It appears like Nokia's questionable marketing move, which involved using professional DSLRs to "simulate" low-light shooting, being less necessary compared to smartphone maker might have thought. Throughout our trip to the business's Tampere, Finland research and development complex, i was given use of an extensive testing suite, enabling us to shoot having a Lumia 920 prototype and a number of competing items inside a controlled lighting atmosphere. Specialists lowered the lights and let's snap a static scene with every phone just 5 lux -- an amount on componen with whatever you decide and expect on the candle lit city street in the center of the evening. The 920 required the wedding cake, undoubtedly, however the apple iphone did not fare too poorly itself, snatching up as much light because the Nokia device. The 808 PureView also carried out very well, however the HTC One X and Samsung Universe S III produced useless results.
It's one factor to snag proper exposure, though -- taking sharp particulars with little noise and superior color balance is definitely an entirely different animal, and also the Lumia handled to complete exactly that, as you will see within our 100-percent-view shots further on. Later at night we hit the roads of Helsinki for any real-world shootout. The 920 did present some difficulties with exaggerated shake along with other rapid actions, however it offered up excellent results overall, even just in moments which were darker and uneven for all of us to create out any particulars with this own eyes. Our night time shoot are available in the gallery below, then lots of comparison photos following the break.
Gallery: Nokia Lumia 920 Low-Light Shoot
Continue reading through In the lab: Lumia 920 low-light shootout with Nokia 808, apple iphone 5, HTC One X and Universe S III
Filed under: Cell phones, Cameras, Mobile
In the lab: Lumia 920 low-light shootout with Nokia 808, apple iphone 5, HTC One X and Universe S III initially made an appearance on Engadget on Get married, 26 Sep 2012 13:00:00 EDT. Please visit our terms to be used of feeds.
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