You can eventualy use the link provided by Khato
to evaluate the TDP in function of frequencies ,
you ll see that going from to 10W to 3W you ll need
to reduce frequency substancialy.
Don't forget the I/O differences, as well as the DDR interfaces.
You can eventualy use the link provided by Khato
to evaluate the TDP in function of frequencies ,
you ll see that going from to 10W to 3W you ll need
to reduce frequency substancialy.
great, can you link to the results page?
And yet you initially claim that "At 50 or 100°C a TDP of 5W is 5W in both case" only to then backtrack and say that it's a relatively small effect once an explanation of temperature's effect upon power consumption is provided.
It probably is 5W in both cases. 4.8W in one case and 5.2W in another case, both would round to 5W. I would be very interested in seeing what the actual effect is, on this end of the curve, where Vcc is at or under 1.0V.
Quite interesting how the A6-1450 with a maximum clock frequency of 1.4 Ghz CPU/400 Mhz GPU has a physics score of 17126 while Anandtech's review of the A4-5000 - http://www.anandtech.com/show/6974/amd-kabini-review/4 - which should always be running at 1.5 Ghz CPU/500 Mhz GPU only score 16812. Similarly the GPU running at 80% the frequency achieved 94.4% of the graphics score at 24574 vs 26019. Could be that drivers have markedly improved since the review?HP 11 A6-1450 3DMark Ice Storm
http://www.3dmark.com/is/803292
Tried it with wifi off, but negligible diff.
Can you also test with Geekbench 3 using this .bat? No one's uploaded any results for the A6-1450 yet.
