ARM announced OpenCL for ARM NEON technology. This enables the use of the OpenCL framework on ARM Cortex-A processors. Alongside the already supported ARM Mali GPUs, OpenCL for NEON now enables heterogeneous multiprocessing on any Cortex-A based device. Heterogeneous multiprocessing enables compute-intensive workloads to be tasked to the most appropriate CPU or GPU resource improving both end-user experience and battery life.
The Microsoft Server and Cloud Platform Team have announced that enhanced application compatibility for OpenCL and OpenGL on their remote desktop is in the works.
AMD has released the Catalyst OpenCL 2.0 version 14.41 graphics driver, adding support for OpenCL 2.0 Core features. This release is compatible with Microsoft’s Windows 8.1 (64-bit), Red Hat Enterprise 6.5 (64-bit version) and Ubuntu 14.04 (64-bit version).
Luxoft announced the creation of its Professional VP9 Codec Software Development Kit (SDK). Luxoft’s codec is designed to help video content providers, cloud servers, and live-streaming companies produce effective, real-time 4K/UltraHD encoding and video streaming. As a result of utilizing the OpenCL standard, the SDK also offers a significant time-to-market advantage for todays hardware architectures such including CPUs, GPUs, and heterogeneous computing systems. VP9 4K SDK is ready for beta evaluation.
Join Chris Mason, Product Manager at Acceleware, on September 17 for an informative introduction to GPU Programming. The tutorial will begin with a brief overview of OpenCL and data-parallelism before focusing on the GPU programming model. We will explore the fundamentals of GPU kernels, host and device responsibilities, OpenCL syntax and work-item hierarchy.
Matrox C-Series PCI Express x16 graphics cards are designed with AMD GPUs featuring DirectX 11.2, OpenGL 4.4 and OpenCL 1.2 compliance.
Intel released the first OpenCL 2.0 conformant platform with Intel Core M processors, supported with the new release (R2) of Intel’s SDK for OpenCL. The SDK works with current Intel processors and allows visual computing applications to take advantage of OpenCL 2.0’s new features on Intel Core M and future processors with Intel Processor Graphics. This major advance in graphics programmability and accessibility will help developers make greater use of the graphics engine to deliver new experiences on Intel-based platforms. The SDK provides everything you need to build, debug, and analyze OpenCL applications. Start now and write your first OpenCL 2.0 code on your current development platform, simply by using the new OpenCL 2.0 development environment that is installed with the SDK.
Altera is demonstrating several advanced reconfigurable logic technologies at the Intel Developers Forum (IDF) 2014 that showcase how its FPGA-based solutions are advancing the capabilities of software-defined data centers and high-performance computing applications. The Financial Model Acceleration with FPGAs demonstration uses OpenCL to efficiently implement multiple kernels on an FPGA performing a Monte Carlo simulation to price options. Utilizing the OpenCL standard on a massively parallel FPGA architecture provides an effective solution for system acceleration, offering significantly higher performance at much lower power versus GPUs.
AJ Guillon from YetiWare Inc will be talking about the "Software Performance Cliff Dead Ahead: Apply OpenCL Now to Stop." This talk is aimed at both a technical and non-technical audience, and will highlight the decisions made by two fictitious competing startup companies to build the best software in the market. This is a great opportunity for those able to attend the Burlington Ontario event September 4th. Seating is limited to 50 people, so please sign up as soon as possible.
The Khronos Group has posted some of the slide sets from the 2014 SIGGRAPH BOF presentations online.