PGI Workstation Complete v10.8-Lz0

PGI Workstation™ is PGI's single-user scientific and engineering compilers and tools product. PGI Workstation is available in three language versions:
PGI Fortran Workstation—Fortran only
PGI C/C++ Workstation—C and C++ only
PGI Fortran/C/C++ Workstation—combined Fortran and C/C++
PGI Fortran Workstation includes The Portland Group's native parallelizing/optimizing FORTRAN 77, Fortran 90/95/03 and HPF compilers for 64-bit x64 and 32-bit x86 processor-based Linux, Apple Mac OS X and Microsoft Windows workstations. PGI Fortran Workstation provides the features, quality, and reliability necessary for developing and maintaining advanced scientific and technical applications.

PGI C/C++ Workstation includes The Portland Group's native parallelizing/optimizing OpenMP C++ and ANSI C compilers. The C++ compiler closely tracks the proposed ANSI standard and is compatible with cfront versions 2 and 3. All C++ functions are compatible with Fortran and C functions, so you can compose programs from components written in all three languages.

PGI Workstation includes the OpenMP and MPI enabled PGDBG parallel debugger and PGPROF performance profiler that can debug and profile up to eight local MPI processes. PGI Workstation also includes several versions of precompiled MPICH message passing libraries.

PGI Workstation includes a single user node-locked license for Linux, Mac OS X or Microsoft Windows. Volume packs of five or more single user node-locked licenses are also available. Volume packs are multi-platform; licenses may be mixed by operating system up to the maximum count. PGI Server offers the same features as PGI Workstation but includes a multi-user network floating license.

PGI Workstation for both Mac OS X and Windows consists of command-level versions of the PGI compilers and both command-level and graphical versions of the PGDBG debugger and PGPROF performance profiler. An integrated development environment (IDE) is neither provided nor supported. As a separate product, PGI Visual Fortran fully integrates PGI Fortran compilers and tools into Microsoft Windows using Microsoft Visual Studio

Technical Features:-
PGFORTRAN™ native OpenMP and auto-parallel Fortran 95/03 compiler with CUDA extensions
PGF77® native OpenMP and auto-parallel FORTRAN 77 compiler
PGHPF® native data parallel compiler with full HPF language support (Linux only)
PGCC® OpenMP and auto-parallel ANSI and K&R C compiler
PGC++® OpenMP and auto-parallel C++ compiler
PGDBG® OpenMP and MPI parallel graphical debugger
PGPROF® OpenMP and MPI parallel graphical performance profiler
Full support for the PGI Accelerator™ programming model on x64+GPU (PGFORTRAN and PGCC only)
Full 64-bit support on multi-core AMD64 and Intel 64
Intel 64 and AMD Opteron optimizations including SSE4.2/AVX, SSE4a/ABM, prefetching, use of extended register sets, and 64-bit addressing
PGI Unified Binary™ technology combines into a single executable or object file code optimized for multiple AMD64 processors, Intel 64 processors or NVIDIA GPUs.
Complete uniform development environment across 64-bit and 32-bit AMD and Intel processor-based systems running Linux, Mac OS X or Windows
Full support for Fortran 95 extensions and numerous Fortran 2003 extensions.
Full support for ANSI C99
Full support for OpenMP 3.0 on up to 256 cores
Support for 64-bit integers (-r8/-i8 compilation flags)
Highly tuned Intel MMX and SSE intrinsics library routines (C/C++ only)
One pass interprocedural analysis (IPA)
Interprocedural optimization of libraries
Profile feedback optimization
Function inlining including library functions
Vectorization, loop interchange, loop splitting
Memory hierarchy and memory allocation optimizations including huge pages support
Loop unrolling, loop fusion, and cache tiling
Enhanced auto-parallelization of loops specifically optimized for multi-core processors
Concurrent subroutine call support
Extensive vectorization/optimization directives/pragmas support
State-of-the-art dependence analysis and global optimization
Invariant conditional removal
Tuning for non-uniform memory access (NUMA) architectures
Process/CPU affinity support in SMP/OpenMP applications
Support for creating shared objects on Linux, dynamic libraries on Mac OS X and DLLs on Windows
Tracking ANSI C++ Standarda€”EDG 4.1 C++ front-end
C++ Class member templates
C++ partial specialization and ordering
C++ explicit template qualification
C/C++ extended asm support
GNU style template instantiation
GNU linkonce support
Integrated cpp pre-processing
Cray/DEC/IBM extensions (including Cray POINTERs & DEC STRUCTURES/UNIONS)
Support for SGI-compatible DOACROSS in PGF77 and PGF95
Threads-based auto-parallelization using Fortran
Threads-based auto-parallelization of FOR loops in C/C++
Full native OpenMP parallelization directives in Fortran
Full native OpenMP parallelization pragmas in C/C++
Byte swapping I/O for RISC/UNIX interoperability
Full support for Common Compiler Feedback Format compiler optimization listings
User modules simplify switching between multiple compiler environments/versions
Includes optimized ACML (LAPACK/BLAS/FFT) math library supported on all targets
Supports multi-threaded execution with Intel Math Kernel Libraries (MKL) 10.1 and later
Optional PGI compiled IMSL Fortran numerical library available
UNIX-compatible build/edit environment for Windows, including the BASH shell, vi editor, make, tar, gzip, sed, grep, awk, and over 100 other shell commands!
Pre-validated de facto standard support libraries including NetCDF, F95 OpenGL, ATLAS, ScaLAPACK, FFTW, MPICH, MPICH2 and LAM MPI
Interoperable with TotalView* (Linux only) and Allinea DDT.
Fully interoperable with gcc, g77, and gdb
Unconditional 30 day money back guarantee

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