AMD announced a new collaboration with MulticoreWare, a leader in software solutions and tool development for multi-core and heterogeneous computing environments, to deliver an advanced set of tools for OpenCL™ optimization. The tools development effort accelerates software developers' ability to create and optimize software that fully exploits the unique processing capability of AMD Fusion Accelerated Processing Units (APUs).
OpenCL™ Common Runtime for Linux® on x86 architecture is an OpenCL layered product that improves the OpenCL programming experience by alleviating the programmer from the burden of managing multiple OpenCL platforms and duplicated resources. It is a dynamic shared library that resides between an OpenCL application and one or more OpenCL implementations, such as those developed by AMD and NVIDIA® .
The Common Runtime supports all of the OpenCL v1.1 APIs in a single OpenCL platform consisting of all devices provided by the underlying implementations. This technology provides an integrated environment that can improve application portability as well as simplifying multi-device programming. The Common Runtime has been tested on the IBM System x® iDataPlex™ dx360 M3 with at least one NVIDIA® Tesla™ M2050 running Red Hat Enterprise Linux 5.5. In addition, OpenCL v1.1 implementations from AMD and NVIDIA were used in conjunction with the OpenCL Common Runtime.
AMD has unveiled its lineup of keynote speakers who will address developers at its upcoming AMD Fusion Developer Summit, a list that includes ARM executive John Davies. AMD on Tuesday said that Davies, vice president of technology in ARM's Media Processing division, will discuss ARM’s history of heterogeneous computing, its market strategy and, most of all, its support for AMD’s OpenCL and other open industry standards.
StreamComputing, an independent trainer for using OpenCL on new processors, is available to give lectures at educational institutes. StreamComputing will visit your institute and give one or two hour lectures to students about how processors of the near future will look like, and work. From GPUs to new CPU-extensions, and from Hybrid CPU-GPUs to mobile processors, and how to program them using OpenCL.
CLBuilder is a developer tool specifically written to help you write OpenCL code. Features include: color syntaxing, built-in error checking on compile, build setttings and many more. CLBuilder run on Mac OS X 10.6.6 Snow Leopard.
Apple announced Final Cut Pro X at the Final Cut Pro User Group Supermeet at the NAB conference. The new version of the professional video editing application will include 64-bit and OpenCL support.
Sony Creative Software announced the availability of Vegas™ Pro 10.0d. The award-winning NLE now includes improved closed captioning options, comprehensive 3D solutions, support for AMD's ATI graphics chipsets using OpenCL™ as well as an improved track group workflow.
The AMD APP SDK 2.4 for OpenCL development is now available, providing significant enhancements in performance: reduced kernel launch time, increased transfer speed and reduced latency for PCI transfer, and zero copy transfer for APUs, and introduces support for AMD A-Series APUs. CPU support is extended with the addition of support both for Images and for Double Precision floating point (cl_khr_fp64 extension).
The OpenCL Lounge has been introduced to announce new IBM OpenCL technologies as well as to promote discussion of these technologies. Lounge members are encouraged to post issues and questions. As well, suggestions and feature requests are welcomed. Refer to the product box on the overview page for a link to the appropriate message board.
AMD recently released Catalyst™ 11.3. The AMD Accelerated Parallel Processing (APP) OpenCL runtime is now enabled by default within AMD Catalyst. Applications that leverage OpenCL for GPU based compute tasks will automatically benefit from the significant performance boost that this provides.