ARM has announced the ARM® Mali™-300 graphics processing unit (GPU), supporting OpenGL® ES 2.0 and bringing High Definition (HD) graphics performance to entry-level and mid-range consumer devices.The Mali-300 GPU offers support for the Khronos industry standards OpenVG™ 1.1, and OpenGL® ES 1.1/2.0, in common with other ARM Mali GPUs.
AMD has posted a great Google Map showing Universities world-wide that offer OpenCL coursework.
Digital Media Professionals Inc. (DMP hereafter), a world-class leader in 2D/3D graphics solutions, headquartered in Tokyo Japan, today announced that DMP has become a member of the Xilinx, Inc. Xilinx Alliance Program members make up a worldwide ecosystem of qualified companies that have a proven track record in delivering products and services built for Xilinx programmable logic technologies. DMP provide the competitive FPGA (Field-Programmable Gate Array) solutions in aspects of system cost benefits and lowering design risks with its IP products tightly cooperating with Xilinx’s platforms.
This international meeting of experts provides a single forum for representatives of all standards bodies and the contributors to AR standards development processes to meet and discuss their activities and progress, and to advance new specifications more rapidly than is possible without face-to-face interactions. This meeting will be based on a mixture of submitted papers, invited talks and open format, group discussions. In order to inform discussions and to select speakers, participants are encouraged, but not required, to submit papers.
The Khronos Group congratulates ARM on the announcement of the Mali-T604 and its plan to support full profile OpenCL 1.1 on both ARMv7 CPUs and the GPU.
After receiving feedback from AMD, G-Truc has written a follow-up article to his original post on the current status of OpenGL 4.1 drivers.
Researchers from the University of Warwick’s Performance Computing and Visualization Department and Oxford University’s eResearch Centre have put together a study: should we install a GPGPU-based system or a more traditional IMB Blue Gene-like supercomputer? The team’s research will present their work at the 1st International Workshop on Performance Modeling, Benchmarking and Simulation of High Performance Computing Systems at the SC10 conference in New Orleans. The Khronos Group will be at Booth # 1132 at SC10.
What would you have if you put over 7000 NVIDIA Tesla GPUs together? Chances are you would have the worlds fastest computer. Chinas National University of Defense Technology has put together 7,168 NVIDIA Tesla M2050 (Fermi) GPUs, 14,336 CPUs, 262TB of memory and 2PB of storage, giving them the worlds fastest super computer with a Linpack performance of 2.5 petaflops. Peak performance of the new Tianhe-1A super computer is 4.7 petaflops. Oh, did I mention it draws 4 Megawatts of power! The Tianhe-1A super computer means the Us has lost its top spot in the TOP500.
ZDNet sat down with Huang at the recent GPU Technology Conference in San Jose, California to discuss CUDA, OpenCL and all things parallel computing.