These are actually very good questions, definitely not silly!
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Originally Posted by krishnandu.sarkar
1. Intel Pentium D @ 3.0Ghz
a. Is this the clock speed for each core?? Or its the summation of speed for both the cores??
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This is the fastest speed at which each stage in the processor pipeline runs. So in layman's term, this is the speed at which each core runs.
Quote:
Originally Posted by krishnandu.sarkar
b. If yes does this theory apply for C2D, Quad Core and other range of AMD and Intel Processors??
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Yes
Quote:
Originally Posted by krishnandu.sarkar
2. Is thr any DMA mode for SATA DVD Drive?? If yes how to enable it?? Does SATA DVD Drives r treated as IDE Drive??
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There is a DMA engine built into the controller. So you don't haf explicit control over the DMA setting for a SATA drive. No wonder it is so fast!
http://h20000.www2.hp.com/bc/docs/su.../c00301688.pdf
Quote:
Originally Posted by krishnandu.sarkar
3. +12v1 : 15A
+12v2 : 16A
Does this mean I hav 31A in +12v channel?? And I can use high end graphics card?? Or the process of calculation of this type of two +12v rails r different??
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No, you cannot add the currents from 12v rails if both are not connected to the same sink. In fact, only the high end power supplies are dual rails. Most low-end and mid-range PSUs just split the 12v line to limit the current per line.
Theoretically, the maximum current you can get per line is (Power * efficiency)/Voltage. So lets say you have a 600W PSU, assuming a hypothetical efficiency of 60%, the maximum current on the 12v line is: 600 * 0.60 / 12 = 30A. This is assuming there is no drop in the other 5/3.3v lines.
But this is the peak current and NOT the sustained current in normal operating temperatures. The numbers that you indicate 15/16A are usually the guaranteed currents each line can supply under normal operating conditions.
http://forum-en.msi.com/index.php?PH...&topic=77071.0
http://forums.vr-zone.com/hardware-a...12v-rails.html
http://www.tomshardware.com/reviews/...er,2122-6.html