Did you know that you can move things between drives? No one plays their entire Steam library at the same time, but I can store much of it ready to play on large-capacity HDDs, which are dirt-cheap. If I suddenly got back into Skyrim again, I’d spend a few minutes moving it to one of my SSDs.
Congrats, you have just invented caching, but worse
SSDs have limited write endurance, so moving a lot of large files on and off of them will wear the nand flash out shortening its lifetime and potentially killing it
If yoh DO want to run off of a HDD, it is a good idea, but for older games that were designed to run on them, modern games are more reliant on fast drives
Edit:
assuming 150MB/s HDD read speed (fairly fast for a hdd) it would take 11 minutes to move a single 100GB file. This speed would be vastly lowered if copying many small files
SSDs have limited write endurance, so moving a lot of large files on and off of them will wear the nand flash out shortening its lifetime and potentially killing it
This is the conventional wisdom, but honestly I’ve not seen any detectable wear on any of my several year old SSDs even with daily use. I’ve seen more SSDs fail just due to age/power on hours professionally and never wear-related
But for gamers moving game installs that they don’t feel like rebuilding the mod load out for between an HDD and an SSD that might be moving an extra 100GB month or so, probably less frequently depending on how much they’re moving games around, plus it’s no more wear than if they simply uninstalled and reinstalled the game as needed. Ultimately I don’t think that’ll make much difference.
I’ll look at the wear stats on my main desktop with its 8 year old SSD when I get a chance and share
It has nothing to do with modern hardware since you’re still limited by the read speed of your disks. Given we’re talking about spinning rust, that will take tens of minutes to complete a couple hundred gig, and even more so if you’re transferring tons of small files.
I could easily see it taking over an hour for a 200+gb install. Even going at the theoretical max, you’re looking at 20min just in data. Tacking on added latency from opening and closing many small files and any kind of fragmentation/disk location, that’s going to add significant time to the transfer.
Awful idea for games with a lot of leading screens, such as Skyrim.
Total War Warhammer is arguably unplayable on HDD.
Did you know that you can move things between drives? No one plays their entire Steam library at the same time, but I can store much of it ready to play on large-capacity HDDs, which are dirt-cheap. If I suddenly got back into Skyrim again, I’d spend a few minutes moving it to one of my SSDs.
Congrats, you have just invented caching, but worse
SSDs have limited write endurance, so moving a lot of large files on and off of them will wear the nand flash out shortening its lifetime and potentially killing it
If yoh DO want to run off of a HDD, it is a good idea, but for older games that were designed to run on them, modern games are more reliant on fast drives
Edit:
This is the conventional wisdom, but honestly I’ve not seen any detectable wear on any of my several year old SSDs even with daily use. I’ve seen more SSDs fail just due to age/power on hours professionally and never wear-related
That’s probably because you are not moving 100s gigabites of daya on a regular basis (i assume)
But for gamers moving game installs that they don’t feel like rebuilding the mod load out for between an HDD and an SSD that might be moving an extra 100GB month or so, probably less frequently depending on how much they’re moving games around, plus it’s no more wear than if they simply uninstalled and reinstalled the game as needed. Ultimately I don’t think that’ll make much difference.
I’ll look at the wear stats on my main desktop with its 8 year old SSD when I get a chance and share
Skyrim is not going to take a few minutes. A few hours, at best.
Not even remotely true on modern hardware. It’s pretty quick.
It has nothing to do with modern hardware since you’re still limited by the read speed of your disks. Given we’re talking about spinning rust, that will take tens of minutes to complete a couple hundred gig, and even more so if you’re transferring tons of small files.
I could easily see it taking over an hour for a 200+gb install. Even going at the theoretical max, you’re looking at 20min just in data. Tacking on added latency from opening and closing many small files and any kind of fragmentation/disk location, that’s going to add significant time to the transfer.