#1

Reliable Performance

PGI compilers consistently rate among the highest on high-performance computing industry benchmarks. PGI compilers are now over 42% faster than GCC in floating point performance and over 20% faster on integer. Using PGI compilers is like adding more cluster nodes for a fraction of the cost.

#2

Easy MPI Debugging

PGDBG® is a powerful yet easy-to-use graphical debugger for 64-bit MPI and OpenMP parallel applications. Invest five minutes now watching the PGDBG demo and you could save hours the next time you need to debug your parallel code.

#3

Strategic Independence

PGI Unified Binary™ technology lets you build a single x64 binary executable optimized for both AMD and Intel processors. Find your road to strategic independence. Maximize flexibility and eliminate the need to target and optimize for separate processors.

#4

Multi-core Answers

The first step towards maximizing multi-core performance is optimizing single core performance. PGPROF® can help. PGPROF is an interactive OpenMP and MPI parallel performance profiler that can help you quickly see where where your applications is spending time.

#5

Peak Performance

With PGI, you get a comprehensive set of tools and technologies to help you squeeze peak performance from your code. Optimizing compilers, parallel performance profiling with scalability analysis, and hand-tuned BLAS, LAPACK and FFT numerical libraries to name just a few. Compare prices and features.

#6

HPC Your Way

PGI products support multi-core 64-bit AMD Opteron and Intel Xeon processors running over 30 popular versions of Linux and Windows. PGI MPI tools support MPICH, MPICH-2 and MSMPI over Ethernet and MVAPICH over InfiniBand. If your organization relies on a variety of HPC cluster technologies, check out the PGI CDK Cluster Development Kit.