Top positive review
5.0 out of 5 starsSo Smooth! Zero Vibration.
Reviewed in the United States on January 12, 2014
Good packaging, and arrived very quickly. Boxed inside OEM style cardboard boxes with plastic holders on each end of the hard disk, just like an OEM box. Bought 2, both work perfectly out of the box. On other sites, I noticed these Seagates have the best reviews for entry level NAS/RAID drives.
These drives are absolutely totally silent when idle, you can't hear anything, and you literally can't tell you have 2 of these running in an open computer case, now that's quiet! I will just say, I don't know how they make something this smooth and quiet. Even if you place your hand on top of this drive, you can't feel it spinning.
On reading the hard drives makes some noise while seeking, but overall they are just as quiet as my old Samsung 5400 RPM drive.
My old WD Blue 500GB vibrates so much and is so loud that it seems like a primitive piece of junk in comparison to these Seagate NAS drives, and it's been running fine for 5 years. These Seagate drives are exceptionally refined.
Installed both, no DOA, they work great. I've copied about 500 GB of information and haven't had any issues whatsoever in Raid 1 with an Adaptec 3405 hardware raid card.
This drive is a NAS drive, otherwise known as a raid drive. You need to use NAS drives for all RAID controllers, Raid 0, Raid 1 or Raid 5, etc. Because regular drives don't have a 7 second timeout limit on error recovery, called TLER, "time limited error recovery."
Raid drives have a 7 second timeout limit on disk errors. If you use a non-raid desktop drive which could go beyond 7 seconds while repairing a data error, a RAID controller can mark the disk as totally defective, and disconnect it from your raid array.
Generally people who use non RAID/NAS drives complain about losing entire raid arrays simply because of the way desktop drives handle errors. Look up the failure rate for non-raid drives used in a raid. It's disturbing. It is because normal hard disks don't have TLER enabled.
Now, TLER is simply a firmware setting, but at the time of this writing, it is not something you can change on desktop hard disks. In order to get TLER, you must spend more money on a NAS/RAID drive.
As an example, WD Greens will not work in a raid properly, because those drives do not have TLER. When used in a raid array they have been known to crash.
Furthermore you don't want to use a NAS/RAID drive without a raid controller. Because raid hard disks notify the raid controller of disk data errors, instead of trying to repair the data on their own like conventional desktop drives.
Desktop drives are good at handling errors because they can sit and grind away for 1 minute if necessary, repairing the disk, while a raid drive will time out, and force the controller to repair the bad data.
For best results, use a hardware raid controller with a NAS/RAID drive, and use desktop drives for software raid, or fake raid, or non-raid.
I purchased a used Adaptec 3405 Hardware raid card for $60 with a cable, and bought 2 of these drives for RAID 1 (mirror.) This combination required absolutely no software drivers, no software installation, just plug and play.
To create an array you do it before the computer boots up, by accessing the Adaptec 3405 raid card bios. This doesn't require any drivers, so you don't need a floppy disk drive, or internet, or a CD Rom. After configuration of a hardware raid card, Linux OS or Windows OS sees the raid array as one single drive.
If you are using fake raid, which is the raid built in on your motherboard, you will need to install drivers to get the fake raid to work.
Hardware raid is the easiest, fastest thing I've ever seen, and for $60 to have a hardware raid card, it seems pointless to use the built in motherboard "fake raid" which is a software raid.
With hardware raid 1 (mirror), if a drive starts making noises or indicates an error, you simply pull it out and replace it with any new one of the same capacity, doesn't have to be the exact brand or model of the original. The hardware raid will automatically start rebuilding the new drive.
With the hardware raid, I experimented by unplugging one of the drives from the hardware raid card, and plugging it into my motherboard SATA port. The disk reads just like a conventional hard disk, the hardware raid card does not render a hard disk unreadable. In the event that a raid card dies, if using Raid 1, you can just remove a drive and plug it into any onboard SATA port, then you have your data back.