Sony has announced that it's developed a smartphone camera sensor with a silly-high resolution of 48 megapixels. The new IMX586 is apparently the world's first sensor to feature a pixel size of 0.8 μm — and those tiny pixels allowed for Sony to cram a whole lot of them into a component small enough to fit in a smartphone chassis.
Today Samsung has announced its new "ISOCELL Plus" technology, which aims to improve color accuracy and sharpness for the company's CMOS camera sensors. The "Plus" in this case replaces the metal grid over the photodiodes with a Fujifilm-designed material that absorbs and reflects less light, sharpening what each individual pixel can capture. That could give the upcoming Note9 or next year's Galaxy S10 even more accurate and clear photos, especially in low-light.
Many of the problems specifically affect the Pixel 2 XL, and range from the sensor being confused by things like screen protectors, causing 'always on' Ambient Display to turn off unexpectedly, to not being able to use the device at all during calls.
The Nexus 5X and Nexus 6P are packed with a number of cool hardware improvements over previous generations, like a shockingly fast fingerprint reader and a fast-charging USB Type-C connector. During today's presentation, Dave Burke spoke about a brand new piece of hardware dubbed Android Sensor Hub that can significantly extend battery life and allows even more inventive features to these phones. It's a dedicated low-power processor designed to efficiently manage sensor data so the main processor can go to sleep for longer periods of time.
Samsung's forays into Wearable technology for the consumer market haven't been very groundbreaking, and a few never even touched down. Perhaps the secret was to aim higher than heart rate trackers and smartwatches. A small team at Samsung has been working in the company's Creativity Lab (a.k.a. C-Lab) developing a headset capable of observing brainwave patterns for signs of a stroke. Not only could the system help millions of people each year to prevent a crippling or fatal stroke, but the technology may have applications for monitoring the heart and brain for many other conditions.
The project began two years ago when the project lead, Se-hoon Lim, and 4 other engineers from the smartphone and washing machine divisions came together with the goal of an early warning system.
Sony announced at the Symposium on VLSI Technology that it is trying to improve the functionality and light capture of CMOS sensors by bending them, using - get ready - a proprietary "bending machine." So far, their efforts sound successful. The manufacturer has created a pair of curved CMOS sensors, one sized for cameras (43mm) and one for mobile devices (11mm), that they say have improved sensitivity 1.4x at the center of the sensor, and 2x at the edges.
It's no mystery that Google has been poking around wearable gadgets for quite some time. The list of projects seems to keep growing as we hear about rumors of an LG-made smartwatch, another prototype watch designed by Motorola, and of course, Google's own Glass. Earlier today at SXSW, Sundar Pichai took to the stage to announce plans to release a brand new SDK for Android-based wearable devices in about two weeks.
Back at IFA, I got my hands on Sony's QX10 lens camera, one of two such devices the electronics manufacturer announced in Berlin. I wasn't sure what I thought about it then, having only played with it for about a day, but I've spent some quality time with the device since, and I'm ready to lay down my full impression.
For those not quite up to speed, the QX10 (and its higher-end counterpart, the QX100) is a camera in a lens. The generally lens-shaped body houses a sensor, microphones, and telescopic zooming lens assembly.
This odd device can clip onto your smartphone with a special adapter included in the box, accommodating most form factors adeptly with its spring action.
Like many digital innovations, WigWag occupies the space between facilitating necessary evolution and being a lazy person's wet dream. It's an "If This Then That" intelligent environment-building sensor that reached its funding goal a month ago, already achieving twice the funds the team asked for. Now the campaign has ended, with WigWag acquiring nine times more than its $50,000 ambition.
What's all the excitement about? The WigWag is a sensor that empowers users to write their own rules for how their homes should function. It can perform physical functions, such as turning out the lights when no one's in the room, or digital functions, such as sending a text message whenever the mailman opens the mailbox.