*Title says it all
Tried googling some numbers but didn't really find anything solid.
It's almost like everyone just forgot about RAID.
With today's state of HW/SW/OS RAID, how are the following compared?
1. 2TB high-end NVME VS 2x1TB (RAID0) budget NVME --- cost about the same, if not less
2. 2TB high-end NVME VS 2x1TB (RAID0) high-end NVME --- should be faster and costs more, but how much faster?
3. PCIe 4.0 NVME VS the above
The goal here is not to achieve redundancy of boot+game drive, but either to have 2TB storage in 1+1 RAID0 that's either faster or cheaper than a single 2TB storage.
Cost of equipment that enable 2x NVME slots (if not supported by mobo), should be added to the comparison data.
Let me know your thoughts.
Cheers
PS: If I still had my disposable income, I'd probably run the tests myself.
Tried googling some numbers but didn't really find anything solid.
It's almost like everyone just forgot about RAID.
With today's state of HW/SW/OS RAID, how are the following compared?
1. 2TB high-end NVME VS 2x1TB (RAID0) budget NVME --- cost about the same, if not less
2. 2TB high-end NVME VS 2x1TB (RAID0) high-end NVME --- should be faster and costs more, but how much faster?
3. PCIe 4.0 NVME VS the above
The goal here is not to achieve redundancy of boot+game drive, but either to have 2TB storage in 1+1 RAID0 that's either faster or cheaper than a single 2TB storage.
Cost of equipment that enable 2x NVME slots (if not supported by mobo), should be added to the comparison data.
Let me know your thoughts.
Cheers
PS: If I still had my disposable income, I'd probably run the tests myself.