How Good Does Your Phone’s Camera Need To Be?

How Good Does Your Phone's Camera Need To Be?

Yesterday, Nokia announced to some fanfare its new Lumia 1020: a 41-megapixel, Xenon-flashed, highly tweakable camera that, y’know, also makes phone calls. But how good does the camera on your phone really need to be?

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This Is (Almost Certainly) What Nokia’s Lumia 1020 Will Look Like (Update: Video too!)

This Is (Almost Certainly) What Nokia's Lumia 1020 Will Look Like (Update: Video too!)

We’ve already seen a leaked set of specs ahead of today’s expected launch of Nokia’s new Lumia 1020. But now the Verge has come across press shots and final specs for the new phone.

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7 Lessons You Can Learn from Shooting with a Camera Phone

Given the ubiquity of the camera phone and their ever increasing quality, there are people who are perfectly content having their mobile device also serve as their only camera. I, for one, would likely experience something akin to severe withdrawal if I had to give up my dSLR and shoot exclusively with my cellphone. More »

Panasonic develops micro color splitters for super sensitive sensors

Panasonic has created micro color splitters, which split the light directed at image sensors to create bright images in low-light situations. This both eliminates the needs for color filters and boosts the color sensitivity two-fold when compared to your average image sensor with color filters. This could have a positive impact on mobile device cameras and similar devices, which are notoriously poor in low-light settings.

color splitter

The color filters used by conventional sensors block between 50 and 70% of the ambient light, preventing it from reaching the sensor. With the micro color splitter, this issue isn’t present, and images come out exceptionally vivid and colorful. According to the announcement, only half the ambient light is needed for this method than with regular sensors.

Micro color splitters are not limited to certain sensors, and can be used with both CMOS and CCD sensors. The splitters are designed by passing light through a highly-refractive and transparent “plate” that splits the colors via diffraction. According to Panasonic, this is “exploiting” the wave-like properties of light.

The vivid color reproduction is achieved not only via the high sensitivity, but also via algorithms that process the signals of detectors. The development is comprised of 16 international patents and 21 Japanese patents, some of which are still pending.

[via Panasonic]


Panasonic develops micro color splitters for super sensitive sensors is written by Brittany Hillen & originally posted on SlashGear.
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Report: Nokia Will Launch a Full-On PureView Windows Phone This Year

Rumors are emerging which suggest Nokia is planning to launch a “true PureView Windows Phone”—codenamed EOS—some time later this year. More »