Sentences with phrase «large aperture sensor»

Not exact matches

The rear - facing camera has a 13MP sensor along with a large f / 2.0 aperture, which should mean that it performs well on low light pictures.

Motorola took the camera area very seriously on the Droid Turbo 2 — their large 21MP main camera uses a new sensor, a larger f / 2.0 aperture, phase detection autofocus and a dual - tone LED flash.

The front - facing camera (FFC) is a large 8MP sensor with an f / 2.4 aperture for selfies and video chatting.

OnePlus upgraded the camera area on the OP3 by using a new 16MP sensor, with fast PDAF (Phase Detection Autofocus), an LED Flash, a large f / 2.0 aperture, and both OIS and EIS for extra stability.

A 1.2 MP front camera allows for instant photos or high - quality video conferencing with friends, family or coworkers while an 8MP rear camera with auto - focus and LED flash takes brilliant photos or video thanks to a large F2.4 aperture, back illuminated CMOS sensor, touch - to - focus depth of field and low - light noise reduction to provide the clearest and sharpest photos or even 1080P HD videos.

This goes up against seemingly great redesigned camera on the Galaxy S7 with a 12MP sensor, quick autofocus, larger f / 1.7 aperture, LED flash and OIS.

The Mi Mix 2 specs include a 12MP rear shooter with dual - tone LED Flash, Sony IMX386 Sensor with 1.25 micron large pixel, 5P Lens, F / 2.0 Aperture, PDAF and supports 4 - axis Optical Image stabilization as well.

It is described as a FaceTime HD camera with a larger f / 2.2 aperture and an all - new sensor.

While the 4 - inch IPS LCD display has the same 1136 × 640 Retina resolution, the camera has been upgraded with larger 8 Megapixel sensor for increased light sensitivity, True Tone flash with two LEDs, fast focus, and a lens with larger aperture.

The combination of the large aperture lens and the BIS sensor should do wonders

8MP rear auto - focus camera with LED flash, back - illuminated CMOS sensor and large aperture design to clearly capture every moment

The only difference between the primary and secondary cameras is the aperture — the primary uses a large, f / 1.7 aperture for low light shooting and the secondary sensor has a smaller, f / 2.4 aperture.

A larger sensor is capable of gathering more light in a given period of time than a smaller one and seeing how the lenses mounted on the rear plates of both devices have an aperture of f / 1.8, it's likely that the Pixel 2 and Pixel 2 XL will be more than capable of performing in low - light conditions or when shooting action scenes that you're trying to «freeze» with high shutter speeds.

The 12 - megapixel image sensor is new and improved, with better image processing, but the major change is found in the lens, which can now physically switch between a very bright f / 1.5 aperture and a smaller f / 2.4 aperture, similar to how larger cameras work.

The vertical camera on the back of the iPhone X consists of two 12 - megapixel sensors, which Apple claims are larger and faster than the ones on iPhone 7 Plus, with f / 1.8 and f / 2.4 aperture, respectively.

As light streams through the HUAWEI P20's impressive wide aperture lenses, it strikes a large image sensor with a pixel size of 1.55 micrometers.

They combine 12 - megapixel RGB + 20 - megapixel monochrome sensors, Optical Image Stabilisation (OIS), dual lenses with a large aperture of f / 1.6, AI - powered Bokeh Effect and AI - powered Digital Zoom.

A 13 - megapixel shooter (f / 2.0 aperture, Sony's IMX214 sensor) is placed on the phone's front side, and a rather large 5,000 mAh battery is included in this smartphone, along with the BoostMaster fast charging.

HTC took care of their front - facing camera (FFC) as well with a 5MP sensor, but also added the large f / 1.8 aperture, a wide - angle lens, and OIS.

The Galaxy S7's front - facing camera (FFC) comes with a 5MP sensor, a wide - angle lens, a large f / 1.7 aperture, and Live HDR, which totals up to excellent low - light selfies and video chatting.

Much of the attention is on their cameras, with the smaller Galaxy S9 model having a «Super Speed Dual Pixel» 12MP sensor with a f1.5 / 2.4 variable aperture, and the larger Galaxy S9 + model having some sort of dual camera setup.

Sure, everything seems to be the same as on the Galaxy S7 Edge on the surface: the main camera has a 12MP sensor with Dual Pixel autofocus, a fast f / 1.7 aperture and it captures large 1.4 µm pixels.

Although the OnePlus 5T features the same main camera sensor as the OnePlus 5, it now offers improved secondary camera shooter with a large f / 1.7 aperture for superior «low light photography».

Being attached to the Laser lineup, imaging features do take a much needed precedence, the primary camera is made up fo 13 - Megapixel sensor with large f / 2.0 - aperture, 5 - element auto - focus lens and the Laser autofocus.

This goes up against seemingly great redesigned camera on the Galaxy S7 with a 12MP sensor, quick autofocus, larger f / 1.7 aperture, LED flash and OIS.

On the back, the 16 - megapixel sensor has carried over with the same megapixel count from the A5 (2017) and A7 (2017), but now has a larger aperture (F1.7) for enhanced low - light performance.

The Galaxy S8 uses with a Dual Pixel 12MP sensor with a large aperture of f / 1.7 for those low light conditions, a 26 mm lens, PDAF, LED flash, auto HDR and OIS.

While the resolution remains the same, the 12MP sensor is larger and features bigger 1.3 u pixels which is paired with a wide f / 1.9 aperture.

This is important because a wider aperture (represented by a smaller number) means a larger lens hole, which allows more light into the image sensor.

However, the second sensor now sports a larger f / 1.7 aperture for improved low - light performance.

The camera was spruced up as well with a new 12.3 MP sensor, which boasts large 1.55 µm pixels and a relatively wide F / 2.0 aperture.

HTC uses a 5MP sensor for the front - facing camera (FFC) with a large f / 1.8 aperture, a wide - angle lens, and OIS.

The camera on the new iPhone 5S has also been upgraded with a 15 percent larger sensor, f / 2.2 aperture which allows for 33 % increase in light sensitivity.

The front side has an 8MP sensor on the two phones, but the OnePlus 3 gets a larger aperture of f / 2.0 as compared to the f / 2.2 found on the LeEco Le Pro 3.

On the smaller model, there's a wider F1.8 aperture and a six - element lens, shining on a larger sensor.

The sensor sizes are exactly the same here and while both phones have a very large aperture, LG's f / 1.8 aperture is larger than Samsung's f / 1.9 aperture.

The G5 Plus» rear camera also has a large f1.7 aperture to allow more light onto the sensor to improve low - light shots and can record video in 4K at 30 fps.

The Nexus 5X sports a brand new Sony - made 12.3 MP sensor, laser auto - focus, an f / 2.0 aperture and a large 1.55 microns pixel size.

The Moto Z - Force uses a 21MP sensor with a large aperture of f / 1.8.

The primary camera on the Galaxy Note 5 has a 16MP Samsung ISOCELL sensor with fast startup, fast focus, large aperture at f / 1.9 for better low - light photos, Live HDR and great software.

The Nexus 6P features a 12.3 MP sensor with an f / 2.0 aperture, and instead of a larger megapixel count, the focus was on pixel size, 1.55 µm pixels in this case.

LG included both laser and phase detection autofocus (PDAF), added a large f / 1.8 aperture on the primary camera and smaller f / 2.4 for the secondary 8MP sensor, then included OIS, and a dual - tone LED flash.

ASUS took the camera very seriously on their new models — the primary camera uses a large Sony IMX318 23MP (sensor) with a f / 2.0 aperture, 6 - element Largan lens, and 0.03 - second TriTech Autofocus — that uses both Laser and Phase Detection Autofocus (PDA).

The front camera also has a 16 - megapixel sensor with the same f / 1.9 aperture lens, and can use the screen as a large flash to evenly light all of your selfies.

The iPhone 5S has a larger sensor and wider aperture than before at f / 2.4 for better low light shots.

The G5 also packs what it calls a «best in class camera sensor», this time with a «phase detection autofocus (PDAF) 13MP rear camera, a large f / 2.0 aperture, LED flash to make clicking pictures in low light easier and 5MP wide - angle lens designed for group selfies».

Moreover, the focus has now shifted to larger apertures and better sensors.

It combines a 12MP RGB and 20MP monochrome sensor with OIS and large f / 1.6 aperture for better performance in poorer lighting conditions.

The front has an 8MP sensor for selfies, but the aperture is larger at f / 1.9.

The iPhone 5C has a larger sensor and wider aperture than the iPhone 5 at f / 2.4 for better low light shots.