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Which is better? Le 1s or iPhone SE?
Let's start with the OS. Android and iOS are now at-par on features, freely taking inspiration from each other and the perennial also-ran Windows Phone. However, if you've been using an Android phone, the move to iOS is jarring regardless of preparation. Trust me, having moved from a OnePlus 2 to an iPhone 6S, I know this better than most. If you're an iPhone user already, there is no discussion required. If you're an Android user, then I'd say "Don't even consider an iPhone!"
Moving on to design and build, the new iPhone is, in line with Apple's policy "thinner, smaller and lighter" than the Le 1s. However, the Le 1s has an astounding screen-to-body ratio of 75% that enables single-handed use and the phone doesn't feel too big. After all, within reason, bigger is always better! Both phones offer amazing build quality at their respective price points, so that's not really much of a contest.
On display, if you like smaller screens, the iPhone SE will appeal to you. But for someone who has used a 4+ inch screen device earlier, going back to a smaller display doesn't really work. In this respect, the Le 1s scores with its big but not too big display, and its helped by minimal bezels. Resolution-wise, its a no contest with the Full HD In-Cell display on the Le 1s ruling the roost with its fantastic color reproduction, great viewing angles and almost-zero bezels.
On connectivity, both the Le 1s and the iPhone SE are at par with each other on Wi-Fi and Network compatibilities, but the Le 1s scores with its dual-SIM capability.
When it comes to performance, I believe that specs are just one part of the game. Real-world performance is key. And in this area, despite having lesser amount of RAM than the Le 1s, the iPhone SE performs equally well due to better memory management in iOS versus Android. Its a straight tie!
Camera is another key feature where specs are just one part of the game with actual photo clarity being the key identifier. The iPhone SE uses the much-lauded camera module from the iPhone 6S, so its a given that photos will come out well. The Le 1s on the other hand had a few initial hiccups with photo clarity but they've since been resolved by OTA updates, so overall - its a good camera experience on both smartphones. The Le 1s scores in lowlight clarity and front-camera! Apple, for reasons that defy logic, went with a 1.2MP sensor on the front-camera. Now megapixels might not be everything, but with a 5MP sensor, the Le 1s handily beats the iPhone SE on selfies. Another reason is the smaller aperture size on Le 1s cameras – both front and rear (f2.0) compared to the iPhone SE which has f2.4 on the front camera and f2.2 on the rear camera – in photography parlance, smaller is referred to as “wider”. A wider aperture lets in more light which gives better photos in low-light and indoor situations, and gives you that beautiful blurred “out of focus” effect on wide shots.
With respect to sensors, the Le 1s has an infrared sensor to control home appliances that the iPhone doesn't. Everything else on this front is a tie.
Finally, the "essential spec" in today's world, battery! The Le 1s has almost double the battery capacity of the iPhone SE, with fast-charge built-in! While iOS has better power management than Android, the huge difference in capacity should result in longer standby times with the Le 1s!
Regardless of all technical specifications and performance comparisons, there will still be people convinced that an Apple product is the next best thing since sliced bread! So, to those people, here is a final nail in the coffin. Both the Le 1s and iPhone SE are good phones that do almost everything you can expect them to. Most importantly for a budget-conscious Indian, the Le 1s costs INR 10,999 while the iPhone SE starts at a whopping INR 39,000! That’s three times more expensive than the Le 1s!!! Case closed.
Understanding smartphone cameras…
The quality of the image depends on the size of sensor, the number of pixels on it and the
size of those pixels. For example: Samsung’s ISOCELL image sensor technology
promises increased light sensitivity and higher colour fidelity in smartphones
even in poor lighting conditions.
Aperture: The aperture (sometimes called focal ratio) of a camera is the ratio of the lens' focal length to the diameter of the entrance pupil. It is a measure of lens speed, and provides the thrust to
produce photos with better sharpness and clarity. The higher the focal ratio
and the smaller the opening in the lens, the greater the depth of field and
sharper the background of the photograph.
PDAF: Phase Detection Autofocus (PDAF) is currently the fastest method of focusing. It uses two sensor points to detect the phase difference in the light path and find the exact distance. It moves
the lens to the correct focus point so that the camera produces high quality
images. A few smartphones also use VCM ball bearing and closed loop technology
in PDAF, which lets the user click a picture in less than 0.09th of
a second.

Megapixel:
This is a unit for measuring image resolution. The more the pixels in a picture,
the more detailed the picture becomes. To put it simply, a single megapixel
amounts to one million pixels in an image and is an indication of the camera's
image quality or resolution. So photographs taken by a camera with higher
megapixels will result in higher resolution images.
Resolution: This refers to the number of pixels
in a camera sensor. A higher resolution means more pixels and more pixels
provide the ability to display more visual information (resulting in greater
clarity and more detail).
Autofocus: The Auto-Focus feature provides a camera with the ability to automatically focus on a subject correctly without the need of manual intervention from the user. This feature allows improved zoom shots and closer macro shots.

So don’t be camera shy, go ahead and research these terms so you have the right smart phone
to click that award winning photo!
OUKITEL K6000 Pro Smartphone Parameter Revealed - 6000mAh, Android 6.0, 3GB RAM
Brand: Oukitel
Model: K6000 Pro
Color: Silver/Grey
Dimensions: 10x76.7x154.3 mm
Weight: 213.88g (Build-in Battery)
Operating System: Android 6.0
Fingerprint ID: unlock in 0.3 second
CPU: 64 bit Octa core MT6753
GPU: Mali-T720 GPU
RAM: 3GB LPDDR3
ROM: 32GB, TF card support up to 32GB
Battery: SCUD 6000mAh Lithium Polymer
Talk time: 46 hours
Music: 45 hours
Videos: 10 hours
Charger: MTK Pump Express Flash Charging
5V/7V/9V-2A Intelligent flash charge
Display:
Size: 5.5 inch
Resolution: FHD 1920x1080 pixels
Type: LTPS 2.5D
Material: Dragontrail X
Camera:
Rear camera: 13MP, Front camera: 5MP
Rear camera: 16MP, Front camera:8MP(Interpolated)
F2.0 Aperture, Dual Flash
Video: 1080P
Connection:
Network: GSM: 850/900/1800/1900 (Band5, Band8, Band3, Band2)
WCDMA: 900/2100 (Band8, Band1)
FDD: 800/1800/2100/2600 (Band20 , Band3, Band1, Band7)
SIM: Dual SIM dual standby
Wifi: Support
Bluetooth: Bluetooth 4.0
Positioning: GPS, A-GPS, GLONASS
Sensors: G-sensor, Light sensor, Proximity sensor, Hall Effect sensor
Functions: FM radio, OTG, Hotknot, Miracast, Off-screen gesture, Super power saving mode
How to Recover Deleled Photos from Samsung S7/S7 Edge
The Samsung Galaxy S7 Edge is a dual SIM (GSM and GSM) smartphone Connectivity options include Wi-Fi, GPS, Bluetooth, NFC, 3G, 4G (with support for Band 40 used by some LTE networks in India). Sensors on the phone include Proximity sensor, Ambient light sensor, Accelerometer, and Gyroscope.Â

How to Recover Lost/Deleted Photos from Samsung S7/S7 Edge:
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Method to Recover Deleted Photos from S7/S7 Edge
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