The world's best smartphone camera powered by Snapdragon

The world’s best smartphone camera powered by Snapdragon

Photography remains a primary consideration for a large group of smartphone consumers. Along with battery life and display quality, smartphone consumers in nearly every market segment rank camera/image quality high on their short list of “musts” when shopping for a new device. This is one of the reasons why the camera arrays built into almost every new generation of smartphones are significantly upgraded or increased compared to their predecessors. This is especially true for Android devices, which have received innovative camera updates in recent years. As such, it is now common for even mainstream Android devices to have several purpose-built imaging tools, with many features borrowed from professional camera systems, such as phase-detection autofocus and optical image stabilization. Today’s smartphones also have unparalleled computational imaging capabilities, thanks to processors like Snapdragon from Qualcomm The mobile platform, which contains a large amount of silicon resources specifically dedicated to photo and video processing.

While sensor size and number of megapixels are two primary different factors that play a role in the final quality of a camera system, they are less important than consumers often think. This is especially true with smartphone photography. The truth is that smartphones usually don’t have the physical capacity to accommodate large sensors and the sensor pixel density can only be very high before image quality deteriorates, especially in difficult lighting conditions. Although there are other factors to consider, in general, smaller pixels on a camera sensor collect less light than larger pixels, which will negatively affect image quality, especially in suboptimal lighting conditions. Physics cannot be ignored. On a related note, many of today’s smartphones that tout super-megapixel ratings also use something called “pixel-binning”, which essentially uses multiple pixels on a sensor to collect data that is “bumped” together to produce a single pixel of a given element. the color. For example, a 64MP smartphone camera might output 16MP photos by default, because it uses quad-pixel stacking. This is one way to mitigate the light-gathering ability of small pixels, which results in more accurate color pickups and less noise, but outputs an image with ¼ of the sensor’s accuracy.

Today’s smartphones require a lot of processing power

To further alleviate the limitations inherent in relatively small camera sensors, smartphones designed with high-quality imaging in mind typically take advantage of complex image processing techniques, high-quality optics, and a myriad of computational imaging technologies to capture and produce as much image data as possible. High quality. Image processing and computational imaging is what the Qualcomm Spectra Image Signal processor in Snapdragon mobile platforms is all about.

Qualcomm has consistently enhanced and methodology of its Snapdragon platforms over the years with industry-leading image processing and computational imaging features. While Qualcomm’s partners typically don’t enable every possible photographic or video-related feature available on the latest Snapdragon mobile platforms, those who do tend to produce devices capable of capturing photos and videos that clearly outpace previous generation products or are less capable than their competitors. . Hardware partners who put in the effort to use state-of-the-art sensors and high-quality optics, along with the advanced processing features available in the Snapdragon’s Spectra Image Signal processor, are rewarded with some of the best image output currently available in mobile devices.

The current generation spectral image signal processor was shown in Snapdragon 8+ Gen 1 It has triple image signal processors, or what Qualcomm calls a triple ISP, capable of processing 3.2 gigapixels per second. Triple ISP allows devices to take advantage of up to three independent cameras at the same time and enable useful features such as simultaneous triple photo capture (up to 36MP each), seamless zoom between different cameras, multi-capture HDR, and up to 200MP photo capture , among a host of other features.

With each generation of Snapdragon-powered smartphones, the imaging chipset is constantly being improved. However, the recently released Honor Magic4 Ultimate is currently the king of the hill. Honor Magic4 Ultimate features powered by Snapdragon 8 The best smartphone camera in the worldAccording to the experts at DXOMark Image Labs, the Honor Magic4 Ultimate received a DXOMarks score of 146, beating the Huawei P50 Pro that took the title since July last year. For starters, DXOMark Image Labs is a company that specializes in measuring audio, display, battery and camera quality for a wide range of consumer electronics, including professional cameras and smartphones. DXO also produces professional image editing software and AI-enhanced image processing software.

Explore the best smartphone camera in the world

The Honor Magic4 Ultimate’s rear camera specs don’t seem to stand out among some of today’s leading Android devices, but its combination of features and technology culminates in a powerful imaging tool. The primary camera on the Honor Magic4 Ultimate uses a large 50MP (1/1.12 inch) sensor with 1.4μm relatively large pixels. The accompanying optic results in it having a 23mm equivalent focal length, with an f/1.6 aperture lens, and features OIS (Optical Image Stabilization), PDAF (Phase Detection Autofocus), and Laser-AF. Ultra-wide and telephoto shooters are also very accurate. The ultra-wide camera uses a 64MP (1/2.0-inch) sensor with 0.7µm pixels, has an 11mm equivalent focal length with f/2.2 aperture, and supports PDAF (phase-detection autofocus). The telephoto camera has a 64MP (1/2.0 inch) sensor with 0.7µm pixels as well, but with a 90mm equivalent focal length and f/3.5 aperture, with OIS and PDAF. Honor Magic4 Ultimate is also equipped with LED flash, flicker sensor, and Spectrum-Enhanced sensor. The Honor Magic4 Ultimate’s spectrum-enhanced sensor allows it to capture additional light information in the near-infrared spectrum, which is used to improve the clarity and dynamic range of images captured in outdoor lighting conditions.

Qualcomm has worked with Huawei to improve the cameras, camera software, and image/video processing algorithms on the Honor Magic4 Ultimate (and other devices in the Honor4 series) to make better use of the Spectra ISP’s features and capabilities. While its camera app isn’t far behind other Android devices in terms of its interface and general user experiences, Honor Magic4 Ultimate makes use of a suite of behind-the-scenes computational imaging technologies to produce industry-leading image quality. Popular computational photography features such as Night mode, Portrait mode, HDR and AI Zoom are also available. AI Zoom is a very interesting and useful feature that gives smartphone photographers the ability to seamlessly zoom from the widest angle all the way to up to 100x zoom, extending to three different photographers, simply by pinch and zoom or using the on-screen slider. There’s no need to manually switch between the ultra-wide, standard or telephoto camera, or to figure out what works best for a particular shot composition.

An added bonus of all the focus on the imaging features of the Honor Magic4 Ultimate is that the device provides an overall higher quality user experience. The device is exceptionally fast, has many photo and video related features, auto focus is fast and accurate, and captures realistic tones and textures. Noise performance with both photos and videos on Honor Magic4 Ultimate is also very good. In fact, Honor Magic4 Ultimate is ranked in the top 10 worldwide on DXOMark for its video quality as well.

The camera app on the Honor Magic4 Ultimate is similar to what you’ll find on “pure” Android devices, although there are some interface customizations required to give users access to some of the device’s special features like HD shooting mode and Super Macro. However, users of any skill level should be able to navigate the menu system and manipulate camera settings or quickly move between modes. Although there are many options available to customize the image quality as desired by the user, the automatic mode takes amazing shots. If you’re not the type to get in and manually configure the aperture, shutter speed, and ISO, don’t worry — the Honor Magic4 Ultimate takes great photos in its default photo mode.

The Honor Magic4 Ultimate takes great pictures

There’s a reason Rated DXO The Honor Magic4 Ultimate’s camera system is the best in the world (at least for now). When there is enough light, the phone is able to capture excellent details, with accurate colours, without the excessive sharpening that is typical of many smartphones, and this means that the images do not look saturated or artificially processed.

Without the right handling, handling lighting situations with a wide dynamic range can be tricky for the smartphone’s relatively small sensors, but even with the rear window lit with bright sunlight, the Honor Magic4 Ultimate’s camera performed well. The colors and hues of prime subjects are visible and detail is good, when typically shaded on smaller cameras that can’t handle this type of light.

The Honor Magic4 Ultimate also handles Portrait mode quite well. Blurred background bokeh is smooth, subtle, and unexaggerated. Portrait Mode can often present unwanted artifacts in fine detail around the edges of a subject, but the Honor Magic4 Ultimate does a better job than most in this regard.

The Honor Magic4 Ultimate also features close-up macro photography. Even when the ultra-wide camera effectively touches the subject, as was the case in this case, the camera – when using Super Macro mode – is able to focus properly and capture fine details. The individual grains of pollen are shown in the example below.

In terms of video recording, Honor Magic4 Ultimate also works well. Slow motion, normal, and time lapse recording (along with adjustments for each mode) are available. The video quality is on par with or better than most other smartphones currently on the market (again, DXO ranks its video quality in the top ten). Users also have a wide range of control over which video modes they want to use. The Honor Magic4 Ultimate is capable of capturing video in resolutions up to 4K30, with various Full HD and HD modes also available.

Since camera performance is such an important consideration for smartphones, many consumers look for the best possible quality when shopping for a new device. And according to experts who determine the image quality of a smartphone, devices powered by Snapdragon technology are in place. Honor Magic4 Ultimate may occupy the first place right now, but many top Android devices are also using Qualcomm processors To capture and deliver great shots on the go.

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