One would think that the cause of hard drive heat is mechanical friction, but somewhere, I recently read that the main factor contributing to heat buildup in a hard drive is air friction across the platters. If that is true, I wonder why someone doesn't make a hard drive operating in a vacuum? Has anyone ever experimented with this?
Obviously, hard drive temperature directly relates to hard drive wear, the main weakness of hard drives. I would also imagine that if it did spin in a vacuum, that higher RPMS would be feasible, and offset the edge that SSDs have over them.
Obviously, hard drive temperature directly relates to hard drive wear, the main weakness of hard drives. I would also imagine that if it did spin in a vacuum, that higher RPMS would be feasible, and offset the edge that SSDs have over them.
My Computer
- Computer Manufacturer/Model Number
- DIY
- OS
- W7x64 Pro, SuSe 12.1/** W7 x64 Pro, XP MCE
- CPU
- Phenom II 1090T w/Noctua NH-D14 /**4400+ X2 w/CM Hyper TX 3
- Motherboard
- ASRock 890FX Deluxe 4/**A8N-SLI
- Memory
- 2 x 2GB Patriot PGS34g1600LLKA/**4x1GB Corsair VS
- Graphics Card(s)
- EVGA GTX460 SC/**EVGA 8800GTS
- Sound Card
- Asus Xonar D2X/**Xonar D1
- Monitor(s) Displays
- Acer X233H, Dell E152FPc /**LG M237-WD
- Screen Resolution
- 1920x1080 & 1024x768/**1980x1080
- Hard Drives
- WDC 2TB, 1.5TB, 1TB, 500GB,Seagate 500GB , Maxtor 80GB /**500GB Seagate & WDC 1TB Black
- PSU
- CM RS600 w/ APC BX1000G/**Antec 500 TP w/ APC BX1000
- Case
- HAF922/**Antec 1040IIB
- Cooling
- 3x200mm, 1x140 and 1x120mm/**5x80mm fans
- Keyboard
- Logitech Media USB/**Saitek Eclipse
- Mouse
- Cordless Trackman Wheel/**Ditto
- Internet Speed
- 3.3Mbps
- Other Info
- SB 560 5.1 w/ Sennheiser RS140/**Creative T20 speakers, Dvico FusionHDTV7 Gold RT, Cisco E3000, HP 5510V AIO, Linksys E3000, Belkin F5U237 hub and **F5D8055 adapter
(** = 2nd rig)