We’ve been toting around the Sony RX10 II for a little while now, testing its ability to capture 4K video, high speed stills and super slow motion video clips. And while a superzoom may not be DPReview writer Dan Bracaglia’s first choice for his favored rock-and-roll and street subjects, he ultimately came around to the impressive capabilities of this camera. Read more
Tag: CyberShot
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Show off: Sony Cyber-shot RX10 II slow-motion and 4K video samples
The Sony Cyber-shot RX10 II offers some impressive video capture capabilities including the option to record in 4K. And like the RX100 IV, the RX10 II can capture slow motion video at 240, 480 or 960fps, the latter of which gives the equivalent of 40x super slow motion. Read more
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Hot Shots: Sony Cyber-shot DSC-RX10 II real-world samples
Sony’s Cyber-shot RX10 II looks a lot like its predecessor, with a similar form factor and the same 24-200mm equivalent F2.8 lens. However, it adds some interesting new technology in the form of a 20MP stacked CMOS sensor, enabling 4K video, 14 fps burst shooting and slow-motion video recording. We recently got our hands on a full-production model – take a look at some initial real-world samples. See gallery
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Pocket full of tricks: Sony Cyber-shot DSC-RX100 IV review posted
Sony defined a category when it rolled out the enthusiast-focused Cyber-shot DSC-RX100. This shirt pocketable compact’s fourth iteration brings a new 20MP 1″-type stacked CMOS sensor to the table, maintaining an F1.8-2.8, 24-70mm equivalent zoom lens from the preceding model. Our full review analyzes its performance in the field and in our studio. Read more
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Killer 4K? Sony Cyber-shot DSC-RX100 IV first impressions updated with video samples
Our Sony Cyber-shot RX100 IV first impressions continues to grow as we’ve added a variety of video samples to the preview. The RX100 IV is Sony’s latest enthusiast compact, and its 20MP 1″-type stacked CMOS sensor is capable of 4K video and slow-motion clips ranging from 120-960 fps, all with virtually no rolling shutter. We put a number of these modes to the test. Read more
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Sony Cyber-shot DSC-RX100 IV first impressions review posted
The fourth iteration of Sony’s Cyber-shot RX100 series brings a host of high-speed features from super slow-mo movies to 4K video with virtually no rolling shutter. It all stems from the RX100 IV’s 20MP stacked CMOS sensor and the additional room for high speed circuitry that the design allows. Our full review is well under way; for now take a look at the first installment. Read more
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Slow-motion video samples from the Sony Cyber-shot DSC-RX100 IV
What’s more fun than fireworks on the Fourth of July? Fireworks at 960 fps. We grabbed a few slow-motion clips recently with the Sony Cyber-shot DSC-RX100 IV to test out its slow-mo video modes. Take a look at three 960 fps videos and a bonus clip at 240 fps – still pretty neat in our book. See videos
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Travel: Zoom! Sony Cyber-shot DSC-HX90V real-world sample gallery
The Sony Cyber-shot HX90 has the kind of specs that should appeal to a travel photographer looking for something compact. It packs a 30x optical zoom covering a 24-720mm equiv. range and offers an 18.2MP BSI CMOS sensor. With Wi-Fi and GPS built in, it’s road-ready. DPReview Editor Barnaby Britton has been carrying it around for a while – check out our sample gallery to see how it performs. See gallery
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Sony Cyber-shot DSC-RX100 IV real-world sample gallery posted
Announced earlier this month, the Sony Cyber-shot DSC-RX100 IV is the latest in that manufacturer’s line of popular enthusiast compacts. It ushers into the lineup a new sensor design, offering a stacked 1″ type 20MP CMOS sensor, and carries over from its predecessor a 24-70mm equivalent F1.8-2.8 lens. See what the camera’s capable of in the real world. See gallery
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Sony Cyber-shot DSC-RX100 IV added to studio test scene comparison
Sony’s latest RX100, the Cyber-shot RX100 IV, brings the manufacturer’s stacked CMOS sensor design to the 1″-type sensor size for the first time. The 20MP chip, also in the Cyber-shot RX10 II, pushes all the pixel circuitry onto a separate layer, creating room for high-speed processing within the chip. See how it performs against its peers in our studio test scene. Read more