If trying to utilize the HEVC capability is possible, then that's what I was trying to achieve. Looking for away to do that, using ANY means possible. I understand all that. What I am attempting to do is shorten the rendering times for my projects. "CUDA / HEVC is not used in disc burn process, only the rendering stage, the burning time is governed by the disc speed, and burner speed capability." Yes, John. H.265 is not supported by the standard Blu-ray specification and is only supported by Ultra BD which is a newer specification with a different disc format, and is incompatible with none Ultra BD disc players.īlu-ray uses either the h.264/MPEG-2, h.264/MPEG-4 AVC or the SMPTE VC-1 codec inside.ĬUDA / HEVC is not used in disc burn process, only the rendering stage, the burning time is governed by the disc speed, and burner speed capability.īecause you have no hardware acceleration capability ie CUDA, the long render time is normal - the processor is having to do all the work. HEVC (h.265) is a more processor intensive than h.264 due to its higher compression and will take longer. IMHO it appears you may have misunderstood codecs, rendering and the requirements for creating BD discs. Once rendered in HEVC, I would use a different, CUDA / HEVC supported DVD burning software, with the rendered HEVC file. Was hoping the HEVC format would alleviate that process. Have been looking for a work-around, ever since. no success in relieving those 10-14 hour AVCHD / BDR rendering times. Please read the OP's post again - the OP cannot export. I just realized that you cannot import an video captured with HEVC intel quick sync.
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