Android Jellybean
| A version of the Android operating system | |
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Android 4.3.1 Jelly Bean running on a Nexus 4.
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| Developer | |
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| Released to manufacturing |
June 27, 2012 |
| Latest release | 4.3.1 (JLS36I) / October 3, 2013 |
| Preceded by | Android 4.0.4 "Ice Cream Sandwich" |
| Succeeded by | Android 4.4.x "KitKat" |
| Official website | Official website |
| Support status | |
| Unsupported | |
Android "Jelly Bean" is the codename given to three major point releases of the Android mobile operating system developed by Google, spanning versions between 4.1 and 4.3.1, that are no longer supported.
The first of these three, 4.1, was unveiled at Google's I/O developer conference in June 2012, focusing on performance improvements designed to give the operating system a smoother and more responsive feel, improvements to the notification system allowing for "expandable" notifications with action buttons, and other internal changes. Two more releases were made under the Jelly Bean name in October 2012 and July 2013 respectively, including 4.2—which included further optimizations, multi-user support for tablets, lock screen widgets, quick settings, and screen savers, and 4.3—contained further improvements and updates to the underlying Android platform.
Android 4.1 Jelly Bean was first unveiled at the Google I/O developer conference on June 27, 2012, with a focus on "delightful" improvements to the platform's user interface, along with improvements to Google's search experience on the platform (such as Knowledge Graph integration, and the new digital assistant Google Now), the unveiling of the Asus-produced Nexus 7 tablet, and the unveiling of the Nexus Q media player.
For Jelly Bean, work was made on optimizing the operating system's visual performance and responsiveness through a series of changes referred to as "Project Butter": graphical output is now triple buffered, vsync is used across all drawing operations, and the CPU is brought to full power when touch input is detected—preventing the lag associated with inputs made while the processor is in a low-power state. These changes allow the operating system to run at a full 60 frames per second on capable hardware.
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