The primary sensor integrates optical image stabilization (OIS) and phase
detection autofocus technologies.
The optics in the phone include a 13MP rear - facing sensor with support for phase
detection autofocus technology, and a single tone LED flash.
It sports a 13 - megapixel rear camera sensor along with an LED flash and phase -
detection autofocus technology and a 5 - megapixel front camera sensor with a fixed - focus lens.
The phase
detection autofocus technology further ensures that each snap comes out nice and clear.
This sensor is jointly developed by OPPO and Sony, which features Dual PDAF — dual phase
detection autofocus technology.
Not exact matches
Nexus 4 boasts a 4.7 - inch display with HD resolution manufactured using True HD IPS Plus
technology, plus an 8 megapixel camera with
autofocus, LED flash, touch focus, face
detection, geo - tagging, and the interesting Photo Sphere feature, that comes along with Android 4.2 Jelly Bean version that comes on the device out of the box.
The rear camera sensor uses the company's TriTech
autofocus technology that combines laser, phase
detection and continuous
autofocus to deliver sharper results.
The sensors have Super Speed Dual Pixel, a faster and more accurate version of Samsung's Dual Pixel focusing
technology, but they otherwise haven't changed — they retain the Galaxy S8 and S8 +'s optical image stabilization, LED flash, and phase
detection autofocus.
In addition to the high - end image sensor, the company is reportedly using a laser
autofocus technology on a phase
detection autofocus (PDAF) lens.
It has an aperture number of f / 2.0 and certain
technologies like PDAF (Phase
Detection Auto Focus), as well as Laser
Autofocus.
Talking about the features, the sensor uses PDAF (Phase
Detection Autofocus)
Technology to ensure that faster focusing is done as well as larger details are being captured.
Optical image stabilization and phase
detection or laser
autofocus camera
technologies have hit the mainstream this generation and it's very positive to see that the OnePlus has managed to keep up in this regard.
Apple's new sensor will use different
technology for the 3D system than the
technology used by the TrueDepth camera system which will enable better depth
detection for augmented reality apps, and a more accurate type of
autofocus for photography.
According to ASUS, the TriTech auto - focus
technology on the ZenFone 3 combines laser, phase
detection, and continuous
autofocus allowing the device to focus in just 0.03 seconds in all conditions.
Moreover, it had suggested the presence of laser
autofocus technology along with the phase
detection autofocus (PDAF) lens and OIS as well as a 5 - megapixel UltraPixel front camera sensor.
For optics, the handset comes with a 13 - megapixel shooter on its rear, with a f / 2.0 aperture, LED flash, phase
detection autofocus (PDAF), and PixelMaster
technology incorporated into the camera, which ASUS is known for doing on most of its smartphones.
There is also a PDAF (Phase
Detection Autofocus)
technology that touts ultra-fast focusing of 0.3 seconds.
«Coupled with an ASUS TriTech
autofocus system that automatically selects 2nd generation laser, phase
detection, or continuous
autofocus to provide accurate and nearly instant 0.03 - second focusing and subject tracking, as well as exclusive PixelMaster 3.0
technology, ZenFone 3 Deluxe captures truly stunning photos and videos,» says Asus.
Regarding the camera package, it has a 13MP rear camera with LED Flash and a PDAF (Phase
Detection Autofocus)
Technology that would be aiding in the faster focusing of the object.
The Z Play uses a
technology called «dual focus» that combines phase -
detection autofocus (PDAF) with laser
autofocus for fast and clear snapshots.
In years past we've seen a push towards higher resolution sensors alongside new - fangled
technologies like three - axis OIS, phase
detection autofocus and laser - assisted
autofocus.
Unveild on November 16, 2017, OnePlus 5T is powered by a Qualcomm Snapdragon 835 Octa - Core processor and an Adreno 540 GPU, features a dual (16MP f / 1.7 24 mm and 20MP f / 2.6 36 mm) rear camera system with HDR, image stabilization, geo - tagging, touch focus, phase
detection autofocus, 1.6 x optical zoom, face
detection, panorama, intelligent pixel
technology, and dual - LED flash.
Powered by Qualcomm Snapdragon 835 Octa - core processor and an Adreno 540 GPU, OnePlus 5T features a dual 16MP f / 1.7 24 mm and 20MP f / 2.6 36 mm rear camera system that offers image stabilization, phase
detection autofocus, 1.6 x optical zoom, geo - tagging, HDR, touch focus, face
detection, intelligent pixel
technology, panorama, and dual - LED flash for better low - light performance.
The XR's primary optics come in the form of a 16MP camera — a slight step down from last year's Pure XR's 24 MP camera, it's worth noting — with an f / 1.8 aperture and two
autofocus technologies, laser and phase
detection.
Moreover, it also boasts two
technologies for focusing, i.e. Laser
Autofocus and PDAF (Phase
Detection Auto Focus).
The rear camera on the Moto Z2 Play is a 12MP unit with phase
detection autofocus + laser
autofocus technologies and an f / 1.7 aperture lens.
The camera is a real highlight on the Moto X Style with a huge 21MP sensor on the back with phase
detection autofocus, dual - LED flash and auto - HDR
technology.
As the name suggests, this combines three
technologies, including a laser
autofocus system, subject tracking, and dual pixel phase
detection autofocus, to make for an extremely fast focusing speed of just 0.03 seconds.
The USP of the device are the cameras, specifically the rear camera that is of 24 - megapixel and has the support of various impressive
technologies such as PDAF (Phase
Detection Autofocus), BSI Sensor, Ultra Pixel and much more.
There is supposedly faster
autofocus technology at play, called PDAF (Phase Detection Au
autofocus technology at play, called PDAF (Phase
Detection AutofocusAutofocus).