Sentences with phrase «micron pixel size»

The MX6 has a 12 - megapixel Sony IMX386 sensor, which has an f / 2.0 aperture, and a 1.25 micron pixel size with phase detection autofocus.

In fact, the 12MP primary camera on the rear uses a large 1.25 micron pixel size on its sensor.

The primary lens has a f / 2.0 aperture, 1.4 - micron pixel size while the secondary lens comes with f / 2.2 aperture and a 120 - degree field of view.

The differences show up in low - light where the Note 5 Pro performs better due to the lower micron pixel size.

Moving on with the talk of front facing camera, it comes with a 4 - megapixel camera module, which is a OmniVision 4688, it uses 2 micron pixel size lens that means more light can be capture by the lens.

Talking about the sensor, it has a 1.22 micron pixel size with geotagging facility and 4K video recording.

You get a 12 MP rear camera with a 1.25 micron pixel size on a 1/1.28 inch sensor.

The Nokia 8 Sirocco specs also include 5MP front facing camera with with 1.4 micron pixel size.

It consists of 12MP primary snapper with 2L7 wide angle lens, F / 1.7 aperture and 1.4 micron pixel size.

The KEYone features in 8MP fixed focus front camera with F / 2.2 Aperture, 1.125 micron pixel size, 84 - degree wide angle lens and light - up LCD flash.

On the front, the Redmi S2 has a 16 - megapixel sensor that has 2 - micron pixel size - combining four pixels into one pixel.

The Xiaomi Mi MIX 2 Specs include 12MP primary camera with Sony IMX386 sensor, F / 2.0 Aperture, 1.25 micron pixel size, 4 - axis OIS, dual - tone LED Flash and 4K video recording support.

Notably, the Redmi S2 was originally teased as the «best Redmi selfie phone» - thanks to a bunch of artificial intelligence (AI) powered proprietary features and a new front - facing camera sensor that comes in a 2 - micron pixel size.

The front camera will feature 5MP resolution and 1.4 micron pixel size with an f / 2.2 aperture lens.

The PRO 7 Plus features a 12MP + 12MP dual camera setup, both with Sony IMX386 sensors, F / 2.0 Aperture, 1.25 micron pixel size and PDAF support.

On the back is 12MP main camera with LED Flash, 1.25 - micron pixel size and supports PDAF.

The Priv has a 18 - megapixel rear camera certified by Schneider - Kreuznach, has a dual - tone LED Flash, optical image stabilization (OIS), phase detection auto focus (PDAF), f / 2.2 aperture, 6P lens and a 2 - megapixel front - facing camera with f / 2.8 aperture and 1.7 micron pixel size.

The rear camera is similar to the Nexus 6P, featuring a 12.3 MP resolution sensor with an f / 2.0 aperture lens and 1.55 micron pixel size.

It is supported by laser autofocus technology,.4 micron pixel size, dual - tone LED flash, and an amazing f / 2.2 aperture 6P lens.

Both share a f / 2.0 aperture, 1.25 - micron pixel size, and six - layer lens.

On the front sits an 8 - megapixel camera with f / 2.2 lens and 1.4 - micron pixel size.

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.

Both the modules are of 12MP and sports a f / 2.2 aperture lens which has a 1.25 micron pixel size.

For selfies, the handset includes an 8MP sensor on the front with 1.12 - micron pixel size and an f / 2.2 aperture lens.

In the camera department, the Redmi 5 has a 12MP f / 2.2 shooter with a 1.25 - micron pixel size, phase detection autofocus, and an LED flash module.

At the back (which curves on both sides), the Galaxy S8 and S8 + get the same 12 - megapixel camera as the Galaxy S7 and S7 edge (and Note 7), with F1.7 aperture and the same 1.4 micron pixel size.

It sports a 12MP Sony IMX386 sensor with f / 2.0 aperture, 1.25 - micron pixel size, and 4 - axis OIS.

The primary camera is a new 16MP sensor behind a faster f / 1.7 lens with improved auto focus speed when compared to the OnePlus 3, but has the same 1.12 - micron pixel size and has lost OIS in the process.

There's 4 - axis optical image stabilization (OIS), a 1.4 micron pixel size, dual - pixel PDAF, 4K video recording, RAW file support, and a pro manual mode.

Unlike the last year launched Android One smartphones, the Pixel V1 has an 8 - megapixel rear camera sensor with 1.4 micron pixel size and F2.0 aperture.

The dual camera setup is composed of a primary 12MP sensor, f / 1.75 with 1.4 - micron pixel size.

There's a 40 MP RGB sensor with f / 1.8 aperture and 1.0 micron pixel size, 20 MP mono sensor with f / 1.6 aperture for more accurate colors, and an 8 MP 3x telephoto lens with f / 2.4 aperture.

The big thing here is the 1.4 micron pixel size on the 12MP (f / 1.8) sensor, much like the HTC U11.

Although the actual amount of pixels is less in the sensor, but it has rather paved a way for Samsung to introduce Dual Pixel technology, meaning the sensor here is 1.4 - micron pixel size.

The other sensor measures 1/3.6» and sports 1.0 - micron pixel size, standard autofocus and f / 2.4 lens with 2x optical zoom capability.

On the back sits the first dual - camera solution in a Samsung flagship; one is a Sony Exmor IMX333 sensor, measuring 1/2.55» in size and sporting 1.4 - micron pixel size with dual - pixel phase detection autofocus (PDAF), covered in an f / 1.7 lens.

The Samsung device in question here sports a 1.4 - micron pixel size, which is quite higher than last year's iteration that stood at 1.12 micron.

You'll find an 8 - megapixel camera on the front with a 1/3.6» Sony Exmor IMX320 sensor that sports 1.22 - micron pixel size, covered by a f / 1.7 lens.

My highlight from the Zenfone's camera spec is the 1.4 - micron pixel size on the main 12 - megapixel image sensor.

The second lens has an f / 2.6 aperture, a smaller 1 - micron pixel size, and takes telephoto images.

As a refresher, this version of the Moto G5 Plus features a 5.2 - inch IPS LCD display with a Full HD resolution, a 12 MP rear camera with an f / 1.7 aperture and 1.4 micron pixel size, a 5 MP selfie shooter, and a fingerprint sensor that packs gesture support.

The first is a wide - angle lens with a 1.25 - micron pixel size and an f / 2.2 aperture.