What performance boost? As in, same software running for comparison on the hardware of interest, one soldered and the other not. I never heard that soldering your SSD on makes it faster...
It doesn't, Apples SSD performance is fine but unremarkable. Their current machines will do around ~6GB/sec read and ~5GB/sec write, which isn't even at the limit of socketed PCIe4 NVMe drives, nevermind the bleeding edge PCIe5 drives which can do up to ~14GB/sec read and ~12GB/sec write (albeit with excessive heat and power consumption for a laptop).
Soldering the RAM has legitimate performance benefits, but soldering the SSD is just to save space and upsell overpriced upgrades.
What performance boost? As in, same software running for comparison on the hardware of interest, one soldered and the other not. I never heard that soldering your SSD on makes it faster...
It doesn't, Apples SSD performance is fine but unremarkable. Their current machines will do around ~6GB/sec read and ~5GB/sec write, which isn't even at the limit of socketed PCIe4 NVMe drives, nevermind the bleeding edge PCIe5 drives which can do up to ~14GB/sec read and ~12GB/sec write (albeit with excessive heat and power consumption for a laptop).
Soldering the RAM has legitimate performance benefits, but soldering the SSD is just to save space and upsell overpriced upgrades.
It's crazy that some people think it's apple so it must be special and better not realizing NVMe is a industry standard.
Sorry I was referring to the boost you get from having ram integrated into the chip vis-à-vis apple’s M-line of processors.
Having replaceable ram is not really a marketable feature these days.