Tmpgenc Video Mastering Works 6 Keygen Photoshop
Edelira Longinotti
So, long story short, I am in the process of upgrading my computer so it will be better for video editing. I have no time to play games. This GPU upgrade will just be used to edit videos and to make use of things like NVenc rather than CPU encoding.
If the GTX 1050 still does the job fine, then it might be worth waiting for next Gen? Also I would be careful with some of the low end cards in new Gen, as some of them can go backwards in terms of price and performance.
Also important to consider PCIE 3.0 vs PCIE 4.0, as I'm guessing your motherboard is only PCIE 3.0? In which case previous Gen will not have any loss in performance, but newer Gen such as the RTX 3050 might have a small performance hit (Could be negligible though).
My intel CPU has an integrated GPU so I'm able to use intel QSV which is way faster than CPU encoding but I find it doesn't do as good a job as CPU encoding requiring a higher bitrate & larger files to get the same results.
When I turn on NVENC in Handbrake settings, this video encoding becomes available but when I try to use it it doesn't work and just crashes after 2 or 3 secs. I can't workout from the log file what the issue is! I presumed that if my graphics card wasn't compatible with NVENC then I wouldn't be able to enable it?
Anyways, some googling found this site which says "If the codename of your graphic card begins with GK (Kepler microarchitecture), GM (Maxwell microarchitecture), or GP (Pascal microarchitecture), TU (Turing microarchitecture) then your graphic card does support NVENC; if not, then your graphic card likely does not support NVENC.". My GT-710 is an Asus Silent Rev B1, code GK208. So appears does support NVENC but only with single core?
I also mostly don't use Handbrake anymore, as I encode my Blu-ray collection, I use Staxrip and x265 only using the CPU. It's not quick, even on my 5900X, and far from the easiest app to use, but I get smaller file sizes with quality that looks the same as the source.
Not off hand, but I wouldn't use it anyway. If you not happy with the iGPU encode of the CPU, then the early versions of NVENC isn't any better........ It's not quick, even on my 5900X, and far from the easiest app to use, but I get smaller file sizes with quality that looks the same as the source.
Depending on what you already have and what exactly it is you are encoding. x265 will make use of every core you have to encode, but if you also need to use other filters, like de-interlacing or denoising then most of those reduce any encoding down to 1 or 2 cores only.
But there's things you can do, like encoding in chunks and having the software assemble at the end, tho that doesn't always work, audio can go out of sync. Or, if you have a reasonable CPU, you can like I do, set an encoding going, knowing it will only use a couple of cores and then play a game or do other stuff. Since I've got a 5900X, the video encode takes much the same amount of time and anything else I'm doing still runs just fine.
Or, there's the good old option, that I use to do a fair bit back in the day and that's queue some encoding up and just let it run overnight and/or rest of the day while you are at work, etc.
Yep has been my "go to" method so far! (+ auto-shutdown)
You also have to be careful with low-end video cards as some low end cards manufacturers gimp the card for hardware encoding (the media decode/encode are separate control chips, so if your 710 manufacturer wanted to cheap out, which they tend to do at the low end, they may have skimped on the actual hardware to control the media dataflow), plus pre-RTX NVEnc is the same story as iGPU encoding (much poorer quality per bitrate) ...
Video Mastering Works 7 uses HighQuality preset of NVENC
and the multipass encoding is enabled by default. With High Quality
preset:
-technologies/video-codec-sdk/nvenc-preset-migration-guide/index.html
Also GTX980 supports interlaced video encoding.
If your source is a recoding of broadcasting, it is interlaced video and
GTX980 could output to interlaced MP4 without deinterlace filter process.
But since 16XX series, NVIDIA doesn't support interlaced video encoding any more, so
the video should be outputted in progressive mode, it means deinterlace
filter process is necessary.
Also Turing (Ampere core is same as Turing) support B-frame encoding and
this is the difference between Pascal and Maxwell cores.
Therefore, the HEVC encoding by High Quality preset is much slower than
Pascal and Maxwell core.
(Pascal > Maxwell > Turing = Ampere)
This is an official comment of NVIDIA. High Performance preset is faster,
so if another software uses NVENC in other presets, that is the reason of
the speed difference
Anyway I tried HEVC with 2 B frames and 3 reference frames with preset medium, 370fps, then tried the same settings with preset slow, 330fps. You have to understand you don't use a video editor for transcoding. you use a transcoder. The encode speed of the encoder is not a consideration for a video editor as every video and audio effect and transition will slow the process down, becoming bottle necked by CPU or GPU processing, not the hardware encoder
As for which video card, Davinci resolve can require huge amounts of Vram which is why the 3090 with it's 24gb of Vram is so common with it's users. You probably want 12-16GB for 4K projects, at 6.5K+ projects you can have problems with the GPU decoder turning off due to a lack of VRAM or out of memory errors. Resolve is unique in how much VRAM it needs. Premiere you are much safer with 8-12GB Vram
I like Video Mastering Works 7 for editing it is very easy to manually remove ads with it, I know transcoding is pretty much instantaneous, but I like the editing in vmw7. It is also good at fixing dodgy videos.
It depends on what you want to do, but for many people converting blu rays to files at 6.2-7mbps (something I think is a waste of time) a gtx1080 or gtx1050? is probably better than a new card. Lower bitrates.. then use Ampere.
For me editing 1080i videos to a high bitrate 6.2-7mbps older Nvidia cards were actually better..my old 980 or a 1080 were much faster. For editing to low bitrates turing or ampere are better quality, although slower.
Where do your interlaced videos go?
You never want to upload them to video hosting sites like YouTube because they all convert to progressive and do a bad job of it. Someone recommended STAXRIP, It has QTGMC, so converts 50i/60i video to 50p/60p with unique frames, which you can then upload to YouTube etc, without losing any field/frame information.
I think I had a crash a few weeks ago when testing handbrake for video master works 7 comparisons and handbrake crashed, I uninstalled it and downloaded it this week and it worked magically. Then it just did nothing (although I did not wait more than 30secs) when I turned on the igpu decode.
tmpgenc pay all the license fees so probably have better support for a lot of codecs.. they are sometimes the first to pay for new licenses too. The quality only NVEnc argument I am having with them at the moment is probably the only downside. I think less quality is better for 7mbps video as there is almost no difference.
For example, for non destructive (not reencoded) cuts / trims and a multipurpose transcoder, try AVIDEMUX, filters are multi-threaded and it supports NVEnc HEVC and H.264 and has a relatively simple GUI ...
It is quicker and probably better quality to use tmpgenc stuff imho. The editing is much better than all freeware I tried and other payware. They help pay for it all anyway and it is like AUD$150 atm with the exchange rate which is expensive, but that is only one weeks shopping for me, lol.
Your payware junk doesn't do non re-encode cuts, so in my book that is trash to have an entire video re-encoded just to cut a few minutes from start / finish / middle ... such a time and quality waste :/
The best free, non adware transcoder is shutter encoder.
Unfortunately it's so good, web page so professional looking and updates smooth and regular I think he's waiting to be bought out by a corporation, but for now it's donation-ware, but non compulsory
Yeah, apparently it was for it's' built in player, a silent install most probably and that's reasonable criticism, but it also shows in the version after that was changed to an optional install, so people weren't happy about that. That also appear to be sometime before 2014
Although I don't use it a lot, its a good bit of software for free and has come in handy more than a few times for me and I tend to use it over Handbrake (not that there is anything wrong with Handbrake).
Davinci Resolve (free) does not use GPU decoding. can not use h.265 media, but does have H.265 hardware encoding (no H.264). It does not support x264 encoding. I would doubt any commercial product would due to patent problems. It has it's version of h.264, but is not very good in comparision to x.264. There is a free plugin that includes x.264,x265, even prores output, but it only works with non free version.
I did not have to change the default presets from automatic. It was just the cuda and hw decode settings. I had cuda on before and it was slower than the cpu, but maybe it works best with hardware decode set up.
Those who say something is impossible should get out of the way of those who are doing it.
I've been using Davinci Resolve with h265 media for the last two years.
I first started using DaVinci Resolve with videos from my phone, Samsung Note 10, which records h265 by default.
Admittedly it's been more recent that DaVinci Resolve would output h265, but does now.
It's possible with codecs that can be decoded by the the HEVC Windows extension. You must have that installed, but many HEVC camera codecs can't be decoded by the free version. I don't think 10 bit h.264 can be played either. It also can't GPU decode, which is a real necessity for 4K HEVC which will swamp the CPU if Hardware decode is not available. Other limitation is resolutions restricted to maximum of 4K.
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