Nobody wants to watch shakycam footage, but it's not practical to bring a dedicated video camera rig everywhere. The DJI Osmo Mobile helped solve that problem, enabling users to get incredibly smooth video out of their phones' cameras, but it was pretty pricey at $299. The Osmo Mobile 2 fixes that issue and several other ones, with vastly improved battery life, support for portrait video, and more. Read More
The Galaxy Note8 is undeniably one of the best smartphones on the market right now (though very expensive). It has Samsung's fantastic 'Infinity' AMOLED display, great battery life, and just about every feature you can cram into a smartphone. But there's one aspect of the Note8 that absolutely blows away the competition, which didn't receive much attention - its optical image stabilization. Read More
Last year's Pixel was found to be one of the best all-around smartphone cameras. In fact, according to Google, Pixel users take 2x more photos than iPhones, on average. The camera tradition looks to have continued with the latest series of Pixel phones. Of course, you all know what we think about DxOMark. But even so, it appears that the Pixel 2 scored an incredible 98 overall, making it the best phone camera (again) it's ever reviewed. Read More
Considering the Pixel's score of 89 by DxOMark, Google is clearly pushing the camera as a major selling point. However, contrary to what was rumored and what was stated on Carphone Warehouse's spec sheets, Google's latest phones, the Pixel and Pixel XL, do not have optical image stabilization (OIS) built into their main cameras. Read More
OPPO might have just blown everyone's mind with its Super VOOC fast charging technology, but that doesn't mean that the company's MWC announcements are over. SmartSensor is its new Optical Image Stabilization technology and it happens to be the smallest, fastest, and most precise sensor available on smartphones right now.
OPPO explains that SmartSensor is built on sensor-based OIS (or sensor-shift OIS) as opposed to the current lens-based OIS technologies in smartphones. Instead of using a motor to shift the lens around to compensate for movement, it keeps the lens stable but moves the sensor to counter the motion. It's also as thin as two sheets of paper, overcoming the size limitation when being implemented in modern smartphones. Read More