There is an LED Flash, color spectrum sensor and laser
autofocus module sitting between the two different camera lenses.
A primary camera sensor along with dual - LED flash and a laser
autofocus module sits on the rear.
The U Ultra's 12 - megapixel model has a f / 1.8 aperture, a laser
autofocus module, and an optical image stabilization (OIS) system that mitigates the effects of shaky hands and bumpy car rides.
The camera hardware hasn't changed a whole lot since the Honor 8, with dual 12MP cameras around the back, behind f / 2.2 lenses with a laser
autofocus module — now hidden off to the left.
Whether these two cameras will offer any upgraded features compared to the modules employed by the aforementioned tow smartphones remains to be seen, but it's worth noting that the teaser video also confirms the inclusion of a dual - LED flash and what appears to be a laser -
autofocus module flanking the dual - camera combo.
We can assume that the top hole is where the main camera sensor will be, and the square gap to the left of that is likely to be where flash and perhaps a laser
autofocus module will be located.
Along the top is a row of nodes, from left to right housing the dual - LED flash, laser
autofocus module, dual 13 - megapixel cameras, microphone and two magnetic ports for modular accessories.
The autofocus module supports both phase detection and laser autofocus and the entire camera can also capture video in 4K.
There's a flash on the right, a laser
autofocus module, and a fingerprint sensor in the middle.
Not exact matches
The back panel of the Galaxy Tab A 8.0 (2017) houses an 8 - megapixel camera with
autofocus support, whereas its top bezel features a 5 - megapixel fixed - focus
module.
It sports a 13 - megapixel rear
autofocus camera, and a 5 - megapixel front camera, both accompanied by LED flash
modules.
Instead, it features the same 16MP f / 2.0 sensor found on its predecessor, with a 1.0 μm pixel size, phase detection
autofocus (PDAF) and a dual - tone LED flash
module.
On the back, the LG V30 + features a dual - camera setup comprising a 16MP f / 1.6 primary shooter and a 13MP f / 1.9 wide - angle lens with 1.0 μm pixel size, phase detection
autofocus, and a dual - tone LED flash
module.
The flash is placed to the left of the
module and below the flash you can see yet another slit, which we presume is the laser detection
autofocus.
There is a dual camera setup on the back with a separate
module having the LED Flash and Laser
Autofocus.
The dual - camera
module is accompanied by a two - tone flash and the laser
autofocus.
We are well aware that an
autofocus feature alone can not really compensate for a low - resolution and now dated camera
module, especially when compared to the likes of the LG V20 and the Google Pixel phones.
These days we have 23MP sensors on our smartphones in those tiny
modules and features like PDAF, Laser
Autofocus, Higher Aperture number and various software enhancements have helped these mobile brands dominate with their smartphone cameras.
It does promise to deliver the best black and white photos with its dedicated monochrome sensor, and it has laser
autofocus, though neither camera
module comes with optical image stabilization.
And a 8MP front - facing camera and a dual rear camera
module make up the phone's optics, the latter of which comprises a 16MP RGB sensor with phase detection
autofocus (PDAF) and a 2MP depth - sensing sensor.
One look at the back and one clearly would not be able to tell the difference until you look closely and notice the laser
autofocus assist
module.
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.
On the rear, there is a long camera
module holding two camera sensors, a laser
autofocus, and a dual tone LED flash.
The
module is equipped with phase detection
autofocus, optical image stabilization and quad - LED (dual tone) flash.
Other upgrades may include a better 16 - megapixel camera
module, putting to use Sony's IMX398 sensor with Optical Image Stabilization and Phase Detection
Autofocus.
Well, what is the point of having pioneered
Autofocus technology integrated into the camera
modules if they didn't make good use of it, right?
And the dual camera
module, plus laser
autofocus, combined with the fingerprint sensor, makes the back of the phone look like a quirky robot face.
The rear
module can not do the
autofocus correctly unless you tap on it; well then what's the use of the AF actually, if you're anyway going to do it manually.