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- May 7, 2009
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System Name | ODIN |
---|---|
Processor | AMD Ryzen 7 5800X |
Motherboard | Gigabyte B550 Aorus Elite AX V2 |
Cooling | Dark Rock 4 |
Memory | G Skill RipjawsV F4 3600 Mhz C16 |
Video Card(s) | MSI GeForce RTX 3080 Ventus 3X OC LHR |
Storage | Crucial 2 TB M.2 SSD :: WD Blue M.2 1TB SSD :: 1 TB WD Black VelociRaptor |
Display(s) | Dell S2716DG 27" 144 Hz G-SYNC |
Case | Fractal Meshify C |
Audio Device(s) | Onboard Audio |
Power Supply | Antec HCP 850 80+ Gold |
Mouse | Corsair M65 |
Keyboard | Corsair K70 RGB Lux |
Software | Windows 10 Pro 64-bit |
Benchmark Scores | I don't benchmark. |
I am not talking a simple 2 drive raid 0 array, if these drives are at a price point to rival SSD's then a 4+ array is more to my tastes and why sata 3 is a must
Still not needed. As he was explaining, your total through put is not based on the SATA channel max, but the SATA total throughput for all channels used. As such, each new SATA lane you add, the more throughput you get.
Example:
1 HDD + 1 SATA2 plug = 300 MB/s max theoretical
2 HDD + 2 SATA2 plug = 600 MB/s max theoretical
3 HDD + 3 SATA2 plug = 900 MB/s max theoretical
4 HDD + 4 SATA2 plug = 1200 MB/s max theoretical
etc. as each HDD will have their own SATA lane to themself
This HDD will never full saturate a SATA 2 lane, so have all the extra throughput from a SATA 3 setup is pointless cause it will never be used.