Sentences with phrase «micron pixels on»

For comparison, the HTC One M8 has 2 - micron pixels on its...

For comparison, the HTC One M8 has 2 - micron pixels on its main camera, but it's just a 4MP unit.

The Idol 5S» rear shooter is rated at 12 megapixels with an f / 2 aperture and large 1.25 - micron pixels on the image sensor designed to improve low - light photography.

Not exact matches

On the front, it offers a 16 - megapixel camera with the same f / 2.0 aperture and 1 - micron pixel sensor.

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

The camera on the Nexus 5X will be identical to the Nexus 6P, with 12.3 MP resolution and large 1.55 micron pixels.

On the rear is a 13MP primary shooter with LED Flash, F / 2.2 Aperture, 1 / 3 - inch sensor size, 1.12 micron pixels, Auto Focus and 1080p video recording support.

On the front is 8MP secondary camera for selfies and is equipped with 1.4 micron pixels and F / 2.2 Aperture.

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

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

This module holds a 23 - megapixel Sony Exmor IMX318 sensor as the main camera, sporting small 1.0 - micron sized pixels on a 1/2.6» sensor.

On an iPhone, you get two pixels which are half an inch apart but the Pixel 2 benefits from two pixels which are less than a micron apart.

The front - facing camera, a 5MP sensor with 1.4 micron pixels and a wide - angle lens, appears to be identical to last year — the same as on the smaller Moto G5 — and certainly passable.

There's a 12.2 - megapixel sensor on the back, which includes 1.4 micron pixels, paired with an f / 1.8 lens and optical image stabilization.

The S7's lens is wider, at f / 1.7 (versus f / 1.9 on the S6), and the individual pixels in its sensor are bigger (1.4 microns for the S7 versus 1.12 for the S6).

On the camera side, Xiaomi Redmi 5 Plus has a single 12MP sensor on the back of the phone with 1.25 - micron pixels, f / 2.2 aperture, PDAF, and LED flasOn the camera side, Xiaomi Redmi 5 Plus has a single 12MP sensor on the back of the phone with 1.25 - micron pixels, f / 2.2 aperture, PDAF, and LED flason the back of the phone with 1.25 - micron pixels, f / 2.2 aperture, PDAF, and LED flash.

Google's latest Nexus phones pack the latest generation Sony Exmor IMX377 sensor with 1.55 micron sized pixels for better low light capabilities, while LG's V10 focuses more on software technologies to give users more options than ever before.

That second sensor is 20MP with 1 - micron pixels, and lacks OIS — which on the face of it is a puzzling decision for a camera meant to enable better low - light photos.

Xiaomi Redmi Note 5 has a single 12MP sensor on the back (again same as Redmi Note 4) of the phone with 1.25 - micron pixels, f / 2.2 aperture, PDAF, and LED flash.

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.

The phone has a 12 - megapixel Sony IMX386 rear camera sensor with 1.25 - micron pixels that boasts 4 - axis optical stabilisation on the back along with a fingerprint sensor.

Xiaomi Mi A1 biggest attraction is its dual camera setup on the back consisting two 12 MP camera sensor one with a wide - angle, f / 2.2 lens and in 1.25 - micron pixel sensor and the other one with a f / 2.6 aperture telephoto lens Also it offers 2X optical zoom.

On the front sits a 5 - megapixel camera with f / 1.8 lens and a sensor with optical image stabilization (OIS) as well as 1.34 - micron sized pixels for better low light photos.

On the front, you have a basic 8MP sensor with the same f / 2.0 lens but larger 1.4 - micron pixels.

Both house the same 12.3 - megapixel Sony MX377 camera sensor on the back, which has large pixels (1.55 - microns) allowing it to makes the most of the light entering the lens, and both have a speedy laser autofocus system too.

That Carphone Warehouse post also revealed that the rear camera on both phones will an f / 2.0 aperture and 1.55 - micron pixels, which could mean for better photos in low light.

What is different is that Google is much better at computer recognition, and it's gathering depth data from the dual - pixel system, where the half - pixels are literally less than a micron apart on a single image sensor.

On the back you'll find a 12.3 - megapixel Sony Exmor IMX378 sensor with 1.55 - micron sized pixels and Phase Detection Auto Focus (PDAF) aboard.

Vertu calls the Constellation «The Luxury Performance Smartphone,» and to that end it actually has a set of high - end specs you'd expect to find on a modern phone: 5.5 - inch QHD display, 12MP camera (with 1.55 - micron pixels), Snapdragon 820, 4 GB of RAM, 128 GB storage, 3220 mAh battery, USB - C charging, stereo speakers, wireless charging and a fingerprint sensor.

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.

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

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

A 16 - megapixel Sony IMX 371 camera sensor with 1.0 - micron pixels sits on the front behind an f / 2.0 lens.

Both phones have 18:9 displays with minimal bezels, and Xiaomi is focusing on the camera experience by bundling a 12MP imaging sensor with 1.25 - micron pixels and a front - facing flash module for taking selfies in low - light conditions.

On the back, OnePlus 2 will be packed with a 13 - megapixel photo snapper that features large 1.3 micron pixel sensors, OIS (optical image stabilization), laser autofocus, and video recording, while in the front there's a secondary 5 - megapixel selfie camera.

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.

On paper, the phone has the same sensor and lens combination — a 12MP IMX260 with 1.4 micron pixels and an f / 1.7 lens — as the Galaxy S7, but it lacks a few things to keep it at the top echelon of phone cameras.

On the front you'll find a 5.5 - inch Quad - HD Super AMOLED display along with a 5 - megapixel camera with f / 2.2 lens and 1.4 - micron pixel sensor just above it.

It's pretty close in specs and features to that on the iPhone 6 with 1.12 micron pixels — compared to 1.5 microns on the iPhone — and ƒ / 2.4 aperture.