s Curved Sensors May Allow for Simpler Lenses and Better Images
The sensors inside digital cameras are – generally – flat. But curved sensors promise greater sensitivity, better image quality, and provide scope for simpler lenses. Recently, Sony showed off some examples of curved image sensors, including (tantalizingly) a full-frame chip. Device manager Kazuichiro Itonaga claims: “The team has made somewhere in the vicinity of 100 full-size sensors with their bending machine. We are ready.” Read on to learn more about this exciting new tech, how it imitates the human eye, and how it may find it’s way into consumer products.
-
Panasonic promises high sensitivity sensors using ‘Micro Color Splitters’
Panasonic has devised a method to increase the sensitivity of image sensors, by replacing the near-universal colour filter array with prism-like ‘Micro Color Splitters’ to generate colour information. The key advantage is that all of the incoming light is directed to the sensor, instead of half or more being absorbed by the color filter dyes. This promises to deliver images with less noise in low light. The development is published in the journal Nature Photonics, and outlined in a press release on Panasonic’s website.
-
Advantages and disadvantages of Full Frame Sensors
Presented by www.samys.com this video is designed to teach about one of the most important aspects of a digital camera, the sensor size. Enjoy as photographer Robert Vasquez shows discusses the good and the bad (no Ugly) about full frame sensors. =o)
Video Rating: 4 / 5