Topic: Any guidance for a SVP user in the market for a new laptop/desktop?
Hello,
I am a layman when it comes to the intricacies of GPUs and computer hardware architecture. I only know the basics and how much you can learn from reviews on technology review websites like cnet.com or pcmag.com or techradar.com
I have been using SVP for many years now, but almost always with a very basic computer and with only intel integrated graphics.
I am planning to purchase a new laptop or desktop in the near future (next few weeks hopefully) and want to purchase something for like maximum 2100 dollars.
I do use SVP for real time frame interpolation. But I kind of have found my own specific use for it. I transcode music videos to watch at super slow speeds.
Thus I transcode 4k resolution (at the moment I have acceess to a laptop with a RTX 2060 Nvidia GPU and a 2.6 ghz intel i7 with 6 cores) videos with rife to 59.94 fps and then take that transcoded rife file and transcode it to 240.0 FPS with the original SVP algorithm with the settings optimized to maximize fluidity while trying to minimize artifacts (as much as possible, I am more interested in the fluidity than eliminating all artifacts).
This creates a really smooth slow motion effect even when you slow down videos to very reduced playback speeds of like 10%-20% and possibly lower.
I would encode with rife all the way to 240 fps but rife has rife-specific artifacts of it's own and the transcode times are a lot longer than the SVP algorithm. The blend of the two seems to work really well.
I am also going to be able to use a 120hz monitor and/or television fairly soon. At the moment I am at 60 hz.
I also noticed that if I use a AI video enhancement software to take out any of the noise or compression artifiacts in a video and make it very crisp and clear and then transcode it with rife or even the SVP algorithm, when the playback speed goes below about 40% or less in MPV or even MPC, the playback will start having a slightly choppy effect, where it will play smoothly for 1-4 seconds but then the video will freeze for a half second or a little more or less and then start playing again and then freeze again ect, ect, with no freezes in the audio. This only happens in videos that have been transcoded after being previoulsy reencoded by being run through an AI video enhancement filter. I don't know why this happens, maybe because the RTX 2060 is not powerful enough to play back such clear video with no compression artifacts at such a high FPS? But the videos play fine without freezing, at speeds above about 40%, which I find strange. Could it be a sync issue with the media players trying to keep the video in sync with the audio?
My main concern really is not transcode times, although faster transcode times would always be much appreciated.
I am mainly concerned with stopping this freezing effect that happens when I try and slow down a Rife or SVP transcoded 4k video below 40% or so playback speed after it has been run through an AI video enhancement software filter.
Would upgrading to say a Nvidia RTX 3080 graphics card help in this regard?
Would it make more sense for me to get a desktop with the more powerful version of Nvidia's graphics cards rather than a laptop with the less powerful versions?
Would getting a CPU with a higher base processor speed than 2.3-2.6 ghz have any effect on either transcode times or the playback ability of MPV or MPC or VLC?
Do I need a certain type or level of graphics card or a threshold cpu processor speed for my laptop or desktop to be able to output 4k at 120hz smoothly to an external monitor or TV using either a DP to HDMI 2.1 adapter, a Thunderbolt to HDMI 2.1 adapter, or even just an HDMI 2.1 port?
I probably have more questions that I can't think of at the moment. I know this is a lot of blather to read from someone who doesn't really know what they are talking about and is probably saying a lot of silly things out of ignorance, but any assistance would be greatly appreciated!
Thanks very much! I am a huge fan of SVP! It's a great piece of software!