F6.8 equivalent also puts the iPhone 13 Pro's main camera only roughly 2.5 EV short of the light gathering capability of a full-frame camera with an F2.8 lens attached, assuming parity in sensor efficiency, microlens design and light gathering ability, etc. That makes the sensor and lens combination F6.8 equivalent (read our article on equivalence), so you can achieve some background blur and subject separation optically, without of Portrait Mode.
#Apple mac camera filters pro
The larger sensors, bigger entrance pupils, and faster apertures mean a significantly bigger camera module on this year's 13 Pro ( right) compared to last year's 12 Pro ( left). The lens has been upgraded from an F1.6 to a wider F1.5 aperture, bringing in 14% more light. The 1.9µm pixel pitch of the 13 Pro and Pro Max 1/1.65"-type * main camera sensor allows it to achieve a 44mm 2 surface area, which gathers 84% more light than last year's 1/2.55"-type sensor in the 12 Pro, and 25% more light than the 1/1.9"-type sensor in last year's 12 Pro Max and this year's 13 and 13 Mini models. Let's take a closer look at the main 'wide' camera, and how it compares to last year's iPhone 12 Pro and 12 Pro Max models: Wide (main) cameras: Upgraded ultra-wide with a wider F1.8 lens for better low light performance, and AF for Macro photography.77mm equivalent F2.8 '3x' telephoto camera with PDAF and OIS.Larger main camera sensor with 1.9µm pixels and wider F1.5 aperture.The three cameras in the Pro models span a 6x optical focal length range:Ĭompared to the base 13 and 13 Mini models, the Pro models gain the following: This year, if you want the best camera, you no longer have to choose the bigger Pro Max model - both the 13 Pro and 13 Pro Max feature the same sensors, optics, stabilization and features. A ceramic shield on top of the display adds durability, as well. These maximum brightness levels can be sustained for longer periods of time due to increased display efficiency. It's 28% brighter and can achieve 800 nits for standard (SDR) content, maxing out at 1200 nits for HDR stills and video (a spec that was previously reserved only for the Pro models). The display has been improved on the 13 and 13 Mini as well, particularly important when it comes to viewing the HDR stills and Dolby Vision HDR video the iPhones shoot (no, not that HDR, this HDR). IPhone 12 Pro Max ( full-size JPEG) | iPhone 12 Pro ( full-size JPEG) the iPhone 12 (and 12 Mini) from last year: Below we break down all the technical specs of the iPhone 13 (and 13 Mini, which shares identical specs) vs. This year, there are significant upgrades to sensor sizes, starting with Apple bringing the largest sensor in its largest phone from last year down into its smallest new phone, the iPhone 13 Mini. Sensor size, along with lens' maximum aperture, is the largest determinant of image quality, since dynamic range and low light performance are intimately linked to how much scene light you capture. Last year's iPhone 12 models didn't see any step-up in sensor size from the 11 models until you got to the 12 Pro Max model. A diagonal arrangement ensures that both horizontal and vertical scene detail produce non-zero disparity in both portrait and landscape orientations, to aid in depth-map generation in Portrait Mode.
IPhone 13 | iPhone 13 Pro | Photographic Styles | Video | Display | HDRĭiagonally arranged camera array on the iPhone 13 and 13 Mini. So when it comes to this year's iPhone cameras, think 'bigger'.
But here's the gist of it: Apple managed to cram the larger sensor and optics seen in last year's iPhone 12 Pro Max into the much smaller 13 Mini this year, all the way down to the sensor shift stabilization technology. While we're waiting to get our hands on the devices, we wanted to break down the improvements the new models bring compared to the previous generation. Last week Apple announced its iPhone 13 and iPhone 13 Pro lineup, which incorporate major advancements to its camera technology.
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