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Home > Resources > Archive > Archived Tools > CPU Tools Archive > SSEPlus Project

SSEPlus Project

 

Overview

In March 2008, AMD initiated SSEPlus, an open-source project to help developers write high performing SSE code. The SSEPlus library simplifies SIMD development through optimized emulation of SSE instructions, CPUID wrappers, and fast versions of key SIMD algorithms. SSEPlus is available under the Apache v2.0 license.

Originally created as a core technology in the Framewave open-source library, SSEPlus greatly enhances developer productivity. It provides known-good versions of common SIMD operations with focused platform optimizations. By taking advantage of the optimized emulation, a developer can write algorithms once and compile for multiple target architectures. This feature also allows developers to use future SSE instructions before the actual target hardware is available.

  • Features
  • Benefits
  • Related Resources

Features

  • C/C++ APIs similar to SSE compiler intrinsics
  • CPUID management functions
  • Optimized emulation of SSE3, SSSE3, SSE4A, and SSE4.1 instructions
  • Implementations optimized for multiple target architectures
  • Hundreds of additional high performance SIMD functions
  • New SIMD operations include arithmetic and logical functions, fixed accuracy math, sophisticated packing and unpacking operations, trigonometry, and more
  • Macros and include files to help developer productivity while managing multiple target architectures
  • Active development and community participation

Benefits

  • Developers no longer have to redevelop their algorithms to write for multiple SSE revisions
  • Simplified CPUID checking
  • Simplified maintenance of code that targets different SSE instruction mixes
  • SSEPlus provides containers to hold instructions that are desirable in hardware (e.g., 32 bit integer divide)
  • Helps developers use and implement instructions that match their own algorithms
  • Optimize code once for target hardware while at the same time ensuring that generated code conforms to the target hardware

Related Resources

  • SSEPlus Project Overview

 

SSEPlus on SourceForge.net

SSEPlus project on SourceForge.net

Framewave Project

 

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  • Heterogeneous Computing
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        • Introductory Exercises and Tutorials
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        • Porting CUDA Applications to OpenCL™
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          • Image Convolution Using OpenCL™ – A Step-by-Step Tutorial Step 3
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          • Image Convolution Using OpenCL™ – A Step-by-Step Tutorial Step 5
          • Image Convolution Using OpenCL™ – A Step-by-Step Tutorial Step 6
      • Training & Events
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        • OpenCL Programming Webinar Series
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      • Articles & Papers
      • Getting Started – Software & Hardware
    • What is Heterogeneous Computing?
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      • A Heterogenius Architecture
  • Documentation Library
  • Hardware & Drivers
    • CCC Driver Details
    • “Magny-Cours” Zone
    • ATI Catalyst™ PC Vendor ID (1002) LI
  • AFDS Videos
  • Documentation & Articles
    • Develop Blazing Fast Code with Microsoft Visual Studio® 2008 and AMD Tools
    • Exploiting Multi-Core Processors in Windows Vista
    • Performance Optimization of Windows Applications on AMD Processors, Part I
    • Performance Optimization of Windows Applications on AMD Processors, Part II
    • Ten Things Developers Should Know About Windows 7
    • The Windows NUMA API-What It Is and Why You Care
    • Articles & Whitepapers
      • OpenCL™ Optimization Case Study: Diagonal Sparse Matrix Vector Multiplication Test
      • Barcelona’s Innovative Architecture Is Driven by a New Shared Cache
      • Bulk Encryption on GPUs
      • Develop Blazing Fast Code with Microsoft Visual Studio® 2008 and AMD Tools
      • Going to Barcelona: A Modern Architecture for Breakthrough Software Performance
      • Introduction to “Magny-Cours”
      • Java Performance when Debugging is Enabled
      • JPEG Decoding with Run-Length Encoding: A CPU and GPU Approach
      • New Round-to-Even Technique for Large-scale Data and Its Application in Integer Scaling
      • OpenCL™ and the AMD APP SDK
      • OpenCL™ and the AMD APP SDK v2.4
      • OpenCL™ Optimization Case Study Fast Fourier Transform – Part 1
      • OpenCL™ Optimization Case Study Fast Fourier Transform – Part II
      • OpenCL™ Optimization Case Study: Simple Reductions
      • OpenCL™ Optimization Case Study: Support Vector Machine Training
      • Tiled Convolution: Fast Image Filtering
    • Developer Guides & Manuals
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      • AMD Opteron 6100 Series: A Developer’s Perspective
      • Software Optimization Video Series
      • Xen Summit North America 2010
    • Java™ Zone
    • Knowledge Base
    • OpenGL® Zone
      • OpenGL® Specifications
    • Samples & Demos
      • Processor and Core Enumeration Using CPUID
      • GPU Demos
        • Radeon™ HD 7900 Series Graphics Real-Time Demos
        • Radeon™ HD 6900 Series Graphics Real-Time Demo
        • Radeon™ HD 5000 Series Graphics Real-Time Demos
        • Radeon™ HD 4800 Series Real-Time Demos
        • FireGL™ V8600 PCI-Express Real-Time Demos
        • Radeon™ HD 3000 Series Real-Time Demo
        • Radeon™ HD 2000 Series Real-Time Demos
  • India Developer Zone
    • India University Courses
    • University Kit & Book
    • C-DAC “Think Parallel” participants visits at AMD – 20th June, 2012
    • C-DAC HeGaPa 2012 Conference
    • Heterogeneous computing Jobs in AMD India
  • Archive
    • Events
      • AMD OpenCL Coding Competition
      • Real-Time Image Processing for Autonomous Learning and Control within 3D Virtual Worlds
      • Semi-Supervised Learning-Based Method for Adaptive Shadow Detection
      • AMD OpenCL™ Coding Competition
      • Real-time Video Effects with AMD & Kinect
      • Numerical Simulation of an X-Ray Generator
    • AppShowcase Archive
    • Archived Tools
      • Video Player Test
      • CPU Tools Archive
        • 128-Bit SSE5 Instruction Set
        • AMD String Library
        • Framewave Project
        • SSEPlus Project
      • GPU Tools Archive
        • ATI Stream Software Development Kit (SDK) v2.0 Beta Program
        • AMD Tootle
        • ASHLI – Advanced Shading Language Interface
        • ATI Radeon™ SDK
        • ATI Stream Software Development Kit (SDK) v1.4-beta
          • ATI Stream SDK MD5 Checksums
        • ATI_Compress
        • CubeMapGen
        • AMD GPU MeshMapper
        • GPU PerfStudio
        • Normal Mapper
        • RenderMonkey™ Toolsuite
          • RenderMonkey Toolsuite – IDE Features
          • RenderMonkey™ Toolsuite – Testimonials
          • RenderMonkey™ Toolsuite – SDK
        • The Compressonator
        • TruForm Resources
          • TruForm™ FAQ
      • Installing GCC on Ubuntu 8.04

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