Hard drive failure can be devastating if you have a lifetime of photos or personal files on your computer. Likewise for businesses who lose their files when a hard drive fails. The increased capacity of storage media has enabled even the home computer users to store huge amounts of data. The big problem with this is that even though there are many backup storage devices available, people avoid performing secure backups and are left in a panic when they experience hard drive failure.
To save any stress, I like to backup on an external hard drive and also I use online backup as well , for the really important files.
What Can you Do When you Experience Hard Drive Failure
Unfortunately, hard drive failure is inevitable because most hard drives have moving parts internally that eventually ware out.. Therefore failure is bound to happen. Here are some tips on what to do when you suspect that you have a hard drive failure.Stop Using Your Hard Drive
Do Not Start Chkdsk
Get Your Data if you Can!
Opening Your Hard Drive
I know people that have opened hard drives up and they have all ended in disaster. If they had sent their hard drive to a professional, they might still have their precious files.
Don’t Put Yourself in Danger
How do Hard Drives Work and Why do They Fail?
The core technology behind hard drives has remained unchanged since an IBM team lead by Rey Johnson built the first hard disk in 1954. The disk in hard disk refers to the platter, which looks a like a vinyl record. Hovering over the platter is what looks like the needle of an old record player–the needle part is called the head. Both the platter and the head are magnetic, so the head can read from and write to the platter.The platter spins around several thousand times a minute in modern hard drives–7,200 Revolutions Per Minute (RPM) is a common speed for modern hard drives, with high-end drives running at about 15,000 RPM. That’s 120 to 250 revolutions each second–an incredibly fast speed which requires very precise engineering.
The platters, and the motor which powers them, run on top of tiny ball bearings built to revolve up to 100 times as fast as the disk itself–so up to 2,500 times a second. That means that in just 7 minutes of using your hard drive, the ball bearings will rotate over 1 million times. In the typical 2 year active life of a hard drive, each individual ball bearing will rotate over 150 billion times.
Over its incredible lifetime, each ball bearing slowly wears down, forcing the tiny hard drive motor to exert more and more energy to keep the platter moving. At some point, the motor has just barely enough power to move the platter–this is when you’ll hear groaning noises from your hard disk. A few days or weeks later, the motor won’t have enough power to move the disk, but the head will still work; this is when you’ll hear your disk drive make clicking noises even though it can’t read any data.
How to Prevent Hard Drive Failure
You cannot for certain prevent hard drive failure because, as mentioned above, hard drives have moving parts that can wear out. Of course you can care for your hard drive by making it work less, saving most of your files on to external devices, and keeping your hard drive defragged and maintained.You can check how your hard drive is running as your disk drive keeps track of over a dozen statistics related to its performance, called Self-Monitoring Analysis and Reporting Technology (S.M.A.R.T). You can access these statistics using special software–for example, DiskCheckup from Passmark.com.
The results reported will include a description of the state of the drive based on several criteria. You want to look the closest at the Throughput Performance (ID number 02) to figure out if the reason your computer is running slow is its hard disk.
In every case, when it comes to hard drive failure, the moral of the story is to have a secure data backup and recovery plan ready in case of emergency
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