Not sure if I should x-post this or not. I posted this in the Hard Disks forum, but it might be more appropriate here? Not sure.
I have some questions about working with SATA HDDs. I have a WD caviar black 750 gb HDD and a Gigabyte GA-MA790GPT-UD3H Mobo. All of this is brand new and I'm trying to partition my HDD so I can install windows 7 on it. I've never used SATA HDD's before.
In BIOS, the HDD is just being recognized on IDE channel 2 master. Shouldn't it be recognized as a SATA drive? If so, what do I need to do to enable SATA recognition?
When I boot into Acronis Disk Director Suite 10, to create the partition for windows 7 installation, the drive is not being recognized. The only drive that appears is my old back up IDE drive. How do I get the SATA drive to be recognized?
This just dawned on me while I was re-reading the mobo manual: in BIOS do I have to change the OnChip SATA Type to RAID? Correct me if I'm wrong, and I hope I am so I can get this HDD recognized, but don't you only use RAID if you have more than 1 SATA HDD?
I had the exact problem you did. In addition, I have an IDE HDD and a SATA HDD. The SATA is my old and new primary OS partition. I disabled the IDE controller in "Integrated Peripherals" in BIOS and it immediately booted much faster. I also had the HDD and DVD plugged into SATA ports 5 and 4 respectively (though I can't say for certain that matters).
With this setup Windows 7 64bit Home edition installed properly.
I have not checked yet, but I suspect that Gigabyte may have supplied a CS IDE cable, or that I had accidentally connected the Master drive to the Slave cable. This may have originally been the source of the problem, at least for me.
Try disabling the IDE controller.
If this doesn't help...I am not sure what to suggest.
Edit: upon further examination setting the IDE drive to CS helped, and I was able to re-enable the IDE controller.
(just so this becomes 'searchable' for IDE problems):
Here's an IDE cable:
The 'M' end is the motherboard connector; the 'D' end goes to the drives.
There are two kinds of cables: 'standard' (on which the drives are jumpered to identify them), and 'cable select' (on which the cable itself sorts out the drive IDs).
If there are no labels (often, a large plastic or fabric 'pull-tab') saying 'master' and 'slave' on connectors 2 and 3, you have a 'standard' cable - jumper as follows:
it doesnt matter what connector goes to what; your primary (boot) HDD will need to be jumpered as 'master' [MSTR] on the drive; your secondary (or ODD) gets jumpered as 'slave' [SLV] on the drive.
If there are labels saying 'master' and 'slave' on connectors 2 and 3, you have a 'cable select' cable - jumper as follows: Both drives get jumpered as [CSEL] on the drive; your primary (boot), or only, in the case of just one, goes on connector 3, which should be labeled 'master'; your secondary (or ODD) goes on connector 2, which should be labeled 'slave'; connector 1 goes to your MOBO IDE port...
This is pretty much my exact setup, except I currently have my HDD and DVD burner plugged into SATA ports 0 and 1. I'll try disabling the IDE controller and see what happens.
Thanks for the info. I'm currently using an IDE cable which has only 2 connectors, 1 for the mobo and 1 for the drive. I have the jumper on the drive set to master (I think, I'll have to double check that). It's being recognized by Disk Director, so that's not a problem at the moment, other than I don't want to partition or install my OS on this drive.
the whole "IDE channel x master/slave" thing is just a red herring - doesn't matter to anything; the only thing that matters in the BIOS is that you have "SATA port native mode" enabled - turns on interrupt sharing, which makes better use of the on-die interrupt mechanism in CPUs available since, oh, around '98, and has been supported by all windoze after MilleniumEdition (which, I believe, at least eight people actually bought!); I have tested AHCI, and really see little difference - its only major advantage in my eyes is 'hot plug' for eSATAs; RAID, of course, makes a real difference, but is costly in hardware. And, by all means, turn off anything in the BIOS that you are not actually using - why waste interrupts, and make the 'queue deeper'? I do industrials, and sometimes need an old-fasioned actual, hard-interrupt serial port, as well as have an old beater of a parallel cabled plotter that will kind of creak along on an even older AutoCAD driver, but, for the main part, I leave the hardware disabled in the BIOS - when I have a need for 'em, zap 'em on in the BIOS at boot time, and windoze (all three versions) 'wakes up', sees the hardware, and plops the drivers back in, reliably, every time...
There is no "SATA port native mode" option. The only options under OnChip SATA Type are: Native IDE, RAID, and AHCI. When I select RAID, the computer won't even boot up with the DVD drive as the primary boot drive. When I select Native IDE, the Acronis Disk Director doesn't recognize the SATA HDD.
"Native IDE" under "OnChip SATA Type" is the one you want; you'll never recognize a RAID until you have configured a drive set (takes at least two drives) in the RAID BIOS; You could try AHCI, which will require a 'pre-load' driver, prior to installing windoze... Have you tried unplugging the IDE cable completely, and leaving it at 'Native'? What version of Acronis are you using?