Just bear in mind though, my understanding is that unless you're working with extremely high bitrate video (like RAW, or high bitrate 4K60 content), your storage bulldoze really won't be worked that hard. Scrubbing through a timeline can absolutely load up a HDD and depending on your workflow and information technology can get frustrating to have to wait even a quarter of a second when scrubbing, but that depends totally on the bitrate of the video y'all're working on.
I'grand distinctly amateur in this area, and I realise many people take higher requirements than me, but I regularly work with 1080P @ 60hz content from a Canon DSLR. I shifted my scratch disk to an SSD because I had a spare one and honestly couldn't tell the departure. Maybe with the native video it was every and then slightly faster, just as soon as I started to add together effects and transitions to the content the live CPU/GPU rendering for the preview conspicuously became the bottleneck. At present there are plenty of 4K or higher RAW formats that have bitrates exceeding 1Gbps. Obviously if I (or yous!) want to piece of work with that sort of content then a standard HDD will admittedly NOT exist up to the task. But I'm going to go ahead and assume that you're not in that category because someone who's working on that level has already spent and so much coin on camera gear, storage and an editing workstation that the cost of an SSD is a drop in the body of water.
TL DR -> what bitrate video are yous working with? As long equally it'southward well below the sequential read speeds of your storage bulldoze, you'll probably exist fine and whatever poor functioning you lot get in your workflow will be caused by something else (GPU, CPU or RAM).
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