Ah I see, sorry - misunderstood your statement :)
I am using a PCIe SSD (the Adata XPG SX8200 Pro 512GB) which I upgraded to from my Samsung 850 EVO SATA SSD, and yes, it is definitely faster in benchmarks!
However, in real life I can't say I've really noticed that much of a difference. Apps are perhaps slightly more responsive, it boots up a few seconds faster and Visual Studio does seem to start up and work a bit quicker, but it really wasn't the difference I would have expected based on the benchmarks and specs.
If you can get an NVME drive for about the same price, then sure - more speed is better. But for general use, and gaming, a SATA SSD still feels plenty quick enough.
This video shows similar findings- they did a blind test between SATA SSDs, "slow" NVME drives and "fast" NVME drives. The results? They couldn't tell the difference reliably, and often were completely wrong on which system they thought had which drive in:
I am using a PCIe SSD (the Adata XPG SX8200 Pro 512GB) which I upgraded to from my Samsung 850 EVO SATA SSD, and yes, it is definitely faster in benchmarks!
However, in real life I can't say I've really noticed that much of a difference. Apps are perhaps slightly more responsive, it boots up a few seconds faster and Visual Studio does seem to start up and work a bit quicker, but it really wasn't the difference I would have expected based on the benchmarks and specs.
If you can get an NVME drive for about the same price, then sure - more speed is better. But for general use, and gaming, a SATA SSD still feels plenty quick enough.
This video shows similar findings- they did a blind test between SATA SSDs, "slow" NVME drives and "fast" NVME drives. The results? They couldn't tell the difference reliably, and often were completely wrong on which system they thought had which drive in: