No idea. Article only addresses the 14Is that on both 14 and 16" with 512gb or just the 14"
Yes, probably the random read speed on that drive is similar. Although swap usage and file transfers will be slower!Hopefully as long as swap memory is not being used and there's plenty of ram it should be less as a concern right?
I went for the 16" with 512gb 32gb ram, I don't do any file transferring so fingers crossed I should be okYes, probably the random read speed on that drive is similar. Although swap usage and file transfers will be slower!
Congrats on your purchase!I went for the 16" with 512gb 32gb ram, I don't do any file transferring so fingers crossed I should be ok
Is that on both 14 and 16" with 512gb or just the 14"
the problem is they managed not to do that on the first gen... this is a cost saving gambit, not a tech problem.I love how people act like this is anything new. This is why 2 sticks of RAM are faster than 1. This is why RAID can be faster than a single drive. If the top capacity is increased, then the lower capacities must necessarily swap to single modules of storage. It's not like anyone is going to notice the difference between 3950 and 3150. Heck my 860 EVO ssd does 520 and I can barely tell any difference between that and my work M2 970 Pro at 2700.
I love how people act like this is anything new. This is why 2 sticks of RAM are faster than 1. This is why RAID can be faster than a single drive. If the top capacity is increased, then the lower capacities must necessarily swap to single modules of storage. It's not like anyone is going to notice the difference between 3950 and 3150. Heck my 860 EVO ssd does 520 and I can barely tell any difference between that and my work M2 970 Pro at 2700.
Do we know of a reviewer that has already tested the 1TB?Many people don't know how those chip works, they see lower perf = Apple cheap out on it. Single vs Dual channels, as for RAM. Dual channels will always be faster.
This is why I opt for 1TB SSD on my MacBook Pro 14.
Many people don't know how those chip works, they see lower perf = Apple cheap out on it. Single vs Dual channels, as for RAM. Dual channels will always be faster.
This is why I opt for 1TB SSD on my MacBook Pro 14.
With the notable lower SSD performance in my M2 Pro MacBook Pro, I wanted to take a look inside to confirm why. Sure enough, where the 512GB M1 Pro MacBook Pro had two NAND chips visible on the front of the motherboard and another two on the back, the M2 Pro MacBook Pro had only one visible on the front of the board. There is likely a second NAND chip directly apposing this, as the M1 had.
Exact the same, hopefully 16" doesn't have that issueI went for the 16" with 512gb 32gb ram, I don't do any file transferring so fingers crossed I should be ok
So what does this mean for real world usage? In what scenarios will you notice this?
Is this a reason for people to buy an M1 Pro over the M2 Pro (even if prices are the same)?
Remember that 3000 MB/s for read/write is still screaming fast. It’s roughly double the speed of the SSD in the base Air/Mini and will blow past almost all Windows laptops.
So what does this mean for real world usage? In what scenarios will you notice this? Is this a reason for people to buy an M1 Pro over the M2 Pro (even if prices are the same)?