The issue is, every time we make a great leap in storage medium, we tend to use that new storage for BIGGER files. Higher quality media and all that. Back in the day, the average movie file was measured in the MB. Now it’s GB. Think about an old floppy with 1.4 MB of data and how many text files you stored on it. You couldn’t ever imagine needing more space. Then came pictures and music files. Video files. Then higher resolution picture and video files. Suddenly even your text documents aren’t just raw .txt files, but Word documents and interactive PDFs.
As storage improves, what we expect to be able to carry around with us or have in our home computer changes. I’m currently running a home server with 18TB of storage. An amount that I would have never dreamed of possessing 20 years ago, and yet here I am debating when I grab that 24TB drive because I can already see me running out of space in a few months.
This is all to say that I really don’t think there will ever be a maximum amount a user could need. Give them that maximum and in a week they’ll have figured out a way to use it to capacity. I think video games and cartridge/disk size limitations and then the transition to digital games and balloning game size shows my point.
More density means less longevity, less write cycles before the blocks wear out, also decreases the time before Nand leakage can end up corrupting the data. Doesn’t seem like a good thing to me.
Oh yeah, also more storage space causes complacency with developers who will terribly optimize their games because they don’t have to worry about games not fitting on people’s disks. Think 100GB games is bad it’ll get much worse when they got more free space at their disposal, and worse, the perception that their customers have tons of free space as well.
Thinking about it, it would be nice if when formatting a partition on mlc based drives, you could specify the number of bits per cell used. So an 8tb QLC drive could be formatted as a 2tb SLC for those who want the resilience, without having to commit to it permanently.
I’m sure there are technical reasons that would be difficult, but everything started out difficult until we figured it out.
I don’t disagree with you, but on the other hand, this will be a huge boon for people who do things like sail the high seas and wish to keep what they acquire long term. You’re not constantly rewriting in those cases. You’re just slowly (or perhaps not so slowly) filling up the drive. Eventually, it’s essentially read only.
Considering how much I spent on 6 TB of regular hard drive storage for this reason a few years ago, I’d be all for affordable 8 TB SSDs.
if I may ask, what kinds of things are you storing? my computer has only 500gb, my phone has 128gb, and I pay a small fee for 100gb of cloud storage for photos. sometimes I feel like I’m running out of space but it’s never a real problem for me. so I’m just curious because I’m having trouble imagining what I’d even fill up 5tb with.
Yep, I can’t afford any more storage. I’ve had to start curating and weeding, which is a shame because I know there are things I’d probably eventually revisit. Oh well. So long, Duckman.
I’m talking about things like movies and TV shows, not games. In fact, if you aren’t careful (or just have a game that doesn’t allow you to choose where it saves its data), you could have the write cycle issue with games.
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I’m all for it, and it’s just the usual “moores law” trend, I just wonder if we won’t hit a wall where (most!) users just won’t need it?
The issue is, every time we make a great leap in storage medium, we tend to use that new storage for BIGGER files. Higher quality media and all that. Back in the day, the average movie file was measured in the MB. Now it’s GB. Think about an old floppy with 1.4 MB of data and how many text files you stored on it. You couldn’t ever imagine needing more space. Then came pictures and music files. Video files. Then higher resolution picture and video files. Suddenly even your text documents aren’t just raw .txt files, but Word documents and interactive PDFs.
As storage improves, what we expect to be able to carry around with us or have in our home computer changes. I’m currently running a home server with 18TB of storage. An amount that I would have never dreamed of possessing 20 years ago, and yet here I am debating when I grab that 24TB drive because I can already see me running out of space in a few months.
This is all to say that I really don’t think there will ever be a maximum amount a user could need. Give them that maximum and in a week they’ll have figured out a way to use it to capacity. I think video games and cartridge/disk size limitations and then the transition to digital games and balloning game size shows my point.
Good news but it’ll be a while before I can replace the 20TB drives in my NAS with these.
32 level “PLC” cells, OMG. How about staying at levels with some durability.
Excellent, I needed more space for cookies, malware and games that suddenly require 500GB of free space. I’ll have that thing full in no time.
More density means less longevity, less write cycles before the blocks wear out, also decreases the time before Nand leakage can end up corrupting the data. Doesn’t seem like a good thing to me.
Oh yeah, also more storage space causes complacency with developers who will terribly optimize their games because they don’t have to worry about games not fitting on people’s disks. Think 100GB games is bad it’ll get much worse when they got more free space at their disposal, and worse, the perception that their customers have tons of free space as well.
Thinking about it, it would be nice if when formatting a partition on mlc based drives, you could specify the number of bits per cell used. So an 8tb QLC drive could be formatted as a 2tb SLC for those who want the resilience, without having to commit to it permanently.
I’m sure there are technical reasons that would be difficult, but everything started out difficult until we figured it out.
I don’t disagree with you, but on the other hand, this will be a huge boon for people who do things like sail the high seas and wish to keep what they acquire long term. You’re not constantly rewriting in those cases. You’re just slowly (or perhaps not so slowly) filling up the drive. Eventually, it’s essentially read only.
Considering how much I spent on 6 TB of regular hard drive storage for this reason a few years ago, I’d be all for affordable 8 TB SSDs.
You don’t need solid state storage for Linux ISOs
I recently bought a 5TB hard drive. It’s funny how that sounds like a lot of space until you fill it up and find yourself eyeing another.
if I may ask, what kinds of things are you storing? my computer has only 500gb, my phone has 128gb, and I pay a small fee for 100gb of cloud storage for photos. sometimes I feel like I’m running out of space but it’s never a real problem for me. so I’m just curious because I’m having trouble imagining what I’d even fill up 5tb with.
I’m the person in the thread before the person who asked, but I’m in the same boat. In my case: videos, radio shows and comics.
A 4-season TV series in 1080p can easily take up 50-100 gb.
ah that makes sense. thanks
Yep, I can’t afford any more storage. I’ve had to start curating and weeding, which is a shame because I know there are things I’d probably eventually revisit. Oh well. So long, Duckman.
I mean, you’re not wrong but I eventually bought all that shit I torrented in college on gog or steam when I got a job
I’m talking about things like movies and TV shows, not games. In fact, if you aren’t careful (or just have a game that doesn’t allow you to choose where it saves its data), you could have the write cycle issue with games.
I’ll believe it when I see it. 4TB SSDs are still not affordable.
I’m sure we will get some “random” fire at some factory to drive prices up again.
might wanna make sure they have sufficient emf shielding