J
John Corliss
Warning: the following post contains graphic descriptions of unpleasant
hardware dissections performed by a five thumbed biker.
-------------------------------------------------------------
Back in March, I posted a message to this group (Message-ID:
<[email protected]>) regarding Maxtor hard drives and
how my own experience with one of their Diamondmax Plus ATA 100/60 GB
hard drives had soured me on the company. I loathed the idea of
returning the drive to Maxtor with all of my data on it, so I decided to
simply purchase another hard drive from somebody else.
First though, I decided to take advantage of MY PROPERTY, the broken
hard drive, in order to learn a little more about its physical makeup. I
bought the necessary special screwdriver head and used it to take the
unit apart. I'm no expert by any stretch of the imagination, so when I
got inside I was surprised to see that there was only *one* little
platter in that 60 gb hard drive! I've always thought that hard drives
have more than one platter.
I also noticed that the read head arms (or whatever they're called) were
unable to move on their pivot very well. When I *lightly* backed off the
pivot screw (accessible from under a patch on the cover which, if peeled
back or removed, voids the warranty of every drive I've ever examined),
the read head arm once again was able to move freely.
Note that I did not try adjusting that screw until after the drive had
completely failed, and so I never was able to determine if such an
adjustment would allow one to again be able to access data. Also, if it
were possible to make this work, it's most likely a very sensitive
adjustment. Excessive backing off of the screw would almost undoubtedly
be as bad as having it too tight. On the other hand, it's nice to know
about this screw for whatever reason. One has to wonder why it's
accessible from the outside; undoubtedly it's for factory adjustment.
Having satisfied my curiosity for the most part, now it was time to make
sure that nobody would ever be able to read anything from that disk. I
removed the platter from the drive and took my Buck knife to the s.o.b.,
scratching the hell out of both sides. Then I bent the thing in half
(they don't "snap" like a CD.) Finally, into the garbage it went.. to
spend eternity at the bottom of some garbage dump, enriching the
environment with whatever toxic oozements it could provide for unlucky
future generations of humans. And I didn't simply place the rest of the
drive into the garbage can, I THREW IT AS HARD AS I COULD!!! It made me
feel better to do this because it really pisses me off bad when a
f**king hard drive fails.
After a lot of research and asking around, I finally decided on a
Seagate Barracuda 7200.7 Plus PATA 8MB as the replacement. I did this
because I'd heard that Seagate drives are the most reliable on the
market, that they perform well and are very quiet. Installation of the
drive went smoothly and I was very happy with the way it ran.
Now however, after a mere 8 months of use, this new drive has ALSO
started with the dreaded "click... click... click... click..." and a
need for multiple restarts in order to access the OS. The drive is not
long for this world. Yes, I have all of my data backed up on another
physical hard drive, but the short duration of the Seagate is a very
serious disappointment to me.
So what am I going to do now with this hard drive after it craps out? I
can surely send it back to Seagate and get a replacement, but is it
worth it? Their website clearly states that the replacement will be
another returned unit which has been "repaird and then low level
formatted. Great. Just what I want. Somebody else's used crap. And on
that note, what about all of my data? Do I really want to send it to an
unknown destination? REALLY??? Thoughts of my Buck knife and the special
screwdriver head come instantly to mind again. Or maybe it's time to see
if that pivot head adjustment can work?
I bought the drive from Newegg, who I still consider to be a great
company, but I believe that given the short life of the drive, the
remote possibility exists that Seagate may be providing them with
"remanufactured" (i.e. returned units that have been *examined and
determined to be non-defective*.) This is the only way I can account for
the short life of this drive.
I can think of nothing which I'm doing that will account for the short
lifespan of my hard drives, other than using them in a work setting
(running most of the day, most days.) I do nothing that is hard drive
intensive, like using them to play movies from or frequently "wiping"
deleted space. I religiously defrag them on a regular basis, and
whenever possible shut down my computer properly by using the Windows
"Shut Down..." item on the start menu.
However, and as I'm sure you are well aware, all version of Microsoft
Windows are so unstable that the occasional power button method ("cold
reboot") of turning off a system is unavoidable. When this occurs, I
always wait at least seven seconds before restarting the computer.
Regardless, I am getting sick and tired of having to replace hard drives.
My niece is still using my old Quantex Pentium 90 for email and word
processing. Its Western Digital 730 mb hard drive (note: it has a *life
time* warranty) is still working like the day I purchased the system.
Although I wouldn't consider my experiences and observations to be
adequate empirical basis for doing so, I can only theorize that hard
drive manufacturers have intentionally lowered the reliability of newer
hard drives in order to stimulate the market and increase sales (AKA
"planned obsolescence".) They have though, also destroyed their
credibility and my guess is that it won't be long before some new
industry and companies come up with an alternative method of storage
that requires no moving parts.
And so the ongoing struggle against entropy in the universe continues....
hardware dissections performed by a five thumbed biker.
-------------------------------------------------------------
Back in March, I posted a message to this group (Message-ID:
<[email protected]>) regarding Maxtor hard drives and
how my own experience with one of their Diamondmax Plus ATA 100/60 GB
hard drives had soured me on the company. I loathed the idea of
returning the drive to Maxtor with all of my data on it, so I decided to
simply purchase another hard drive from somebody else.
First though, I decided to take advantage of MY PROPERTY, the broken
hard drive, in order to learn a little more about its physical makeup. I
bought the necessary special screwdriver head and used it to take the
unit apart. I'm no expert by any stretch of the imagination, so when I
got inside I was surprised to see that there was only *one* little
platter in that 60 gb hard drive! I've always thought that hard drives
have more than one platter.
I also noticed that the read head arms (or whatever they're called) were
unable to move on their pivot very well. When I *lightly* backed off the
pivot screw (accessible from under a patch on the cover which, if peeled
back or removed, voids the warranty of every drive I've ever examined),
the read head arm once again was able to move freely.
Note that I did not try adjusting that screw until after the drive had
completely failed, and so I never was able to determine if such an
adjustment would allow one to again be able to access data. Also, if it
were possible to make this work, it's most likely a very sensitive
adjustment. Excessive backing off of the screw would almost undoubtedly
be as bad as having it too tight. On the other hand, it's nice to know
about this screw for whatever reason. One has to wonder why it's
accessible from the outside; undoubtedly it's for factory adjustment.
Having satisfied my curiosity for the most part, now it was time to make
sure that nobody would ever be able to read anything from that disk. I
removed the platter from the drive and took my Buck knife to the s.o.b.,
scratching the hell out of both sides. Then I bent the thing in half
(they don't "snap" like a CD.) Finally, into the garbage it went.. to
spend eternity at the bottom of some garbage dump, enriching the
environment with whatever toxic oozements it could provide for unlucky
future generations of humans. And I didn't simply place the rest of the
drive into the garbage can, I THREW IT AS HARD AS I COULD!!! It made me
feel better to do this because it really pisses me off bad when a
f**king hard drive fails.
After a lot of research and asking around, I finally decided on a
Seagate Barracuda 7200.7 Plus PATA 8MB as the replacement. I did this
because I'd heard that Seagate drives are the most reliable on the
market, that they perform well and are very quiet. Installation of the
drive went smoothly and I was very happy with the way it ran.
Now however, after a mere 8 months of use, this new drive has ALSO
started with the dreaded "click... click... click... click..." and a
need for multiple restarts in order to access the OS. The drive is not
long for this world. Yes, I have all of my data backed up on another
physical hard drive, but the short duration of the Seagate is a very
serious disappointment to me.
So what am I going to do now with this hard drive after it craps out? I
can surely send it back to Seagate and get a replacement, but is it
worth it? Their website clearly states that the replacement will be
another returned unit which has been "repaird and then low level
formatted. Great. Just what I want. Somebody else's used crap. And on
that note, what about all of my data? Do I really want to send it to an
unknown destination? REALLY??? Thoughts of my Buck knife and the special
screwdriver head come instantly to mind again. Or maybe it's time to see
if that pivot head adjustment can work?
I bought the drive from Newegg, who I still consider to be a great
company, but I believe that given the short life of the drive, the
remote possibility exists that Seagate may be providing them with
"remanufactured" (i.e. returned units that have been *examined and
determined to be non-defective*.) This is the only way I can account for
the short life of this drive.
I can think of nothing which I'm doing that will account for the short
lifespan of my hard drives, other than using them in a work setting
(running most of the day, most days.) I do nothing that is hard drive
intensive, like using them to play movies from or frequently "wiping"
deleted space. I religiously defrag them on a regular basis, and
whenever possible shut down my computer properly by using the Windows
"Shut Down..." item on the start menu.
However, and as I'm sure you are well aware, all version of Microsoft
Windows are so unstable that the occasional power button method ("cold
reboot") of turning off a system is unavoidable. When this occurs, I
always wait at least seven seconds before restarting the computer.
Regardless, I am getting sick and tired of having to replace hard drives.
My niece is still using my old Quantex Pentium 90 for email and word
processing. Its Western Digital 730 mb hard drive (note: it has a *life
time* warranty) is still working like the day I purchased the system.
Although I wouldn't consider my experiences and observations to be
adequate empirical basis for doing so, I can only theorize that hard
drive manufacturers have intentionally lowered the reliability of newer
hard drives in order to stimulate the market and increase sales (AKA
"planned obsolescence".) They have though, also destroyed their
credibility and my guess is that it won't be long before some new
industry and companies come up with an alternative method of storage
that requires no moving parts.
And so the ongoing struggle against entropy in the universe continues....