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System Name | Compy 386 |
---|---|
Processor | 7800X3D |
Motherboard | Asus |
Cooling | Air for now..... |
Memory | 64 GB DDR5 6400Mhz |
Video Card(s) | 7900XTX 310 Merc |
Storage | Samsung 990 2TB, 2 SP 2TB SSDs, 24TB Enterprise drives |
Display(s) | 55" Samsung 4K HDR |
Audio Device(s) | ATI HDMI |
Mouse | Logitech MX518 |
Keyboard | Razer |
Software | A lot. |
Benchmark Scores | Its fast. Enough. |
We seem to have threads every so often with the question posed above, and many users have a lot of experience with hard drives no doubt. But there is a study done by Google with over 100,000 drives from multiple manufacturers represented. This only applies to mechanical hard drives.
http://static.googleusercontent.com/media/research.google.com/en//archive/disk_failures.pdf
"Contrary to previously reported results, we found very little correlation between failure rates and either elevated temperature or activity levels."
Optimal drive temperature is between 35-45C
Above 45C or below 30C the failure rate doubles from the standard 1% to 2%, so still not a large failure rate. Below 25C the rate doubles again, 4% and the trend continues from there, the lower the temperature the higher the failure rate.
Understanding that there are bearings inside the disk that allows the spindle to turn, and the bearings and lubricated with a grease, which is a mixture of oils in an emulsifier designed to hold the oil in suspension until a specific amount of force is applied or temperature is reached, below this temperature the emulsifier and oil is more viscous (thick), causing more torque (rotation force) to be needed, and increasing the power draw on the spindle driver circuit. Why grease and not oil? The inside of a hard drive is sealed and is cleaner than an operating room, a speck of dust to the harddrive is like getting hit by a small car to us, except the dust stays inside, so oil leaking into the disk would almost guarantee a complete and total failure and seals that have to withstand billions of revolutions and are still able to hold oil with 100% integrity only exist in theory.
Moving on, Google uses velcro on a lot of drives. Use whatever your case came with.
There is no superior mounting orientation **UNLESS SPECIFIED BY THE DRIVE VENDOR**
In short, warm drives are better than cold, all drives will fail, backup your data.
http://static.googleusercontent.com/media/research.google.com/en//archive/disk_failures.pdf
"Contrary to previously reported results, we found very little correlation between failure rates and either elevated temperature or activity levels."
Optimal drive temperature is between 35-45C
Above 45C or below 30C the failure rate doubles from the standard 1% to 2%, so still not a large failure rate. Below 25C the rate doubles again, 4% and the trend continues from there, the lower the temperature the higher the failure rate.
Understanding that there are bearings inside the disk that allows the spindle to turn, and the bearings and lubricated with a grease, which is a mixture of oils in an emulsifier designed to hold the oil in suspension until a specific amount of force is applied or temperature is reached, below this temperature the emulsifier and oil is more viscous (thick), causing more torque (rotation force) to be needed, and increasing the power draw on the spindle driver circuit. Why grease and not oil? The inside of a hard drive is sealed and is cleaner than an operating room, a speck of dust to the harddrive is like getting hit by a small car to us, except the dust stays inside, so oil leaking into the disk would almost guarantee a complete and total failure and seals that have to withstand billions of revolutions and are still able to hold oil with 100% integrity only exist in theory.
Moving on, Google uses velcro on a lot of drives. Use whatever your case came with.
There is no superior mounting orientation **UNLESS SPECIFIED BY THE DRIVE VENDOR**
In short, warm drives are better than cold, all drives will fail, backup your data.