Where can I get a cheap bracket to install it in my 3.5 bay?
Do ssds need to be cooled?
This is from my other post:
Updated to latest firmware (took just a minute or two, is that normal?), then installed Windows 7.
Then:
Verified Trim using: fsutil behavior query disabledeletenotify
Turned off Disk Defragmenter.
Turned off System Restore.
Turned off Indexing.
Installed Intel SSD toolbox
Ran Intel Optimizer. Took about 3 seconds (is that usual?)
First: install drive in case
2: boot up with intel fw update disc
3: go into bios and turn on ahci
4: install windows (7)
5: do those disc configuration items like turn off index, lower page file, move library, etc
6: done
I don't know haha somebody else help both of us
Are you running a lite version? I install win7 ultimate and takes up at least 20gb by itselfI just did a clean install of Win7 and Office 2010 (tech review version) and installled DeepBurner, and about 500 mb ofother programs. I am using 13 gb of the hard drive.
Heck yea its huge. I found a little vid clip showing to use vlite 1.2 to customize to personal lite ver.ultimate is huge isnt it?
Congrats on the choice. I am still pondering myself as more drives are coming out, maybe by the time I make my decision it will be the end of the year and I can get a 160gb drive for half current pricingjust ordered the Intel 80gb X25-M. How should i be mounting it inside of my Mini P180.
rubber bands?
zip ties?
get 2.5/3.5 adapter and install that inside of a 3.5/5.25 drive bay?
can someone just confirm with me what should be my first thing to do once i power it up?
-flash the FW using intel's .iso boot disc
-then what?
Mount it however you like. Any one of those methods should do.just ordered the Intel 80gb X25-M. How should i be mounting it inside of my Mini P180.
rubber bands?
zip ties?
get 2.5/3.5 adapter and install that inside of a 3.5/5.25 drive bay?
You already said it yourself in an earlier post:can someone just confirm with me what should be my first thing to do once i power it up?
-flash the FW using intel's .iso boot disc
-then what?
First: install drive in case
2: boot up with intel fw update disc
3: go into bios and turn on ahci
4: install windows (7)
5: do those disc configuration items like turn off index, lower page file, move library, etc
6: done
http://www.ocztechnology.com/res_old/images/Configuring-and-Setting-Up-SSDs.pdfAHCI
AHCI is not official supported on OCZ SSDs and may under some circumstances affect performance,
specifically during windows installation. Enabling AHCI can result in higher performance in synthetic
benchmarks for SSDs and HDDs alike, but can cause hang-ups and intermittent freezes in SSDs since it
allows multiple access requests to compete for a drive that is not made to address re-ordering of
commands in the queue. We recommend AHCI is set to disabled in both Windows and in the BIOS.
Native Command Queuing greatly increases the performance of standard rotational drives but it has no
bearing on SSDs.
Yes.^^ are those steps exactly correct?
Go with the Microsoft drivers, but it's not something you need to worry about explicitly. Whenever you install Win 7 with the BIOS set to AHCI, Windows is smart enough to install the correct drivers. Just follow the steps and you'll be fine.what about the AHCI drivers, i understand there are "intel" and "windows" versions of the drivers? wtheck is that about?
I don't have an OCZ drive, so I don't know if that applies to their most recent generation drive or not.http://www.ocztechnology.com/res_old/images/Configuring-and-Setting-Up-SSDs.pdf
Should AHCI in bios be enabled or disabled?
andDo Intel SSDs need special driver support?
No. The standard drivers for any HDD will support Intel SSDs as drop-in components, such as those bundled with Windows*. However, for best performance, a driver that supports SATA Native Command Queuing (NCQ) is recommended [NCQ is a feature of AHCI]
So yes, for Intel SSD's at least, you need AHCI enabled.Is the Intel SSD a drop-in replacement for SATA Hard Disk drives?
Yes. The Intel SSD a drop-in replacement provides rugged, reliable performance at lower power. Intel SSDs support the ATA-7 command sets and the SATA II command extensions. AHCI must be supported and enabled by both the system BIOS and OS