By Ryan Cohen
The variety of Android units working on Intel processors has elevated when you consider that Intel and Google introduced, in overdue 2011, that they might be operating jointly to optimize destiny models of Android for Intel Atom processors. at the present time, Intel processors are available in Android smartphones and capsules made through a number of the most sensible brands of Android units, akin to Samsung, Lenovo, and Asus.
The bring up in Android units that includes Intel processors has created a requirement for Android purposes optimized for Intel structure: Android program improvement for the Intel® Platform is the suitable advent for software program engineers and cellular app builders. via well-designed app samples, code samples and case experiences, the publication teaches Android software improvement in response to the Intel platform—including for smartphones, capsules, and embedded devices—covering functionality tuning, debugging and optimization.
This booklet is together constructed for person studying via Intel software program collage and China Shanghai JiaoTong University.
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Additional info for Android Application Development for the Intel® Platform
It is also Intel’s first SoC that is based on the 22 nm processor technology. This multi-core Intel Atom processor provides outstanding computing power and is more power efficient compared to its predecessors. In addition to the latest Intel architecture core technology, it provides extensive platform features such as graphics, connectivity, security, and sensors, which enable developers to create software with unlimited user experiences. 64-Bit Android OS on Intel Architecture On a generic level, there are not many significant differences between 64-bit and 32-bit processors.
A description of the recent designs follows. Medfield Medfield, released in 2012, is Intel’s first SoC processor for smartphones. The core of the Medfield platform is the SoC chip (code-named Penwell). In fact, the previous Moorestown platform requires a two-chip solution to achieve the same functionality. As a true SoC, Medfield is different from the single-chip layout of Intel Atom processors but is equivalent to previous chipsets. As a result, it becomes a more compact, energy-efficient processor.
It is also Intel’s first SoC that is based on the 22 nm processor technology (see Figure 2-3). Figure 2-3. Intel Atom processor Z3xxx Series 24 Chapter 2 ■ Intel Embedded Hardware Platform Low Power Consumption As mentioned earlier, embedded systems are power constrained. The Intel Atom processor features energy-saving technologies such as Enhanced Intel SpeedStep Technology (EIST),1 low thermal design power, dynamic cache sizing, and deeper sleep. Devices with Intel Atom processors feature very limited heat dissipation, much less than common “full power” devices.