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  Intel System Studio 2020 - The Smart Way to Create Smart Code-Based on Deep, System-Wide Insights  
 

Intel® System Studio is an all-in-one, cross-platform tool suite, purpose-built to simplify system bring-up and improve system and IoT device application performance on Intel® platforms.

 
 
  • Speed time-to-market: Ready-to-use, domain-specific routines and system-wide visual performance analysis quickly identify issues and reduce optimization time.

  • Boost performance and power efficiency: Platform-tuned libraries and compilers help optimize software on Intel® architecture. Actionable data uncovers power issues.

    Strengthen system reliability: In-depth debugging, tracing, and analyzing capabilities identify elusive issues and deliver deep platform insights.

 
     
     
     
  What’s New in 2020  
 
  • Latest processor support:

    • 10th generation Intel® Core™ processor (formerly Ice Lake, Comet Lake, Amber Lake)
    • Intel® Xeon® processor (formerly Cascade Lake)

  • Improved debug: Intel® System Debugger adds a newly designed Eclipse* integrated source-level debugger to increase developer efficiency. Intuitively identify targets and connection types with a new target indicator. This cross-platform utility indicates the status of an Intel® Direct Connect Interface debug connection to a target platform.

  • Improved remote development for the Intel® Distribution of OpenVINO™ toolkit in Intel System Studio with a new Docker* platform: Build OpenVINO toolkit projects as a user-selectable option. Support for the latest Intel® IoT Developer Kits accelerate the path from prototype to production.

  • Rapid insights into performance:

    • An overlay tour of important Intel® VTune™ Profiler UI elements provides an improved experience for first-time users.
    • Extended coarse-grain, platform-level collection and analysis in Intel VTune Profiler
    • Intel® Processor Trace support (a preview) for very short anomaly detection such as boot time analysis, long network packet processing detection, and more
    • New workflow enhancements and simplified setup are aided with performance analysis cookbooks that provide common analysis techniques.

  • Enhanced roofline analysis and developer guidance: Intel® Advisor adds cache simulation insights for vectorization by allowing roofline analysis for L1, L2, L3, and DRAM. Use improved developer guidance for performance improvement suggestions from the roofline analysis.

  • Improved ease of use: The tool suite offers new and improved code wizards and samples to speed up IoT project development.

  • Enhanced standards support: Intel® C++ Compiler extended its coverage of C++17 and C++20.

  • Harness more performance: Use the latest updates of the performance libraries, and analysis and debugger tools with new and enhanced features to take advantage of the power of the latest Intel® platforms.

 
     
     
     
 

Testimonials:

 
 
  • 50% improved performance (through Intel® VTune™ Amplifier) for Dahua Network Video systems, an advanced video surveillance solution provider in China.
  • 4x improved performance (through Intel® C++ Compiler, and Intel® Math Kernel Library) and 100x productivity increase (5 minutes vs 8+ hours) through use of VTune by IMCORP, a provider of power cable system reliability solutions in the US.
  • 2x productivity increase (through the Intel® C++ compiler for FreeBSD) for Dell.
  • Improved sensitive, hardware-dependent code (through the Intel® System Debugger) for Beckhoff Automation, an open automation systems provider in Germany.
 
     
     
     
 

If you belong to below any of the segment, then you need to look into Intel® System Studio:

 
 
    Device manufacturers -- looking for shorter system bring up and validation cycles. System Integrators -- who needs faster software stack integration and optimisation. Embedded application developers -- who want to effectively deliver new capabilities.
 
     
     
     
 

Why is Intel® System Studio important for embedded and mobile product development?

 
 
    System and application debuggers enable debug and trace across System-on-Chip, from hardware and middleware to the application layer. Intel® System Debugger enables in-depth SoC, UEFI, Operating system, driver debug and trace to resolve software issues faster through JTAG. Enhanced GDB Debugger provides application - level debugging. New debugger to effectively debug compute - intesive code offload to graphics cores. JTAG debug and trace extensions for MicrooftWinDbg Kernel debugger to support Windows driver debug and validation through a completely halted Windows system.
 
 

Learn more about Intel® System Studio by watching this video clip

 
     
     
     
  Evaluation  
 

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