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Simplify efforts to add parallelism to an application via a flexible runtime library that automatically maps logical parallelism onto threads.

Design code for efficient vectorization, threading, and offloading to accelerators.

This open standard distribution supports real-time communication without additional clients or plug-ins.

This technology enables remote, secure platform management when connected to AC power with network connections.

Reuse code across hardware targets (CPUs, GPUs, and FPGAs) with this open, standards-based C++ and SYCL alternative to proprietary compiler languages.

Intel® Fortran Compiler

Build applications that can scale for the future with optimized code designed for Intel® architecture.

With royalty-free APIs, this library includes ready-to-use functions highly optimized for diverse Intel® architectures.

Design scientific, engineering, or financial applications using enhanced math routines. Optimize code for current and future Intel® CPUs and GPUs.

Use advanced sampling and profiling methods to quickly analyze code, isolate issues, and deliver performance insight on modern CPUs, GPUs, and FPGAs.

Build, analyze, optimize, and scale high-performance computing applications with vectorization, multithreading, parallelization, and more.

Use 15 tools and libraries to build and deploy high-performance, data-centric applications. The toolkit includes the Data Parallel C++ language.

Intel® Cluster Checker

Identify issues with clusters and resolve them quickly.