Hitachi HDS721010KLA330 ATA Device (1000 GB, 7200 RPM, SATA-II)
Initio ST3750640AS USB Device (750 GB, 7200 RPM, SATA-II)
WDC WD5000AAKS-00TMA0 ATA Device (500 GB, IDE)
Case:
Zalman Fatal1ty
Case Fans:
2-120mm
DVD-RW:
PIONEER DVD-RW DVR-111D ATA Device
OS:
Windows Vista 32bit
To test the CoolerMaster Real Power
Pro 1000watt power supply we used the French stress-testing program OCCT
(Ocbase et OCCT - L'union
des overclockers - OCCT Official Website) which works in conjunction with
either Speedfan, Everest, MBM5 or the built-in readings from the program to
record the minimum and maximum voltages recorded over a 30-minute time period
while continually subjecting the system to a constant 97% to 100% load.
18-degrees to 42-degrees = 19-degrees Δ
The first two graphics we are looking at give you a good look
at how hard the programs are working the system. This may not appear to be
a very high temperature for both processors. When you consider that the
average operating temperature is about 0 degrees, then these numbers are very
respectable.
20-degrees to 42-degrees = 19-degrees Δ
I can't explain why the voltage starts out at 1.15-volts and
then in the first minute it jumps up to 1.28-volts. I ran the test a
couple of more times and the jump was not there on the remaining tests.
starting at 1.14-volts to 1.29-volts = 0.15-volts Δ
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