Sentences with phrase «secondary depth camera»

It combined an «UltraPixel» camera sporting a paltry 4 - megapixel resolution with a secondary depth camera.

Not exact matches

Cameras Main rear camera: 13MP, F2.2 Secondary rear camera: 5MP dedicated depth sensing camera Front camera: 8MP, F2.0 Video recording (Rear camera) 4K UHD (3840 x 2160), 1080p, 720p at 30 fps

As for camera specifications, the ZenFone Max Pro M1 bears a dual camera setup at the back with a 13 - megapixel primary Omnivision sensor (f / 2.2 aperture) and a 5 - megapixel secondary depth sensing sensor.

And that's because the secondary lens (the telephoto lens) is capturing depth information, therefore relying less on software to enhance the photo and blur out the background, like the front camera is.

m pixel size, PDAF for 0.3 - second quick focus along with a 2 - megapixel secondary camera for capturing depth information.

The smartphone boasts of an 8 - megapixel front - facing camera along with the secondary 2 - megapixel depth - sensing camera, which according to company will be able to deliver crisp images and advanced depth of field including background blur, background swap and improved low - light results.

The smartphone has a dual camera setup on the back that includes a 13 - megapixel primary Omnivision sensor with an f / 2.2 aperture and a 5 - megapixel secondary depth sensing sensor.

It has a 12 - megapixel rear camera with OIS along with a 20 - megapixel secondary camera to capture depth information for portrait shots, both with Sony sensors and a 24 - megapixel front camera with face unlock that can detect 1024 facial points.

On the back is a dual camera setup comprised of a 16 MP main sensor that is paired with a 2 MP secondary unit that allows for artificial depth of field style effects, similar to what is available with some higher - end phones.

Its list of specifications includes the Qualcomm Snapdragon 636 system - on - chip, 4GB / 6 GB of RAM paired with 64 GB of storage, 6 - inch Full HD + (2160 × 1080) IPS display with an 18:9 aspect ratio, dual 12MP primary + 5MP secondary (depth sensing) cameras, 20MP front - facing camera, and a 4000mAh battery.

Obviously, there is a secondary 5MP camera and it is used for depth sensing.

CMOS (complementary metal - oxide semiconductor), Autofocus, Continuous shooting, Digital zoom, Optical image stabilization, Geotagging, Panorama, HDR, Touch focus, Face detection, White balance settings, ISO settings, Exposure compensation, Self - timer, Scene mode, Phase detection, Laser autofocus, Contrast autofocus, Depth autofocus, Secondary rear camera - 12 MP, Aperture size - f / 2.2 (# 2)

Around the back, the Honor 7X 16 - megapixel main camera with PDAF (phase - detection autofocus) behind an f / 2.2 lens, backed up by a 2 - megapixel secondary sensor for depth - sensing and portrait mode.

For your selfies, on the other hand, Samsung has provided two — a regular 16 - megapixel and a secondary 8 - megapixel camera for evaluating the depth of your shots.

The primary camera captures regular images, while the secondary 5 - megapixel camera can be used to record depth of field information.

The secondary depth sensing 2MP camera can't match the today's competition.

The Honor 7X also packs a dual - camera setup on the rear with a primary 16MP sensor and a secondary 2MP sensor dedicated to capturing depth information for Portrait Mode.

The vertically aligned dual rear - facing camera setup combines a 16MP lens with f / 2.0 aperture and secondary 5MP sensor for capturing advanced depth information, while the single front shooter might actually be the mid-range 6.3 - incher's main selling point, producing super-high-res 24MP selfies enhanced by a number of AI techniques.

CMOS (complementary metal - oxide semiconductor), Autofocus, Continuous shooting, Digital zoom, Optical image stabilization, Geotagging, Panorama, HDR, Touch focus, Face detection, White balance settings, ISO settings, Exposure compensation, Self - timer, Scene mode, Leica camera, Phase detection, Laser autofocus, Contrast autofocus, Depth autofocus, Secondary rear camera - 20 MP (monochrome), Aperture size - f / 2.2 (# 2), Digital image stabilization (# 2), Autofocus

The Selfie Pro model features a massive 24 megapixel front camera combined with a 5 megapixel secondary camera which will provide the much needed depth in your photographs.

The secondary camera is used to help capture depth of field information and give HTC the ability to provide enhanced photo editing tools.

Aside from optical zoom, the secondary sensor is being leveraged to create a depth effect or bokeh that we've seen from many smartphones using dual cameras.

The main camera is the same with the secondary camera providing depth of field for some of the advanced editing tools.

The device has gained quite a lot of positive feedback for its implementation of the secondary camera to increase the depth of field in the portrait mode.

While the Vibe S1 which was released last year in India and came with two shooters: 8MP primary camera with BSI sensor and f / 2.2 aperture, while the secondary 2MP camera for analysing the depth of field; Vivo V5 Plus, on the other hand, will feature an 8MP camera and a 20MP camera with a «moonlight» flash.

Both the front and rear camera setups comprise a 13MP primary sensor with phase detection autofocus (PDAF) and a 2MP depth - sensing secondary sensor, and they're capable of producing a bokeh effect that blurs the background while sharpening the foreground.

The secondary telephoto camera can shoot 2x lossless zoom images and can also do a neat depth - of - field effect.

As the Galaxy S9 lacks a secondary camera on its back panel, it also doesn't have the physical capabilities to create detailed depth maps that make portrait mode achievable by any manufacturer that isn't Google.

But this time the secondary rear camera is a 20MP sensor (Sony IMX 376K, f / 1.7 aperture, 1.0 µm pixel size) which will allow it to produce depth - of - field effects that blur image backgrounds while keeping the foreground in focus.

The secondary camera is a telephoto lens which helps for things like depth of field, allowing users to get those beautiful portrait mode photos that blur the background so the subject in the foreground is the only thing in perfect focus.

Instead, the Android mid-ranger is likely to have a traditional main camera supported by a low - resolution secondary sensor meant to help it perform depth mapping that's usually utilized for dedicated portrait modes.

To do that it has a dual camera setup at the back featuring a 13MP main sensor with a 2MP secondary sensor for depth - of - field effects, aka bokeh.

CMOS BSI (backside illumination), Autofocus, Continuous shooting, Digital zoom, Optical image stabilization, Geotagging, Panorama, HDR, Touch focus, Face detection, White balance settings, ISO settings, Exposure compensation, Self - timer, Scene mode, RAW, Leica Dual - camera 2.0, Phase detection, Laser autofocus, Contrast autofocus, Depth autofocus, Summilux - H lens, 6 - element lens, Secondary rear camera - 20 MP (monochrome), Face recognition

The former consists of a 13MP primary rear camera with phase detection autofocus (PDAF) and a 2MP depth - sensing secondary camera.

Instead of a low - resolution «UltraPixel» sensor plus secondary depth sensor, the M9 opts for a single high - res 20 megapixel camera on the rear.

It paired a 4 megapixel «UltraPixel» camera sensor with a secondary depth sensor to enable lots of neat photo tricks, like selectively de-focusing parts of the image after you take the shot.

As compared to Apple, which added an additional telephoto lens for analog zoom, the Mate 10 Lite uses the secondary camera for the in - depth effect that photos get when shooting photos in portrait mode.

The in - depth effect is unquestionably a nice touch, but it's odd to have a secondary camera just for that, especially because this visual effect doesn't make sense in all photos we take.

As well as enabling true monochrome shooting and adding detail to blended RGB / mono shots, the 20MP secondary camera supplies depth information for bokeh - style images.

In the optics department, the device sports a dual camera setup in the rear consisting of a 13 MP mains lens and a secondary 2 MP lens for depth sensing with autofocus and f / 2.2 aperture.

There's a dual rear camera setup, which sports a 13 megapixel camera with a secondary 2MP cam, allowing for depth refocusing, a feature that was quite popular last generation.

Although the Galaxy S8's primary camera will continue with a 12 - megapixel sensor, it will be accompanied by a 13 - megapixel secondary sensor, which will help the device produce better depth of field effects in photos.

The dual - camera setup is shared with their mid-range devices like the HUAWEI nova 2i, with a 16MP primary camera supported by a 2MP secondary camera responsible for depth detection.

The camera offers a Wide Aperture and a Portrait mode to take advantage of the depth of field captured by the secondary lens.

The secondary 8 - megapixel camera seems to be just that — secondary and used for depth and focus.

The dual camera setup on the Honor 6X is certainly its differentiating feature, with the secondary 2MP lens acting as a depth sensor.

In practice, equipping the phone with two main cameras gives it the ability to give images a depth - of - field effect, with Huawei's phones using the secondary camera as a monochrome sensor.

An 8 MP unit is backed by a 2 MP secondary camera that essentially allows for depth information to be recorded, that should allow for your selfies to come with a nice depth of field effect in the background.

The main 16MP camera at the back is joined by a 2MP secondary sensor that adds depth information to images, giving you an optional a bokeh effect.

In Live Focus, the camera uses the secondary 12 - megapixel telephoto lens (at f / 2.4) to identify depth.