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Home > Resources > Documentation & Articles > Samples & Demos > GPU Demos > Radeon™ HD 6900 Series Graphics Real-Time Demo

Radeon™ HD 6900 Series Graphics Real-Time Demo

HK2207 Demo

The HK2207 real-time demo features a number of post processing effects (depth-of-field, lens flare, ghosting, aerial perspective/atmospheric, LUT, emissive and reflection) provided as an easy approach for developers and artists to adopt Microsoft® DirectX® 11 programming. This demo also uses a current trend in game engines utilizing deferred lighting and deferred shading allowing many more lights and rapid prototyping. A newly developed GPU accelerated physics particle system is introduced utilizing DX11 DirectCompute. Bullet Physics is used with a new fracture/destruction approach that also features procedurally generated unique debris leveraging DX11 tessellation.

Movies:

  • Full Screen: HK2207_720p.mp4 | HK2207_720p.zip
  • 3-screen Eyefinity: HK2207_eyefinity.mp4 | HK2207_eyefinity.zip

Demo:

  • HK2207.exe v1.2 (303 MB)*

* The HK2207 demo requires Windows Vista® or above operating system, a Radeon™ HD 6900 Series graphics processor and associated Catalyst™ software, a dual- or quad-core CPU, and 2GB of RAM.

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Resources

  • Heterogeneous Computing
    • OpenCL™ Zone
      • Getting Started with OpenCL
      • Tools and Libraries
      • Programming in OpenCL™
        • Introductory Exercises and Tutorials
        • Debugging Applications
        • Optimizing Applications
        • Benchmarking Performance
        • Porting CUDA Applications to OpenCL™
        • Image Convolution Using OpenCL™
          • Image Convolution Using OpenCL™ – A Step-by-Step Tutorial Step 2
          • Image Convolution Using OpenCL™ – A Step-by-Step Tutorial Step 3
          • Image Convolution Using OpenCL™ – A Step-by-Step Tutorial Step 4
          • Image Convolution Using OpenCL™ – A Step-by-Step Tutorial Step 5
          • Image Convolution Using OpenCL™ – A Step-by-Step Tutorial Step 6
      • Training & Events
        • OpenCL™ Course: Introduction to OpenCL™ Programming
        • OpenCL™ Course: Introductory Tutorial to OpenCL™ for HPC at SAAHPC’10
        • OpenCL Programming Webinar Series
        • OpenCL™ On-Demand Webinars
      • Articles & Papers
      • Getting Started – Software & Hardware
    • What is Heterogeneous Computing?
    • What is Heterogeneous System Architecture (HSA)?
      • A Heterogenius Architecture
  • Documentation Library
  • Hardware & Drivers
    • CCC Driver Details
    • “Magny-Cours” Zone
    • ATI Catalyst™ PC Vendor ID (1002) LI
  • AFDS Videos
  • Documentation & Articles
    • 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
      • Exploiting Multi-Core Processors in Windows Vista
      • 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
      • 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
      • Tiled Convolution: Fast Image Filtering
    • Developer Guides & Manuals
    • Specifications & Technical Bulletins
    • Case Studies
    • Conference Presentations
      • GPU Technical Publications
      • GPU Technology Papers
    • Videos
      • AMD Developer Inside Track
      • Intro to CodeAnalyst
      • OpenCL™ Technical Overview
      • GPU Demo Videos
      • AMD & Sun Technology
      • 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
  • 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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