PGI Accelerator Fortran/C/C++ Workstation v11.7 (x86/x64)
 

Workstation or server-based 64-bit AMD64, 64-bit Intel64 or 32-bit x86 computer with one or more core or multi-core AMD Opteron, Phenom, Athlon or Turion, or microprocessors Intel Pentium II/III/4/M / D, Centrino, Core, Core 2 or Xeon.

Accelerator (optional): NVIDIA GPU computing with the ability to CUDA 1.0 or later.
Operating system: Red Hat Linux 9.0 or higher, SUSE Linux Enterprise Server (SLES) 9 or later (tested on OpenSuSE 11.4), SUSE 9.0 or higher, Red Hat Enterprise Linux 3 or higher, or Fedora Core 4 or higher. Fully compatible with new versions of Linux, which uses the 2.4 kernel and test GNU C Library 2.3.2 or above.
64-bit design requires 64-bit operating system.
Memory: 16 MB or more.
Hard Disk: minimum (depending on options selected) 250 MB during installation, 150 MB for installed software.
Additional devices: Mouse or compatible pointing device to use a more graphical user interfaces.

Added missing. Diff-files in the tablet

PGI Workstation Complete for Linux - Compilers Fortran and C / C + + and development tools:
. PGFortran OpenMP * and auto-parallelizing Fortran 2003 compiler to add CUDA.
. PGF77 OpenMP and auto-parallelizing FORTRAN 77 compiler.
. PGHPF data parallel High Performance Fortran compiler (only on Linux platforms)
. PGCC OpenMP and auto-parallelizing ANSI C99 and K & R C compiler.
. PGC + + OpenMP and auto-parallelizing ANSI C + + compiler.
. PGPROF graphical MPI / OpenMP / multi-thread performance profiler (logging routine that allows you to estimate the performance of certain functions).
. PGDBG graphical MPI / OpenMP / multi-thread symbolic debugger.
. MPICH MPI libraries, version 1.2.7, 32-bit and 64-bit environments.
. Full support for PGI Accelerator T programming model on x64 + GPU (only PGFORTRAN and PGCC)
A partial list of supported technical capabilities
Full 64-bit support for multi-core machines, AMD64 and Intel 64
Full 64-bit support for multi-core machines, AMD64 and Intel 64
Optimization of the Intel 64 and AMD Opteron, including SSE4.2/AVX, SSE4a/ABM, pre-selection, the use of an additional set of registers and 64-bit addressing
PGI Unified Binary technology combined into an execution code or object file code optimized for certain processors AMD64, Intel 64 or NVIDIA graphics processors
Full universal development environment for systems based on a 64-bit and 32-bit AMD and Intel processors with operating systems Linux, Mac OS X or Windows
Full support for Fortran 95 and add some add-in Fortran 2003
Full support for ANSI C99
Full support for OpenMP 3.0 for the nuclei of up to 256
Embedding functions, including library
Vectorization, change cycles, the division cycles
Memory hierarchy optimization and location of memory, including support pages
Scan cycle, the fusion loops and cache tiling
Improved Auto-sync cycles, specially optimized for multicore processors
Support existing applications simultaneously scheduled
Extended Support Team / pragmas vectorization / optimization
Analysis of current state and the overall optimization
Configuration for non-uniform memory (NUMA)
Liaising process / application CPU SMP / OpenMP
Support for creating shared objects on Linux, shared libraries Mac OS X and Windows DLL's
Members of the class templates C + +
Partial specialization and ordering of C + +
Clarification of certain patterns of C + +
Support for improved assembly C / C + +
The concretization of style templates GNU
Integrated pre-processing C + +
Ins Cray / DEC / IBM (including Cray POINTERs and DEC STRUCTURES / UNIONS)
Support DOACROSS, compatible with SGI, and in PGF77 PGF95
Branch Auto sync with Fortran
Branch Auto Sync FOR loops in C / C + +
Own synchronization commands in Fortran OpenMP
Own synchronization OpenMP pragmas in C / C + +
Ability to interact IO RISC / UNIX byte-swapping
Full support for lists of compiler optimization commonly understood format
Custom modules simplify switching between different media / design versions
Includes an optimized math library ACML (LAPACK / BLAS / FFT), supported by all users
Supports the use of diversified libraries Intel Math Kernel Libraries (MKL) 10.1 or later

What's new

PGI 2011 version 11.7
. PGI compilers - 256 bit wide vector intrinsics called for AVX-enabled targets; other AVX optimizations.
. CUDA Fortran - CUDA 4.0 API updates; updated CUDA Fortran Programming Guide and Reference.
. Fortran 2003 - added support for Final Procedures.
. PGDBG ® Debugger - new Call Stack display and capabilites; added support for up-arrow and command line history.
. Plus 17 user-requested enhancements and fixes

PGI 2011 version 11.6
. PGI compilers - support for Intel AVX-enabled Sandy Bridge processors.
. PGI Accelerator T compilers - support for calling subroutines or CUDA kernels using device-resident data.
. CUDA Fortran - support for shared memory automatics in device code, limited support for printing from device code, and added a module for using the NVIDIA CUBLAS library.
. CUDA-x86 - emulated version of the CUBLAS library.
. Fortran 2003 - support for sourced allocation.
. PGI C + + compiler - significant improvements in the treatment of throwing and non-throwing functions.
. Plus 19 user-requested enhancements and fixes.

PGI 2011 version 11.5
. PGI Accelerator C / C + + - added support for compiling CUDA C / C + + to run on x86 targets with or without an NVIDIA GPU accelerator. This is a functional release; x86 performance has not been optimized (due later in 2011). CUDA features not supported in this release include:
. no support for the CUDA driver API (no plans)
. no support for texture memory (Q4, 2011)
. no support for OpenGL interoperability (to be determined)
. no support for warp-synchronous programming (no plans)
. no support for CUBLAS and CUFFT libraries (due in 11.6)
. no support for the Thrust C + + library (to be determined)
. Plus 24 user-requested enhancements and fixes.

PGI 2011 version 11.4
. PGI Accelerator - expanded support for libm math routines and added support for most of the NVIDIA device built-in routines, added the ability to access the GPU timers during execution and added new routines to simplify allocating memory in C. Using the new deviceptr () clause, this memory can be used within PGI Accelerator regions with no implicit data movement.
. PGI Visual Fortran - support for Visual Studio 2010 SP1.
. PGPROF ® Profiler and PGDGB Debugger - support user-specific preferences, standardized menus, updated names and better implementation for choosing and setting fonts. PGDBG debugger also includes a new docking framework that allows tabs to be moved and "torn off" into separate windows.
. Plus 19 user-requested enhancements and fixes

Language: English
Tablet:
Size: 536 Mb
OS : Linux

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