Originally posted by: porkster
Originally posted by: DeathBUA if it was it'd be like a Pentium D 3.2 vs a 4400+ comparing multitasking scenarios, this is a stability test and the Intel system definitely made itself look poorly by burning through 5 mobo's and having to remove SLi because of heat issues...
If it is solely a stress test then there is no need to display application loop results.
Some facts...
* To run a stress test, you need to have both systems setup correctly before starting a test. THG has not pre tested the systems before the duration testing! Now we find out THG failed to put the correct fan on the P4 system and also they have failed to use new thermal pads each time they moved the heatsink on the P4 heatsink.
* There is a sign the AMD is having problems with multitasking. The AMD X2 is giving too low a priority on the divx thread. Both systems have same OS settings and OS priorities.
There are two scenarios on this, either the AMD is faulty in its ability to delegate thread load or the Intel is over doing an IDLE level of priority in Windows OS.
There should be warning signals being sent out about this issue of AMD?s multitasking. We can hope now that someone else will test the multitasking out of the two systems in a more tougher test.
Tom?s Hardware Guide is not as professional as it was in its debut.
* The loop count on the Farcry time demo is not a valid value to consider when making comparison as both systems are not stopped when an error or reboot is performed on one of the units, making the loop count bias. The FPS on the game are more valid as a sign of multitasking ability.
* The AMD CPU maybe lower wattage, but the system they run in consume more or on par with the test Intel system. So both systems are power burners.
* The AMD fan is very fast and noisy but the Intel new fan on the Intel test system is also a high RPM rate.
* AMD are using savvy at circuitry design but they are using older recipes for silicon, when comparing to Intel. The Intel technology can take higher frequencies and heat, where the AMD is most likely being overclocked and may have little range of being over clocked.
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