The computing power of GPUs is now accessible to improve the interactivity of 3D graphics. Leveraging this capability requires optimum interoperability between compute (OpenCL) and graphics APIs (OpenGL/DirectX). This talk from AMD demonstrates how to compute and update geometry with OpenCL on APUs, how to update VBO on discrete GPUs, and how to compute physics data on OpenCL and transfer those data to discrete GPUs. Wednesday, 10 August 11:15 AM - 12:15 PM | West Building, Hall C, Booth 801, SIGGRAPH 2011
Neil Trevett, president of The Khronos Group invites you to attend SIGGRAPH 2011, and visit The Khronos Group pavillion #663.
Apples latest release of Final Cut Pro is a ground up rewrite offering lots of GUI changes. The power behind this update lies under the hood. Final Cut Pro X supports 64-bit Cocoa APIs, and takes advantage of the power of GPUs OpenCL and multithreaded operations. The change will be obvious when you look at the Activity Monitor.
AMD's new Radeon HD 6990M is based on the TeraScale 2 unified processor architecture and the Barts GPU core. This is a mobile equivalent to the company's high-end Radeon HD 6990 PCI Express graphics card design and features 1,120 stream processing units, 56 texture units, 128 Z/stencil ROP units, and 32 colour ROP units. AMD has included support for OpenGL 4.1, OpenCL 1.1 and MicroSoft's DirectX 11 and DirectCompute 11. There was no mention of the Thermal Design Point, so it is unclear how much power will be required to run this new chip.
FixStars today published the FREE version of "The OpenCL Programming Book" on their website. The book is based on The Impress Japan Corporation publication "The OpenCL Programming Book (OpenCL Nyumon) " by Fixstars Corporation. You may also purchase a downloadable PDF version.
Koji Nishi, Sr Engineer of AMD Japan will talk about the update of OpenCL specification as well as how to begin OpenCL programming using AMD GPUs at the seminar on July 5 (Nagoya) and 6 (Osaka).
AMD gDEBugger is an OpenCL™ and OpenGL debugger and memory analyzer integrated into Microsoft Visual Studio. gDEBugger offers real-time OpenCL kernel debugging, which allows developers to step into the kernel execution directly from the API call that issues it, debug inside the kernel, view all variable values across the different work groups and work items - and all this on a single computer with a single GPU.
Intel released today the gold version of the Intel OpenCL SDK 1.1 for the CPU on www.intel.com/go/opencl. This SDK is conformant with the OpenCL 1.1 specification. Developers are now able to use the Intel OpenCL SDK to create and distribute applications optimized for Intel® Core™ and Intel® Xeon® processors. To download the SDK and begin optimizing OpenCL applications on Intel CPUs, visit the Intel OpenCL SDK community online.
The AMD OpenCL Coding Competition is heating up with the highest number of registrations for a TopCoder Innovation Challenge to date. It’s not too late for you to compete. June 30th is the deadline to submit your abstract in time to get feedback, so if you were considering joining the competition, do it now.
Glare Technologies have announced the release of a new version of their flagship rendering product: Indigo Renderer version 3.0, which now includes support for both OpenCL and CUDA. Indigo is an unbiased, physically based and photo-realistic renderer which simulates the physics of light to achieve near-perfect image realism. With an advanced physical camera model, a super-realistic materials system and the ability to simulate complex lighting situations through Metropolis Light Transport, Indigo is capable of producing the highest levels of realism demanded by architectural and product visualisation.