Apple tax hits hard.
Apple tax hits hard.
Apple is getting all of the profit that a retailer would, plus an additional $900 profit on top of that.
With the money you save you can self insure because the SSD isn't guaranteed to fail.
> 1TB NVMe SSDs retail for $600+ and 2TB NVMe SSDs retail for $1700+.
with this:
> It's not cheaper. $2000 is the price difference to go from the 2TB upgrade to the 4TB from Apple. $1100 is the price difference to go from 2TB to 4TB if you paid retail.
The real difference between Apple and DIY is $300. On their configuration page, Apple's prices are +$800 to go to the 2TB SSD, and +$2800 to go to the 4TB SSD. That's a $2000 price jump to add 2TB. If I did it myself I could add 2TB for $1700. That means that Apple gets all the profit that a retailer would, plus $300.
A $300 premium is still a little gougey from Apple considering it takes them all of five seconds to slap the extra SSD in on the assembly line.
I doubt they are hurting for real estate with that screen size, it might just be better to add another M.2 spot on the board. Then they wouldn't have to push manufacturing limits to source a 4TB drive and can get higher yield 2TB drives.
https://www.newegg.com/Product/Product.aspx?Item=N82E1682014...
There are cheaper ones, at $290, rated at around ~$530MB/s reads and writes.
I doubt that many professionals will experience much difference between these in most applications, as most are now CPU-bound.
Right. No difference at all. If you're editing hours of high resolution video, you're going to notice the difference.
Smaller lithography processes impact write cycles negatively.
The write cycles shrink faster than the capacity grows.
The same applies to storing multiple bits within a single cell via multiple voltage levels. MLC, TLC and QLC all require more accurate voltage measurements which become less and less reliable as the voltage drops with each write.
The only remaining way to increase capacity without downsides is by adding more layers.
After that there is no option other than switching away from NAND.