Intel Parallel Studio For Mac

Great tools to boost the performance, capability and reliability of your amazing applications.

Intel® Parallel Studio XE for macOS. (Student License) This suite provides a complete set of industry-leading compilers and performance libraries, making it simpler to build fast parallel code. download free, software. Verify that you qualify for the student offer. Make sure your system meets the minimum system requirements listed on this page. Intel® Parallel Studio XE for macOS. This suite provides a complete set of industry-leading compilers and libraries, making it simpler to build fast parallel code.

Improve application performance, scalability and reliability within your technical computing and development. Create fast, efficient embedded/device systems for mobile development, and deploy apps on multiple platforms using one codebase. Make your applications even more efficient and amazing!

Introduction

Intel's software tools can help you at every stage of the development process – build, analysis, debugging and tuning.

These tools accelerate application performance, increasing reliability and scalability. As a result, the code is transformed into high performance solutions for distributed processing and HPC environments, making your applications even more efficient and amazing.

Build high performance applications, including parallel applications used for multicore and manycore processors.

Grey Matter is proud to be an Intel^® Elite Reseller; we have a deep knowledge of how the tools are licensed – we can help you choose the right solution and edition to suit your needs and help you make your applications even better. We regularly run events with Intel^® Software (and other vendors) to help you use the tools and learn about the latest features.

Intel^® Parallel Studio XE

Design, build, verify, and tune your code faster with a suite of software development tools that simplify parallel programming while boosting application performance.

Intel^®Parallel Studio XE combines compilers, performance libraries, error checking, and performance profiling to deliver fast and reliable parallel code for C, C++, Fortran, and Python that scales on today’s and next-gen processors and co-processors.

More and more, applications need to run faster across multiple devices and perform multiple actions, such as big data analytics, image analysis, machine-learning applications, simulations, and time-critical financial analysis. Intel^® Parallel Studio XE will help your software run faster and help you achieve more complex work in the same amount of time.

Intel^® Parallel Studio XE comes in three editions:

Composer Edition: Build fast code using industry-leading C/C++ and Fortran compilers and libraries and high-performance Python packages
Professional Edition: Get everything in Composer Edition, plus analysis tools to design, tune, and debug parallel code
Cluster Edition: Includes everything in Professional Edition, plus MPI cluster development tools to create faster cluster applications

Intel^® VTune Profiler

(Formerly Intel VTune Amplifier)

Intel^® VTune Profiler provides threading optimisation and performance profiling capabilities for C, C++, Fortran, Python, and assembly developers who need to understand serial and parallel code behaviour to improve application performance and scalability.

Intel^® VTune Profiler provides powerful analysis tools for advanced profiling capabilities to remove any guesswork, with quick access to scaling information for faster and improved decision making. Performance data can be collected for:

The most time-consuming (hot) functions in your application and/or on the whole system
Sections of code that do not effectively utilise available processor time
The best sections of code to optimise for sequential performance and for threaded performance
Synchronisation objects that affect the application performance
Whether, where, and why your application spends time on input/output operations
The performance impact of different synchronisation methods, different numbers of threads, or different algorithms
Thread activity and transitions
Hardware-related issues in your code such as data sharing, cache misses, branch misprediction, and others

Intel^® Media Studio

Intel® Media Server Studio is a powerful software development suite of libraries that helps to create excellent video viewing experiences. Optimise your media solutions with powerful analytical tools to develop, debug, and deploy enterprise-grade media solutions on Intel^® Xeon processor and Intel^® Core processor-based platforms.

Deliver fast, high density and quality video transcoding, streaming, and conferencing
Access the full power of hardware accelerated codecs and programmable graphics on the latest Intel^® processors
Speed transition to 4K and HEVC

This tool set supports both Linux and Windows Server, and provides media and OpenCL SDKs, runtimes, graphics drivers, and advanced performance and quality analysis tools to optimise your media solutions.

Intel^® Media Server Studio is available in two editions:

Essential Edition: Access hardware-accelerated codecs and programmable graphics on Intel^® processors through the Intel^® Media SDK, runtimes, graphics drivers, and more
Professional Edition: For premium media performance, video quality, and compliance, the Professional Edition adds enterprise-quality HEVC and audio codecs, and advanced video quality analysis tools

Intel^® System Studio

Intel^® System Studio is a tool set ideal for system and embedded developers. The advanced tools and technologies speed the development of energy-efficient, high performance, smart, innovative solutions across wide-ranging system and embedded platforms.

With Intel^® System Studio you can:

Accelerate software development to bring innovative devices and competitive solutions to market faster
Quickly target and help resolve defects in complex systems
Help speed performance and reduce power consumption
Deliver great products on Intel^® architecture-based platforms

The tool suite speeds systems and embedded application development:

Device manufacturers looking for shorter system bring-up and validation cycles
System integrators who need faster software stack integration and optimisation
Embedded application developers who want to efficiently deliver new capabilities