- #MEDIACODER X64 NVENC H.265 1080P#
- #MEDIACODER X64 NVENC H.265 WINDOWS 7#
Fixed several FFmpeg interfacing issues. Audio stream selection now possible when FFmpeg used for decoding. Reverted MPlayer to previous revision for restoring Add Track breakage. Xvid fourcc issue in AVI container fixed. Improved DirectShow capture efficiency in time-lapse mode. Added playback speed transforming feature. Fixed subtitle issue with some MKV filesĬhanges for v2011 R11-5236 - v0.8.13 Build 5267. Removed prompt for Premium in dual audio track transcodingĬhanges for v0.8.13 Build 5267 - v0.8.14 Build 5270. Added CRF mode when encoding H.264 with FFmpeg. Added de-shake filter options for FFmpeg. Added transcoding statistics data visualization. Fixed cropping issue when using FFmpeg as video source. Fixed a bug causing settings cannot be reverted completely. - Built with Visual Studio Express 2012 (圆4 version only). - Improved video preview window efficiency. - Added Windows 7 taskbar progress display. - Added toggable gadget preview window when application window minimized. - Fixed duration not accurately identified bug for video longer than 60 minutes. Updated preset settings for latest iPod Nano. Fixed Windows 7 task bar progress display issue. Fixed bug causing Nero AAC not working with TS Muxer. Changed default video source of MKV files back to MEncoder. Taskbar progress display now shows progress of total tasks. Updated Intel MSDK encoder (built with Intel Media SDK 2012-R3). Updated MPlayer & MEncoder (with ASS/SSA subtitle, Opus audio and Blu-ray supports). Added MPUI (a light-weight MPlayer GUI) for better experience of playing transcoded files. Improved video rendering efficiency of preview window and dashboard window. Fixed A/V sync issue with some VFR (variable frame rate) video formats. Fixed blocking issue when paring some file formats. Added global subtitle file option on Subtitle tab. Added Direct3D 11 option for Intel MSDK encoder. Optimized Intel MSDK encoder processing routines (fully working in NV12 colorspace, increased performance). Fixed auto cropping/expanding issue with some resolutions. Fixed parameters no effect bug for FFmpeg deshake and denoise filters. 
Fixed x264 warning on the last pass in multi-pass processing.Added multi-pass CRF mode (first-pass in CRF, x264 only).Added copying creation and last-write time from input files.(more options, higher GPU utilization, better performance, built with CUDA 5.0).Fixed new CUDA encoder problems (including VBR/CRF mode breakage).Fixed aspect ratio detection issue in DVD/BD ripping.Fixed shrink-only scale option no effect when cropping is enabled.Updated JM H.264 reference encoder to 18.4.- Fixed DVD/BD chapter time display in task list.NOW, I am going to stick with QSV 2pass, but am wondering if I am doing something wrong, seeing as 1 or 2 pass result in the same file size regardless and how the NVENC file is much smaller in size at the same bitrate when comparing even single pass runs. Using the same input file, I also was surprised to have found that the QSV h.264 encoded file is the exact same size after either a 1 or 2 pass run. Is this smaller NVENC encoded file a simple result of lesser quality, even at the same resulting bitrate ? or am I missing something else ? I found that NVENC is obviously faster on it's highest quality single pass compared to QSV (on my hardware), but the NVENC 8192kbps file is also about 2GB Smaller (8GB vs.
I did however do a direct comparison using NVENC, which in VidCoder is limited to single pass work, benchmarking it against QSV in a single pass with all of the same basic settings set to the highest quality file possible.
For the last while I have been trying to find a more efficient way to shrink large 1080p MKV files for media server storage and keep them 8196kbps/AC3, before I make the switch entirely to h.265.Īs I was told on this very forum, if a powerful enough CPU wasn't an option, QSV would give me the best image quality results, so that is out of the way.
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