Requires an environment with a 400-series and later GPU (Fermi core or later generations) and a compatible driver with CUDA. The filter computing support, and the MPEG-1/2 and H.264/AVC Decoding functions are available in the following supported environments. When using the H.265/HEVC video decoder in the Stream Format, an environment with an Intel compatible CPU (Haswell core or newer) and a compatible driver with Intel Quick Sync Video functions are required. When using the MPEG-2 video encoder in the Stream Format, an environment with an Intel compatible CPU (IvyBridge core or newer) and a compatible driver with Intel Quick Sync Video functions are required. Requires an environment with an Intel compatible CPU (SandyBridge core or newer) and a compatible driver with Intel Quick Sync Video functions. The MPEG-2 Decoding and the H.264/AVC Decoding/Encoding functions are available in the following supported environments. Intel Media SDK / NVIDIA CUDA / NVIDIA NVENC / AMD Media SDK Hardware Acceleration Support Status Intel Media SDK Hardware * Hardware encoder is not used when a track contains exclusively Smart Rendering files. * Hardware encoder may not be used when Smart Rendering and Full Rendering files coexist within the same track. * Acceleration cannot be guaranteed in all environments.
In a compatible environment, TMPGEnc Authoring Works 6 supports H.265/HEVC hardware decoding of those functions. The Intel Media SDK utilizes the power of Intel Quick Sync Video included in the second generation Intel Core™ processors to assist the decoding process. By splitting many processes into multiple elements and parallelizing them, and using the GPU's massive processing power, programs can run more efficiently. CUDA technology uses the GPU's (graphic card CPU) multiple core parallel processing to solve complex problems in a short amount of time. CUDA™ and Intel® Media SDK (QSV) Hardware Decoding Support.īoth NVIDIA® CUDA™ technology and the Intel® Media SDK are supported for hardware video decoding.
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