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Other Thoughts: Flash its firmware to ver. 0006. I gambled and did this on an existing installation and it worked, but YMMV. Better to do before OS install.
Turn off LPM in the... well. It's dangerous in there, research this factor regarding SSDs.
Sometimes this drive doesn't play nice with IRST and some 3rd party SATA controllers. If this applies, uninstall IRST.
Like all SSDs, do not run this in RAID-0 without a $Fancy$ controller, as you loose TRIM support.
With lots of RAM, maximize space by moving a big Page File to another drive, and only leave a small token PF on this OS drive.
Unless you need it (laptops,) hard-disable Hibernation. Turning it off in Power Management still leaves the Hiberfil.sys. There are instructions at MS' site. GIYF.
A review that described the perils of installing under IDE and trying to migrate to AHCI is only partly right. Manually install the Windows AHCI driver before switching BIOS modes, and you should be golden.
This review is from: Link Depot LD-SATA3-0.5M 19.69" SATA III Round Cable with Latch M-M
Pros: The cable length is nice and flexible, and the connectors (and clips) are a good Goldilocks fit.
Cons: Chubby. There's a bulge at the cable-end (not connector-end) of each connector fitting, which makes it hard to fit two of these next to each other in adjacent motherboard SATA ports. This can be a major problem running RAID. I'm installing on a GB X58A-UD3R, and I squeezed them in but both were bent off-center due to the bulge. That's not cool, you could break something.
It's not a ferrite bead, tho it kinda looks like one.
Other Thoughts: So, I had bought extra. Good thing. Having a couple extra meant it wouldn't ruin my day to cut into one to see about that bulge.
It's just plastic.
No ferrite bead, no shielding, no conductors of any kind in that bulge. I found this out by shaving it down with an X-acto hobby knife. I shaved it down plenty far enough to have no more fit conflicts, and exposed nothing of consequence.
One caveat: It's possible that this design "bug" is a "feature" in order to keep people from stacking them too close, and thereby causing cross-talk. I believe I may be having cross-talk issues as well, no matter what cables I use, so I'm bodging up some hobo shielding with aluminum and electrical tapes.
I thought these were shielded, but I may have been mistaken. Hard to tell.
This review is from: ASRock X58 Supercomputer LGA 1366 Intel X58 ATX Intel Motherboard
Pros: This dood advised the owner to purchase from NewEgg, and I then built the system for him.
Homegrown super-computer potential, thanks to space and support for up to 3 Tesla GPU compute boards.
No interference between the RAM slots and the vid card, and all the drive headers are turned towards the edge, so big graphics cards don't hit those either.
Flexible connection headers all over the place: P4 power can be 4-pin or 8; Main power can be either 20- or 24-pin; CPU fan header handles both 3- and 4-pin; and there's something else that escapes memory.
Cons: Floppy header, if you need it, like for RAID in XP, is in a dumb place near the back-bottom corner. ('Back' meaning relative to the whole case.)
No LED on the mobo itself to indicate power.
The full manual is on the disk, not hard-copy, so you'd better be familiar with rigging a BIOS by yourself before first boot, or have a second computer nearby.
Alone, those are "quirks". But the board lost an egg because of the following: A constellation of wee circuit bits inhabits the space on the back side where an Intel-standard back plate might have to rest for a big cooler. They effectively block such a plate from sitting level on the board. They can be seen in NewEgg's own pic just to the bottom-right of the built in metal plate behind the socket.
Also, since this was for a performance build with 4x HDD's in RAID, I encountered a resource issue with the ATA channels. See in "Other thoughts" at the ##.
Other Thoughts: Voltage droop issues have been somewhat addressed on the newest revisions, and/or with a BIOS update. The various 'easy' or 'automatic' performance settings are inscrutable, but I had no intention of overclocking.
## With all SATA ports populated, (4 HDDs, 1 optical combo drive, and 1 eSATA hooked up,) the IDE port was inactive. A supplemental storage HDD was attached there, and was never seen by the system. It took quite a bit of research and one wild guess to discover that the optical drive occupied all the logical space for IDE, even tho it's attached by SATA, as it runs in IDE mode, thereby overriding the IDE channel's ability to see another drive on the regular old IDE connector. This was very frustrating, and not referred to anywhere in the documentation.
Almost gave only 3 eggs, not sure if I'm being generous with 4.