![]() ![]() ![]() Step 6: Mux the output of Step 5 with the. Step 5: Transcode IVTC'd Huffyuv AVI file into H.264 using x264. Save to intermediate AVI using Huffyuv compression in YV12 colorspace. IVTC (typically using JDL Telecine, found *HERE*), m2v file into Avisynth (v2.57, I believe) using DGDecode plugin, and do the following processes: m2v through DGIndex (I can't recall the exact version, but I think it's very recent, if not the latest). m2v/.ac3 elementary streams, also with VRD TVS3. ![]() Step 1: Edit out commercials, with VideoRedo TV Suite 3, merge 1080i program segments into one single. HD captures from OTA via computer ATSC tuner cards saved as 1080i MPEG2 transport stream. Here are the steps performed, and the programs I use to carry them out: I was wondering if configuring the system to allocate about half of the available 8GB for a RAM disk would facilitate a faster processing experience in any area of my specific workflow in converting film-based 1920x1080i MPEG2 to 1920x1080p H.264. I made a recent RAM purchase, 2 x 4GB DDR3-1333 to put into my desktop video processing PC. ![]()
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