Android users flip: The Top ten new features of Android 5.0 system

Less than a year after a major update to the Android system, Google upgraded from Kat to Lollipop, twice using candy to name the marketing goals. When we first saw the name of the Android 5.0 Lollipop, we realized that this would be the biggest change ever made to the Android system. First of all, in the sensory interface design, we have completely ushered in the flat of the Android system era, the new system not only uses a new color, but also looks very fashionable. In the future we believe that TouchWiz or LG's Optimus Custom UI, including Samsung, will follow Lollipop's new style. In addition, Google has completely improved the original boring notification center, so that the native system has a third-party plug-ins as powerful as the function. In addition, multitasking systems add more card styles, as well as a number of other new features, including 64-bit compilers and enhanced battery endurance capabilities. At present, in addition to Nexus equipment, including Motorola, HTC and so on have said that most of its smartphones support the upgrade to Android Lollipop, I believe that in the future we will usher in a surge of escalation. Let's take a look at the 10 most significant changes in Android 5.0 Lollipop. 1. New material design style Android Lollipop brand new design language is affected by a variety of factors, is a bold graphic innovation. In other words, Google wants to make material design a paper-based experience for users. The new visual language, in the basic element processing, draws lessons from the traditional printing design, the font layout, the grid system, the space, the proportion, the color matching, the image use and so on these basic plane design specification. In addition, Material design also advocates the concept of solid metaphor, using the physical surface and edge of the texture to create a visual clues, so that users feel real. Familiar touch allows users to quickly understand and perceive. In the design can be flexible use of substances, in accordance with the physical laws of the foundation, to create a different use experience. The last is a meaningful and more logical dynamic effect, in order to attract the user's attention and maintain the continuity of the entire system experience. 2. Support a variety of devices now, whether it's smartphones, tablets, laptops, smart TVs, cars, smart watches and even a variety of home electronics, Google's Android system is already available on all devices ' screens. The concept coincides with Microsoft, which previously announced that it would make Windows 10 a Cross-platform unified system that would help it out of trouble. 3, the new Notice Center design Google in the Android Lollipop has added a new style of notification system. The improved notification system gives priority to the userSay more important information and hide the less urgent content. Users only need to move to the slide to see all of the notification content. New notification system Another cool new feature is the ability to view notification messages directly in the lock screen interface. Not only this, users can also directly in the case of the lock screen to reply or enter the application. In addition, if the mobile phone in the process of the phone to enter, will not be full screen switching, but also in the way of pop-up notice to inform users. 4, the support of the 64-bit art virtual machine new system not only in the visual effect of great changes, Android Lollipop also in the internal performance of the leap. First of all, the new system has been used before the Dalvik virtual machine, instead of art mode, to achieve a true cross-platform compilation, in arm, X86, MIPS, etc., everywhere. The art virtual machine compiler has significantly increased memory footprint and application load times, and Google is committed to improving performance by as much as one times. In addition, the 64-bit support allows the art virtual machine to duck, and developers can develop applications for the 64-bit architecture core such as Arm cortex-a57. Android Lollipop supports larger registers, supports new instruction sets, and improves memory addressing space, and future Android smartphones will support more than 4GB of RAM.