Intel System Studio 2016

Software Intel System Studio 2016 Is an effective tool for developing intellectual code based on in-depth analysis of the system. The solution contains an exhaustive set of tools and technologies that accelerate the development of energy-efficient, high-performance and intelligent devices with access to a network for a wide range of systems and embedded platforms. Intel System Studio 2016 Provides developers of systems and embedded devices with enhanced functionality and opportunities to improve performance. Supporting the latest versions of platforms and operating systems, Intel, this toolkit helps to achieve greater performance through optimization with the help of professional libraries and compilers. Intel System Studio 2016 Simplifies localization of complex problems due to new debugging and tracing capabilities. Improved product analyzers allow developers to increase both energy efficiency and productivity. Key Benefits:

• Accelerating the time for software products to enter the market. The development process is accelerated by the full support of tools that allow for in-depth analysis of the platform.
• Improved energy efficiency and productivity. Analyzers, compilers and libraries provide more effective tools for developing intelligent code and accelerate both energy efficiency and performance.
• Increasing the reliability of systems. The stability of the system increases quickly and easily with the use of tools for in-depth analysis and debugging.
• Professional support of IntelPremierSupport around the world.

The new Intel System Studio 2016:

• Implementation and optimization of key scenarios for the use of systems and applications. Highly optimized compilers and libraries, including IntelC ++ Compiler, IntelIntegratedPerformancePrimitivesLibrary (IntelIPP), and IntelMathKernelLibrary (Intel® MKL) help developers to increase performance up to 4x.
• Analysis of application performance on Linux systems in real time with preemptive multitasking. Due to the fact that the performance analyzer supports the real-time profiling of Linux applications, developers can quickly and accurately localize bottlenecks, causing performance problems in Linux systems with preemptive multitasking.
• Analysis of application performance in virtual environments. The Performance Analyzer supports performance profiling in virtual environments. The study and analysis of the performance and functioning of embedded applications that work in instances of guest operating systems are available. Optimize the performance of a large number of operating systems and applications in a virtual environment on a single platform, which reduces the cost of hardware.
• Fast identification of energy-inefficient code. EnergyProfiler supports Android, Windows, and now Linux platforms, helping to extend battery life for things, mobile and embedded devices running on the Linux operating system, as well as optimizing the temperature characteristics of fanless systems.
• Quickly location of complex problems in the system. Complex tracing of software and hardware events on a system-wide scale helps to effectively localize problems. This is facilitated by trace information with time stamps and correlation data, as well as the ability to analyze complex interactions between software and hardware.
• Debugging on a system-wide scale without opening the case. Debugging and tracing via a standard USB connection based on the JTAG standard eliminates the need to use the JTAG port, thereby increasing flexibility and lowering costs.
• In-depth analysis of Windows systems to improve reliability. Debugging systems and tracing extensions for MicrosoftWinDbgKernelDebugger helps simplify the development of the prototype and validate the drivers for Windows. Debugging of the completely stopped Windows system (including drivers and system interrupts) is available, as well as rapid localization of complex problems in execution, using IntelProcessorTrace.
• Effective debugging of computationally capacious code and its execution on graphic cores. Use simple directives for the compiler (for example, #pragma) in order to allocate computationally capacious code and execute it simultaneously on the processor and the graphics core. The advanced debugger now supports debugging code that runs on graphics cores in addition to the code running on the processor cores.
• Support for the newest platforms. The latest versions of Intel processors and operating systems are supported, including: IntelAtomx3, x5, and x7 processors (formerly codenamed SoFIA and CherryTrail), processors of the 6th generation IntelCoreprocessors (formerly code-named Skylake), MicrosoftWindows 10, FreeBSD.
• Improved developer productivity. Improved functionality and out-of-the-box interface allow developers to get started without even having the target hardware, using the simulation on the WindRiverSimics platform. The package includes an Eclipse development environment that provides improved tool integration, as well as more detailed documentation and more templates, which speeds up the start of work.

Intel System Studio comes in three versions:

• Composer Edition: tools for optimizing code performance.
• Professional Edition: all components of ComposerEdition Plus tools for analyzing performance, energy efficiency and code validity.
• Professional Edition: all components of ComposerEdition Plus tools for analyzing performance, energy efficiency and code validity.