Sunday, 20 December 2015

[CM13] Download great and amazing Cyanogenmod 13 For Mi 4C Marshmallow 6.0

Download and install unofficial Cyanogenmod CM13 for Mi4c running on android Marshmallow 6.0.There are some minor bug though it will soon fixed.Thanks to XDA dev xiaobai112220,for this rom. As we know that for flashing any custom rom in your device like CM12.1 or Cm13 you need to have custom recovery installed in your device for eg TWRP recovery.

After install TWRP recovery you can follow below guide on How to install Cm13 on Mi 4C.Do make sure to fulfill all the requirements given below before proceeding

#Requirement

1.Your Xiaomi MI 4C Must be Rooted.

2.Must Have Custom Recovery in MI 4c like TWRP.

3.Make sure to Do backup of your current Rom from recovery.

4.Before flashing check for the bugs and stability report from Here

#How Install Cyanogenmod 13 in Xiaomi Mi 4C



1.Download Cyanogenmod 13 rom for Mi 4c from the link given below in download section.

2.Download Google app for android marshmallow 6.0 [CM13] from the link given below.

3.Copy both the files into your device memory.

4.Now reboot your device into Recovery Mode that is TWRP recovery.

5.Now flash CM13 rom from TWRP recovery and then flash Gapps 6.0.

6.Do Clear Cache and Wipe Data.

7.Reboot Your device.Done! you have successfully flash Cm 13 rom in your mI 4c.

#Download
1- Download Cyanogenmod 13 rom for Mi4C
(download the latest built according to date).
2- Download Gapps for android Marshmallow 6.0[CM13]

Monday, 7 December 2015

Finger Mouse- A new technology unleashed

When I first heard about the Mycestro, a little computer mouse you wear on your index finger and control by wagging your digits like a symphony conductor, I laughed. It seemed very awkward.
Then I started thinking about how much time I spend using a traditional computer mouse each day, and got to thinking that it might not be such a bad idea to mix up my mouse routine. Maybe it would make some tasks more efficient, or lessen the strain I feel in my shoulders after hours in front of a computer. And perhaps it would be easier to use than other gesture control devices, such as Leap Motion, which sits on your desk and senses different hand gestures. The device, called Mycestro (pronounced “maestro”), started as a Kickstarter project in 2013 and is now selling online for $149.
I spent several days using the device, for a few hours at a time. I used it to control all kinds of activities: watching videos, listening to music, playing games, researching stories, sending e-mail, and typing up this review.
For me, the Mycestro ranged from frustratingly useless to surprisingly effortless. At first, I spent a lot of time feeling like an oaf and not a maestro, struggling to get the cursor to go precisely where I wanted it. Yet, slowly, I began to get used to this strange new world of “finger-mousing.” I never got fully comfortable with the device, though; it was just too awkward and, at times, uncomfortable.
After more than two decades of using a mouse that sits under your hand, it’s hard to get used to one that clings to your finger. The Mycestro is like a bulky, futuristic ring: it’s about 4.5 centimeters long, and looks sort of like an arrowhead sitting on your index finger (only the right one, for now). The side closest to your thumb includes a touchpad and three little buttons for scrolling, selecting, and clicking.
To use the Mycestro, you plug a little Bluetooth dongle that comes with it into a USB port on your computer. Then you slide the ring on, touch your thumb anywhere on its side touchpad, and start waving your hand to see the cursor move.
At first, it’s exciting—you’re moving your hand left to right, up and down, diagonally, sweeping it in an arc in front of you, and the Mycestro responds immediately, interpreting your gestures as on-screen cursor movements. There was rarely any lag, and the company that makes it, Innovative Devices, says it should work at a distance of up to 30 feet.

Though the Mycestro only weighs half an ounce, it started to feel heavy and clunky really quickly. Wearing it for more than half an hour or so at a time while typing was a challenge. I could never comfortably type with my index finger while it was wrapped around my finger.
Overall, I can see Mycestro’s utility while traveling if you hate using a trackpad and don’t have room for a regular mouse, or while taking a break from sitting in front of a desk. But unless somebody yanks my trusty work mouse out from under my hand, the Mycestro won’t fully replace it
.

Lifi-The future of fastest internet access



Definition - What does LIFI mean?

Li-fi is an innovative idea in IT, one that aims at eventually replacing radio frequency wireless signals with those that come from light sources. This type of technology is still being developed, and may have the potential to introduce vastly improved wireless services.

 What is LIFI

New reports from the BBC show that Chinese researchers are developing a microchip light bulb that could enable up to 150 Mb per second of data transfer. This idea, also known as visible light communications or VLC, is just being pioneered in various applications. Scientists point out that visible light spectrums are part of the greater electromagnetic spectrum, and that this kind of application of light energy could help to unlock the puzzle of how to offer enough frequency capacity for a seemingly exponential demand.
In terms of its practicality, light-based data transfer would differ from existing radio frequency setups in a key way. Unlike radio energy, light does not penetrate physical barriers. That would require a different model where wireless systems need to be placed in the same room or space as endpoint devices or LAN network pieces. This would involve various pros and cons, but would generally require a pretty big user adjustment and a different idea of how to provision services. Chinese teams are expected to unveil more about Li-fi technology later in the fall of 2013.
Li-fi Technology China’s new and amazing invention

Chinese scientists have successfully developed a new technology named “Li Fi” the better, fast and cheap alternative of Wi Fi Technology. Chinese scientists claim that they have invented a better, reliable and cost-effective technology than the current technology “Wifi”, Li-Fi Technology works on a Light Bulb called LED (Light Emitting Diode). Professor Chi Nan of Shanghai institute of technical physics Chinese academy of sciences claims that her team is successful in inventing a technology which works on a 1 Watt LED capable to connect 4 PC’s simultaneously to the internet. Data travels over light signals instead of radio waves. Chi Nan Says, in Li-Fi Technology, special Micro Chips are used along with the LED’s to get access to the Internet and the speed of this technology can be extend to 150 Mbps which is higher than the current internet speed in China.
Li-Fi technology stands for “Light-Fidelity Technology” and uses visible light instead of Gigahertz radio frequency. The term “Li-Fi” was coined by Harald Haas from University of Edinburgh in the UK and refers to a visible light technology which will work on a similar principle as Wi-Fi does. Chi said, the current wireless signal transmission equipments are costly and low in efficiency. Whenever there is light, there is Internet. No light no Internet. Now your Car lamps, street lights and room bulb are your source to fastest Internet.

How Li-Fi technology Works

Li-Fi Technology works in the same manner to Wi-fi. Li-Fi Technology uses light signals to transfer data. LED’s are switched ON and OFF so faster than the human eye can detect and it seems to be continuous. Li-Fi Technology transfers signals in Binary Form (1 and 0), 1 represents ON State and 0 the Off State. A Micro chip added to the LED controls the ON and OFF Switching. Suppose you have a LED at sending end which flashes and sends signals and a Photo Detector receives signals on the other end. As soon as light flashes the photo detector detect the signals as 1 or ON otherwise 0 or OFF. Flashing the light many time will build a message and enable the data to travel. This is how Li-Fi Technology.

Pros and Cons of Li-Fi Technology


Pros of Li-Fi Technology

1. Internet can be accessed in those areas where optical fiber is not easy to deploy. 2. Provides good connectivity where there is light even in streets. 3. If it creates a bridge of network, all the lights of your house will act as a source of internet means full signals and great connectivity. 4. Faster than the Wi-Fi technology.

Cons of Li-Fi Technology

1. This technology works on exact line of sight, means light will not pass through the walls, we will be bound to a room. 2. How data will be transmitted back to the LED. 3. Long distance links will not be easy to create.

Future of Wi-Fi Technology

It seems like Li-Fi Technology will beat Wi-Fi Technology in indoors but it will take some time to do so.But Li-Fi Technology does not seems to be beating it in outdoors. However we are looking forward to the Public display of Li-Fi kits which are to be displayed at China’s International Industry Fair on 5th of November 2013 in Shanghai

Wednesday, 25 November 2015

How to apply cynoganmod 12.1 in your Android device

If you are looking to install CyanogenMod 12.1 on your Android device, but have no idea where to start, worry not as we are here. In this article, you will find all the details on how to install CM12.1 on your device, the pre-requisites, and other important things that you should be aware of.


e-requisites

It goes without saying that if you are interested in installing CM12.1 on your Android device, then it should be rooted with a custom recovery like TWRP or CWM installed. There is absolutely no other way to bypass this method.
If you own an Android device released in the last two years and it already has an official Android 5.1 build available for it, make sure to upgrade your device to it first. This will make sure that your bootloader and other low-level drivers are upgraded to work properly with the latest release of Lollipop.
Create a backup of all your important data on the handset. This includes your contacts, messages, music, photos and other important documents and files. You can also backup your app data using Titanium Backup, but I won’t recommend doing so since it can lead to compatibility issues when you try to restore it on CyanogenMod 12.1.
Select a build

The CyanogenMod team offers their ROM in two different flavours: Nightly and stable/Milestone. The former is meant for users who always like to get bleeding-edge features, even though it means sacrificing on stability sometimes. Nightly builds are released by the CyanogenMod team for their supported devices on a daily basis.

Milestone/Stable builds are released months after nightly builds for a particular version are released. For example, the first CM12.1 nightly builds started rolling out sometime in April, but it was only earlier this week that the CM team released the first stable build of the ROM for their supported devices.

You can download the Nightly or Milestone builds if CyanogenMod from their download page.

By default, CyanogenMod does not include any apps from Google due to licensing issues. You will have to flash a separate ZIP package, popularly known as the “GApps” package, to access Play Store, Maps and other services from Google on CyanogenMod. Thankfully, installing the Google Apps package is pretty easy. You can download the Google Apps package for CM12.1 from here.

Installation steps

Just like CyanogenMod 12 and any other custom ROM, the actual steps to install CM12.1 on any Android device are exactly the same as before.

Step 1: Transfer the CM12.1 ROM and the Google Apps package to the internal storage of your Android device. Double check to make sure that you have downloaded the correct build for your device.

Step 2: After transferring the ROM, you need to restart your Android device into Recovery mode. The procedure to boot into recovery mode is different for every Android device out there, and is usually a combination of the volume keys and power button.

If you don’t know the combination button to boot your Android device into recovery, download and use Quick Reboot from the Play Store. Open the app, select the ‘Recovery’ option. Make sure to grant it root access when prompted though.

Step 3: Once your device has booted into recovery mode, you need to wipe the /data and /system partitions of your Android device. Head over to the Wipe option, and then use the swipe bar at the bottom to do a factory reset of your Android device.

Do not use the format data option as it will wipe the internal storage of your Android device. To format the system partition, tap the ‘Advanced Wipe’ option, select ‘System’ from the list of partitions and then swipe the bottom bar to the right to confirm your selection.

Step 4: Now, you need to install CyanogenMod on your device by tapping on ‘Install’ button in TWRP and then navigating to the CyanogenMod ROM file that was transferred to your device in Step 1. If you are unable to find the ZIP file, make sure to check that you are inside /sdcard folder.
Step 5: Reboot your Android device by selecting the ‘Reboot system’ option. The first boot can take sometime, so be patient. Even if your device does not boot into Android after 10-15 minutes and is still stuck at the boot logo, repeat the above steps.

Step 6: If it does boot back into Android, switch off the handset once again and go into Recovery mode. You still need to install the Google Apps package, otherwise you will not gain access to Google Play Store and other suite of Google Apps. The process to install it remains the same; simply tap ‘Install’ and select the Google Apps ZIP file.

After the ZIP file has been installed, reboot your device back into Android. You can now set it up by logging into your Google account.

Upgrading from CyanogenMod 12 (CM12)

If you are already running CyanogenMod 12 on your Android device, you can easily upgrade your device to CyanogenMod 12.1. While you will be able to update to the stable release of CM12.1 without wiping your phone and losing any app data, you will need to make sure that you flash the compatible Google Apps package right after installing the ROM to avoid any compatibility issues.

Step 1: Download the latest CM12.1 nightly build and the compatible Android 5.1 Google Apps package, and transfer both files to the internal storage of your device.

Step 2: Boot your device into Recovery mode and flash the CM12.1 ROM without wiping the system or any other partition of the device. Then proceed to flash the Google Apps package and then reboot your device back into CyanogenMod.

The above steps will also work if you have modified the system partition of your CM12 running Android device by installing Xposed framework or anything similar. In case your device enters into a boot loop, you can try repeating the steps above. If that does not work, your only option will be to wipe your Android device and then install the ROM.

If you do end up installing CyanogenMod 12.1 on your device, do drop in a comment below and let us know how the installation experience was for you.

Monday, 23 November 2015

Octa-core vs Quad-core: Does it make a difference?

Octa-core vs Quad-core: Does it make a difference?


Quad-core or Octa-core: Is there a difference? Here's what you need to know about the processors packed into your smartphone and tablets
For smartphones in 2014 it was mostly about quad-core power. Now, a year later everyone is moving to octa-core processors. Whether its the Samsung Galaxy S6, the HTC One M9 or the recently announced OnePlus 2.
So is this really a big deal that we know have more cores powering our smartphones?
Octa-core chips have double the number of processor cores of quad-core chips, right? Yes. So they're pretty much twice as powerful, right? No. Not even close. It's not just about the numbers here.
And this is why some explanation of the difference between octa-core and quad-core is needed...
Smartphones Buyers Guide
Octa-core vs Quad-core: It's not about powerThe terms octa-core and quad-core denote the number of processor cores in a CPU. Octa is eight, quad is four. So far, so obvious.
But the key difference between the two – at least when talking about mobile chips in 2015 – is how these processor cores are set up.
In the case of quad-core chips, each core can be put to work simultaneously on a given task, enabling fast and fluid multitasking, smooth 3D gameplay, and super-speedy camera performance, among other things.
Modern octa-core chips, meanwhile, simply have two sets of quad-core processors, which split various tasks between them according to type. Most of the time, the lower-powered set of cores will be employed. When advanced tasks are needed, however, the faster set of four cores will kick in.
A more accurate term than octa-core, then, would be "dual quad-core". But that just sounds confusing, and it's not nearly so marketable. So, octa-core it is.
octo core vs dual core
The table above shows multi-core benchmark performances of quad-core and octa-core smartphones and tablets 

Octa-core vs Quad-core: Purpose

What's the point of having two sets of quad-core processors handing off tasks to one another, then? It's all about energy efficiency.
The more powerful a CPU is, the more power it has to draw from a device's battery. This poses a problem, given that smartphone battery technology hasn't advanced at anywhere near the rate of mobile processor technology.
The result: as smartphones have gotten more advanced, so battery life has plummeted.
The truth, however, is that you don't really need that much processing power for the vast majority of smartphone tasks. Navigating through your home screens, checking messages, and even browsing the web aren't particularly power-hungry tasks.
However, HD video, gaming, and photo manipulation most certainly are.
Combined with the fact that CPU manufacturing processes have gotten so precise now that you can squeeze much more onto a single chip, the octa-core concept seems to be a practical, if slightly inelegant, way to lengthen a modern phone's battery life without compromising performance where it matters.
Tegra

Octa-core vs Quad-core: Technology

All modern octa-core mobile chips are based on ARM's so-called big.LITTLE architecture.
This big.LITTLE octa-core architecture was announced in October 2011, enabling four low-power Cortex-A7 cores to operate with four high-performance Cortex-A15 cores. ARM has iterated on this setup every year since, providing more capable chips on both halves of the octa-core divide.
A number of major mobile chip manufacturers have based their efforts on this big.LITTLE, or octa-core, blueprint. One of the first and most notable was Samsung's own Exynos chip, which made its debut in Octa form – at least in some territories – with the Samsung Galaxy S4.
More recently, Qualcomm switched to the big.LITTLE octa-core setup with its new Snapdragon 810 CPU. This is the chip that powers the recently announced HTC One M9 and the LG G Flex 2.
At the start of the year, Nvidia unveiled the Tegra X1, its new super-powerful mobile processor that will be at the heart of the company's push into automotive computing. While the X1's headline feature is its console-challenging GPU, it also sees a shift to arm's big.LITTLE architecture. Yep, it's gone octa-core too.
Huawei's own Kirin 920 sported a similar big.LITTLE setup when it made its way into the Honor 6 late last year, while MediaTek is another chip manufacturer to adopt the big.LITTLE architecture with its MT6595 chip.
Exynos

Octa-core vs Quad-core: Conclusion

So, what's the difference between octa-core and quad-core in the modern smartphone business? Very little, as it turns out.
That octa-core term is more than a little misleading, as it doesn't mean the doubling of quad-core multi-core performance that it suggests. Rather, it represents two independently operating quad-core set-ups squeezed together on one chip for the purpose of greater energy efficiency.
Is such an octa-core setup superior to a quad-core one? No, not necessarily. Apple manages to get decent energy efficiency and performance out of a dual-core setup, after all.
The latest news that Qualcomm's supposed processor of choice for smartphones in 2015 will be a 'quad-core' based Snapdragon 820 set up supports this as well. Having gone octa-core for its top end Snapdragon 810 and the mid-range 615 processors this year, both have had their issues. The 810 had the more high profile overheating issues that we experienced with the Sony Xperia Z3 Plus and the LG G Flex 2.
The problem could lie with Qualcomm's decision to swap four Krait cores for ARM's Cortex low-power cores, but it's clear that the company has taken a step backwards to hopefully repair the damage done this year and get manufacturers like Samsung back on board.
ARM's octa-core big.LITTLE blueprint can be seen as one possible solution among several to a long-standing smartphone problem – awful battery life. Once someone solves that particular issue, we suspect that we'll see the end of this curious dual quad-core setup.

Thursday, 19 November 2015

Andriod Vs ios pros and cons compared

BlackBerry and Windows Phone are practically non-existent now, so for most of us, the choice of which phone platform to buy into comes down to choosing between iOS and Android. Since their launch in 2007 and 2008, iOS and Android respectively have had their share of fan following.
It is obvious that Android dominates the smartphone market share worldwide by virtue of its presence across wider price brackets, and being offered by a variety of phone makers. Apple has consistently maintained a healthy share of the global market despite having only about a relative minuscule number of devices on sale each year.
For the past few years, September has been the month when Apple unveils its new iPhones. While a new Android phone is launched almost daily these days, Google also usually introduces one Nexus phone a year, typically in October. Along with new hardware, this is also the time when both companies release the latest versions of their mobile operating systems.
Both companies have, over the years, made strong cases for why a user should choose them. This means that a typical iOS versus Android debate could run on for hours. Over the years, both operating systems have been filling the gaps, and Android has become more polished over time, while iOS became more flexible.
So how does one choose? Here is a list of pros for both platforms that should help you decide the camp you belong to.
Things you gain with Android
sony_android_phone_stocksnap.jpg1) More functional apps
This is evident with useful apps like the TrueCaller family; a bunch of no-input expense logging apps like Smart Spends and Walnut; automation apps like SpeakerPhone Ex and Tasker. Due to limitations of iOS platform, the ones mentioned above either don't work as well or don't work at all on an iPhone. On Android, apps like these that can truly make the most advantage of the phone's capabilities.
truecaller_google_play.png2) Lower cost of ownership
The 'Apple Tax' is a term used to describe the premium one has to pay to own Apple products. Android phone makers have been consistently trying to price their flagship phones as high as iPhones for years, but most of them end up quickly discounting the price, to sell better. Then there are the new-age upstarts like Xiaomi and OnePlus that thrive on selling phones with near-high-end features at a cost that's less than half of what Apple charges for its flagship device.
It is not only the iPhones that sell at a premium. A simple charging cable from Apple for your iPhone will cost you an excess of a thousand rupees. Even upping the storage capacity from the base 16GB on an iPhone to the next step (64GB) costs Rs. 10,000 - the same amount of money required to buy a usable Android phone these days.
3) Innovative hardware features
Due to stiff competition amongst Android smartphones, phone manufacturers go the extra mile to innovate on the hardware front, as Google covers most of the software side of the story. As a result, you get phones with nifty useful features like an IR blaster, which lets you control TVs, set top boxes and other appliances in your home, via your phone. Front-facing stereo speakers are great while consuming audio-visual content without hacky solutions like holding your hand behind the speakers on an iPhone to bounce the sound back.
And in markets like India, many people also prefer using two SIM cards at the same time. Dual SIMs were largely restricted to entry-level phones at first, but today, you'll see dual SIM options in phones like the LG G4 and the OnePlus 2.
There are a lot of other features you can get if you go with Android thanks to the large number of phones out there. You'll find phones with double-sided displaysscreens that curve at the edge, andwireless charging, to name just a few new features.
It's not to say the iPhone doesn't have any hardware features to boast about - things like a capacitive multi-touch display with the original iPhone, the Retina Display with the iPhone 4, the fingerprint-scanning Touch ID with the iPhone 5s, and the 3D Touch-toting iPhone 6s are some of the innovations that the rest of the industry has followed suit on.
4) Tight Google Integration
Apple makes its money selling hardware, Google makes its by selling ads. Since iOS is the second biggest OS in terms of market share after Android, Google makes all its services available to iPhone users.
But although Google has made several apps for iPhone, they are just not as well integrated as they are on Android, and this can matter a lot if you're highly reliant on Google's services.
Take the example of voice commands - say you want to translate ¿Cómo estás? to English. On an Android phone, just saying "Okay, Google" and then repeating that phrase will get you the answer. Or say you want to send a WhatsApp message to a friend using voice - it's doable with "Okay, Google". This kind of stuff is not possible with Siri, Apple's virtual assistant today, as it does not integrate with third-party apps. There is a Google app for iOS, it's just an app and not a part of the OS like on Android.
Take another example - every time somebody shares a location with you on WhatsApp, Apple Maps will open up by default, not Google Maps. And we all know how helpful Apple Maps are in India.
5) Deeper customisation 
No need to elaborate on this one too much - almost everybody's aware of the fact that you can customise Android to the way you like. Don't like the homescreen or lockscreen? Change it. Don't like how the default fonts look? Change them too. Want to open your favourite app when you swipe up anywhere on the home screen? No problem.
These are things you can do easily on Android, without any heavy modification to the software the phones comes preinstalled with; doing similar things on iOS is only possible by jailbreaking your device.
With Android, customisation has been allowed since day one, and that has also allowed hardware manufacturers to create their own flavours of Android. Phones like the OnePlus One were successful not only because of their bang-for-the-buck hardware, but also because of the highly-customisable variant of Android that came preinstalled on the device.
6) A universal charging port 
Last but not the least, there's a good chance you won't miss carrying your phone charger everywhere if you're using Android. The Micro-USB port is ubiquitous amongst all phone makers except for Apple. A transition to USB Type-C is now underway, which will cause some hiccups, but it's something that will quickly be resolved. On the other hand, even though Apple has adopted USB Type-C in the new MacBook, there is little indication that it will replace the proprietary Lightning port anytime soon on iOS devices.
zuk_z1_type_c_port.jpg
Things you gain with iOS
1) Timely OS updates, and updates to older devices
The biggest advantage when the same company makes the hardware and software is timely updates. The newest iOS 9 update hit 50 percent of all devices in just 4 days. Android Lollipop reached 21 percent in 10 months, iOS 9 crossed that in 48 hours.
Android phone makers usually promise one major Android update for each handset. The iPhone 4s has received four major iOS updates since its launch 2011. I doubt there is any Android phone in the market that was made in 2011 that is running the latest version of the OS, which could bring in a host of new features and be a new lease of life to an old phone.
Sometimes important security fixes also are a part of newer updates, which will be hard for Android users to get.
2) Negligible fragmentation
Google generally releases a new version of Android every year, most manufacturers then take that OS and make their own variation of it (the manufacturers "skins", such as TouchWiz, HTC Sense, MIUI et al) and then sell it to customers. Then next year, Google releases the next Android software update. For Android phone makers to keep supporting older hardware with new versions of Android is tedious and cost-intensive (remember they stop selling that model after a year or two anyway) so you get lots of Android phones on the market, all of which are running different versions of the OS.
Then there's fragmentation within manufacturers' own UI overlays. Look at TouchWiz on a Note 4 and a Galaxy S6, and you'll notice they're not exactly the same and they have separate timelines for updates. Or let's take the example of how Xiaomi's MIUI 6 chose to keep some of its own feature implementations instead of Google's, while running Android 5.0 Lollipop.
Then there's hardware fragmentation that causes further software fragmentation, as there are a wide variety of screen sizes and display resolutions, processors, and different amounts of RAM available to developers.
With iOS, there is negligible software fragmentation as there are only a handful devices with fixed screen resolutions, processing power and hardware capabilities. With different screen sizes and multiple models, the iPhone is slightly more fragmented than it was a few years ago, but it is still a tiny variance, when compared to Android.
3) Unmatched cross-device syncing if you use other Apple products
This is a big plus if you're the owner of multiple Apple products. Thanks to software-hardware integration, no other software ecosystem lets you take phone calls that come to your phone on your computer without installing any additional software, then reply to SMSs from your tablet, and pick up an article you were reading on a tablet on your phone, right at the point where you left off.
4) Consistent hardware upgrade cycles
Many iPhone loyalists usually stick to a two to three year upgrade cycle. The reliable software updates are also an incentive to stick to your current iPhone, knowing that you'll get the same software features as the new one (unless they're hardware-dependent). Also, since 2011, a new iPhone consistently comes out by September each year. This is reassuring since you're buying something knowing when the next version is going to be out.
With Android, there's far too much distraction, with so many manufacturers vying for your attention with their devices. Unless you're loyal to one Android phone maker, the timelines are all messed up with tempting Android phones launching all along the year. You buy one thing, and some other phone maker will come up with their next best in a few months, making you yearn for a feature or two that it has, and yours doesn't.
5) A variety of high-quality, creative apps 
Two years ago, apps on iOS were better designed than the ones on Android. In the past two years, we've seen more and more developers make Android apps look good. Today, a fair share of apps we use on Android are certainly not poorly-designed. But iOS still holds the pedestal for good looking apps. Not only are apps well-designed, but some really excel in terms of their creativity. For example, the famous Paper app is to date exclusively for iOS. Infinity Blade, a game with cult following, has remained iOS exclusive for all three versions. One wonders if it would have ever gotten paid downloads in the same numbers, had it released on Android.
infinity_blade_3_itunes.jpg
You may say there's a certain superiority complex among iOS-exclusive developers, but it boils down to the fact that iOS users are more willing to pay for apps than Android users and that they're simply pandering to that audience, by going the extra mile.
6) Comparatively lesser malware 
Apple's "walled garden" of apps comes with certain benefits when it comes to malware. Apple doesn't let you tinker with the OS in any meaningful way, and doesn't (for all practical purposes) let you install apps without using the App Store. It does not permit third-party app stores, and has stringent measures to prevent malicious apps from entering the app store. Okay, maybe this is a bad week to be writing this, but it's generally true.
Add to that the fact that Android has the lion's share of the global market, which makes it an appealing target for malware makers, the same way Windows users tend to get targeted more on PCs.
So there you have it - both platforms compared in 2015. Personally, I've kept swapping between Android and iOS every few years and although currently I swear by Android, iOS only has one shortcoming, in my view, the fact that I can't have system-wide default apps that don't belong to Apple. Come iOS 10, I hope Apple will finally let me pick Gmail as the default mail app.

Wednesday, 18 November 2015

YU yureka mobiles specs




Yu Yureka

Yu Yureka

  • Design
  • Display
  • Software
  • Performance
  • Battery life
  • Camera
  • Value for money
  • Good
  • Good performance
  • Great camera
  • Highly customisable Cyanogen OS
  • LTE support
  • Bad
  • Average battery life

detailed specifications
GENERAL
Alternate namesAO5510
Release dateDecember 2014
Form factorTouchscreen
Dimensions (mm)154.80 x 78.00 x 8.80
Weight (g)177.00
Battery capacity (mAh)2500
Removable batteryYes
ColoursMoonstone Grey
SAR valueNA
DISPLAY
Screen size (inches)5.50
TouchscreenYes
Resolution720x1280 pixels
Pixels per inch (PPI)267
HARDWARE
Processor1.5GHz  octa-core
Processor makeQualcomm Snapdragon 615
RAM2GB
Internal storage16GB
Expandable storageYes
Expandable storage typemicroSD
Expandable storage up to (GB)32
CAMERA
Rear camera13-megapixel
FlashYes
Front camera5-megapixel
SOFTWARE
Operating SystemCyanogen OS 11
CONNECTIVITY
Wi-FiYes
Wi-Fi standards supported802.11 b/ g/ n
GPSYes
BluetoothYes, v 4.00
NFCNo
InfraredNo
Wi-Fi DirectNo
MHL OutNo
HDMINo
Headphones3.5mm
FMYes
Number of SIMs2
SIM 1
SIM TypeMicro-SIM
GSM/ CDMAGSM
3GYes
4G/ LTEYes
Supports 4G in India (Band 40)Yes
SIM 2
SIM TypeMicro-SIM
GSM/ CDMAGSM
3GYes
4G/ LTEYes
Supports 4G in India (Band 40)Yes
SENSORS
Compass/ MagnetometerNo
Proximity sensorYes
AccelerometerYes
Ambient light sensorYes
GyroscopeYes
BarometerNo
Temperature sensorNo