Skip to main content

Google's Android One Makes a Comeback with Xiaomi Mi A1




Xiaomi just launched Mi A1. This phone is a great example of what Android One represents: a collaboration between Google and our partners to deliver a software experience designed by Google.
Mi A1 will be available in dozens of markets, including India, Indonesia, Russia, Vietnam and Taiwan.

Android One phones are Google endorsed devices that run a simple, fresh, and secure experience.
Android One launched in India back in 2014, the goal was to get the next billion people online by providing them with high quality, affordable phones. 

Phone manufacturers build phones that run a software experience designed by Google.
Buy it here: http://buy.mi.com/in/buy/product/mi-a1

All Android One phones are powered by a Google designed software experience that is:

Simple and smartAll Android One phones consistently run a pure Android experience with a clean design and a small, carefully curated set of preinstalled apps.
The latest technology from Google is built right into Android One phones and core to the experience. For example, all devices will be optimized for the Google Assistant for a personalized experience.
Google Photos will also be the default gallery for Android One phones to help users avoid running out of space, by providing free and unlimited storage of high quality photos and videos.

SecureWith multiple layers of protection, Android One phones are kept safe and secure with regular security updates. Devices will also stay secure with Google Play Protect: built-in malware protection that keeps phones clean, fast and high-performing. 

UpdatesAndroid One devices will receive timely upgrades to the latest Android OS, so people can quickly gain access to the latest platform innovations on their device. Users of the new Mi A1 will receive an upgrade to Android Oreo before the end of the year and next year they will also be one of the first to receive an upgrade to Android P. 

Mi A1 specifications:> 13.5cm (5.5) FHD display
> 2x Optical zoom Dual camera
> Full metal body
> 4GB High-speed RAM
> Massive 64GB storage
> 3080mAh(typ) battery
> Rear fingerprint sensor
> High-quality sound

ProcessorOcta-core Snapdragon 625 processor, max 2.0GHz
14nm FinFET, high performance and power efficiency
Adreno 506 graphics 650MHz

Memory4GB RAM
64GB internal storage
Up to 128GB expandable storage (microSD)

DimensionsHeight: 155.4 mm
Width: 75.8 mm
Thickness: 7.3 mm
Weight: 165 g

About Dual Camera
Wide-angle lens
12MP 1.25μm f/2.2
26mm equivalent focal length
5-piece lens
Two-tone flash
Telephoto lens
12MP 1.0 μm, f/2.6
50mm equivalent focal length
5-piece lens
 2x Optical zoom
PDAF phase focus
Low-light photography enhancements
HDR adjustment
Panorama mode
Continuous shooting mode
Facial recognition function




Labels:

Comments

Post a Comment

Popular posts from this blog

Google re-branded the support Android libraries to AndroidX

It is important to note, you cannot mix AppCompat and Jetpack in the same project. You must convert everything to use Jetpack if you want to upgrade. The support library artifacts are being deprecated and all future development is going into AndroidX , so there's no avoiding this migration. Alan Viverette sums this up nicely: “There won’t be a 29.0.0, so Android Q APIs will only be in AndroidX” The stable release of 28.0.0 will be the final feature release packaged as android.support . All subsequent feature releases will only be made available as androidx-packaged artifacts. Below tips will give you a clearer transition path. The current version of AppCompat (v28.x) is exactly the same as AndroidX (v1.x). In fact, the AppCompat libraries are machine generated by changing maven coordinates and package names of the AndroidX codebase. For example, android.support.v7.app.AppCompatActivity is now androidx.appcompat.app.AppCompatActivity For a complete listi
Post a Comment
Read more

Android Beginners Guide

                                                                                                               Android Operation System: Android is an operating system based on Linux with a Java programming interface. It provides tools, e.g. a compiler, debugger and a device emulator as well as its own Java Virtual machine (Dalvik Virtual Machine - DVM). Android is created by the Open Handset Alliance which is lead by Google. Android uses a special virtual machine, e.g. the Dalvik Virtual Machine. Dalvik uses special bytecode. Therefore you cannot run standard Java bytecode on Android. Android provides a tool "dx" which allows to convert Java Class files into "dex" (Dalvik Executable) files. Android applications are packed into an .apk (Android Package) file by the program "aapt" (Android Asset Packaging Tool) To simplify development Google provides the Android Development Tools (ADT) for Eclipse. The ADT performs automatically the conversion f
2 comments
Read more

Android Pi migration(28 API support)

I am here to give some inputs on android PI migration. .  Apps must target at least API level 28 to ensure it is built on the latest APIs optimized for security and performance . From August 2019, new apps must target at least Android 9.0 (API level 28) . The objective here is to make sure that your existing app works as-is on Android 9. Because some platform changes might affect the way your app behaves, some adjustments might be necessary, but you do not need to use new APIs or change your targetSdkVersion. Android Service Problem On Oreo, startService() will throw IllegalStateException. This can be fixed by changing it to startForegroundService(). but it also stops the service immediately if you don’t bind to the Notification with Service.startForeground() within 5 seconds. For other background service we decided to use the WorkManager . Implementation: Since we have minSdkVersion 19, We migrated to workmanger for scheduled tasks and we still use JobIntentSer
1 comment
Read more