- Jan 11, 2010
- 14
- 0
- 18,520
Hello,
I am hoping to avoid a, 'Max Headroom Risk Management scenario' with the benefit of this forum's knowledgeable, advice.
With the advent of Intel, 'Optane' Era Rapid Storage Technology Intel (OERST) , I find contemporary versions of Intel Rapid Storage Technology (RST) do not work with legacy hardware (...read, Intel Z68 chipset) and Windows 10. I use an ASUS P8 Z68- Deluxe mainboard that drives info, just fine as a file server on Hybrid Drive technology (SSHD).
Would like to request advice into leveraging the SSHD technology with the Sandy Bridge Era Intel RST (SBERST) as it appears I would have to jump through a bunch of Windows 10, 'hoops'.
Namely...
1. Create Win 10 restore image,
2. Correct BIOS to RAID setting from AHCI, institute RST in BIOS and attach SSHD(s).
3. Boot from win 10 reset disks, to reinstall Win 10 to SSHD.
This seems like, 'an-awful-lot-o-risky-tinkering' to provisionally 'harvest' (SBERST ) for compatible SSHDs.
The question(s) I would like answered (please) are:
1.At what point is the SBERST a hardware solution? Will I pick up any performance hardware linkage at all if, steps 1-3 are successfully initiated and do you opine as if SBERST handshakes with the SSHDs?
2. What impact does the 32 nm vs 22 nm die process ( Sandy Bridge vs Ivy Bridge ) have on the implementation of, the realizable logic of Intel Rapid Storage Technology? I mean, is there a point of reference that cites how Intel RST, 'software like RAID' facilities has and will change with die process?
Thanks in advance for your advice and assistance.
I am hoping to avoid a, 'Max Headroom Risk Management scenario' with the benefit of this forum's knowledgeable, advice.
With the advent of Intel, 'Optane' Era Rapid Storage Technology Intel (OERST) , I find contemporary versions of Intel Rapid Storage Technology (RST) do not work with legacy hardware (...read, Intel Z68 chipset) and Windows 10. I use an ASUS P8 Z68- Deluxe mainboard that drives info, just fine as a file server on Hybrid Drive technology (SSHD).
Would like to request advice into leveraging the SSHD technology with the Sandy Bridge Era Intel RST (SBERST) as it appears I would have to jump through a bunch of Windows 10, 'hoops'.
Namely...
1. Create Win 10 restore image,
2. Correct BIOS to RAID setting from AHCI, institute RST in BIOS and attach SSHD(s).
3. Boot from win 10 reset disks, to reinstall Win 10 to SSHD.
This seems like, 'an-awful-lot-o-risky-tinkering' to provisionally 'harvest' (SBERST ) for compatible SSHDs.
The question(s) I would like answered (please) are:
1.At what point is the SBERST a hardware solution? Will I pick up any performance hardware linkage at all if, steps 1-3 are successfully initiated and do you opine as if SBERST handshakes with the SSHDs?
2. What impact does the 32 nm vs 22 nm die process ( Sandy Bridge vs Ivy Bridge ) have on the implementation of, the realizable logic of Intel Rapid Storage Technology? I mean, is there a point of reference that cites how Intel RST, 'software like RAID' facilities has and will change with die process?
Thanks in advance for your advice and assistance.
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