I make games

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Cake day: June 13th, 2023

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  • So to answer your last question, yes. Video editing is probably one of the most demanding things you can do with a drive, and will shorten the lifespan of the device. But this is true for literally any kind of drive, and any operation you do with a drive. Hard drives may not have a write cycle limitation like ssds, but they have moving parts that wear with use. So theres not really anything you can do to avoid the issue. To video edit period, you’re going to put wear on your drive.

    Also to give some context, average SSDs have about 100,000 write cycles per cell, before write failure can have a chance of happening. Since it distributes it out across the cells, you could write 1GB to a 1TB SSD about 100 million times. This isn’t a small number really, it’ll take a while to do that. I’ve been editing here and there on my ssd for 5+ years on top of full time video game development and it still works fine, with no signs of stopping. I read some guy online who edited video nearly every day for three years, and the ssd software still said he had about 10% of the ssd life remaining before write failures. So depending in your work flow your drive could last 4 to 10+ years.

    The only real differences here are cost and speed. Do you want to wait around for a slow hdd while you’re editing, or do you want to edit quickly and enjoy the process? I personally would always edit on an SSD because you’re not solving the problem by using something else. Like yea, maybe a hard drive would last twice as long as an ssd, but it’s also twice as slow, so you’re just stretching those, say, 5 years of man-hours into 10. You’re not actually getting more work done.














  • mozingo@lemmy.worldtoMemes@lemmy.mlA retro problem
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    6 months ago

    This happens because the connector is at an angle. Since it’s at an angle, the screw presses against the side and jams itself in place. All you have to do is tilt the connector the other direction and the tight screw loosens right up. Easy peasy.



  • Partly because people replace phones more often than computers, (to upgrade, or because the screen breaks, etc) so they stop using the device before the RAM fails. But also the RAM they use in portable devices was made specifically for the device and integrated directly into the mainboard. There’s less points of failure and compatibility is never an issue. Since desktop RAM can be replaced and upgraded, it’s not as big of a deal if it fails, you can just swap it out with a new stick. Whereas it would brick the whole device if mobile ram fails, so quality standards are much higher.