This is a cool little Intel app I found.
Interestingly enough I found out that Turbo Boost turns on even when I move the mouse but goes right back to low clock speeds. This constant ON and OFF doesn't this drain power?
http://downloadcenter.intel.com/Detail_Desc.aspx?agr=Y&DwnldID=19105&ProdId=3168&lang=eng
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Then it would take a month to get from New York to LA instead of a week.
The su7300 consumes 1.05-1.15v, whereas the core i# series consumes 0.725–1.4V. Also note that the core i processors will do more work per-clock (bigger caches, more threads, memory controller on board). So your theory about keeping the turbo multiplier low (or turning it off) would probably go a long way. -
i going with the gas pedal theory, momentum is not a factor with CPUs. so on/off would be the best.
I think the reason the i5/i7 CPUs use more battery is more from the fact they are still kinda new in architecture and not as power efficent. Core2 has had a nice run and become quite the cool running power saver after several revisions over the years.
in all reality Intel/Dell would have built a much better machine just adding a tad more Vcore and allowing OCing into the 2.0Ghz area on the Core2Duo. (pin moding and battery life on the R1 basically prove this)
But thats marketing for ya... -
I ask because perhaps if you can pin the i7, turn off turbo and speedstep, you almost have similar processor to the c2d? or am I wrong? -
i dont know about pin moding the R2. but i did hear about someone using software to get it past the 166mhz bios limit.
the i5/i7 is more powerful per clock than the C2D but getting to use less power for the same workload may be hard to do. -
When cores in a Core i7 or Core i5 CPU enter the C6 sleep state, voltage gets reduced to zero so power consumption of that core also drops to zero. Cores and threads are constantly entering and exiting the C3/C6 sleep states so they can work on the 500+ background threads on the typical Windows PC.
When Windows background tasks need to be processed, it makes sense for the CPU to speed up so it can get the tasks done quickly and then get back into the low power sleep states to maximize C6 residency time as Intel calls it. One fast core that can process background tasks quickly also lets the other core or cores spend a bigger percentage of time in the C6 state where power consumption is minimized.
If you want to compare a CPU to a car then it's best to compare it to a cylinder deactivation scheme. It makes sense to run 1 core or cylinder at a higher load where it is very efficient compared to running all cores or cylinders at part throttle where they are not very efficient at all.
My friend Alex helped me find a trick or two to make ThrottleStop more efficient so the CPU package can spend more time in the energy efficient C6 state. It's a work in progress.
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Thanks for this, I always wanted to know when turbo mode kicked in.
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Very insightful thank you unclewebb. I would love to be you're guinea pig for testing if you need one?
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2Ghz would be killer for the R1- it has more battery life then the R2 still (Discrete mode > Optimus in battery life) and is neck and neck in games performance as the CPU bottleneck is reduced (it still loses in heavily threaded processes such as Cinebench).
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thanks for infoz
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Thanks @DavyGT
Too bad theres no guide to running this program I got no idea how to do it... -
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Code:cd C:\setpll setpll m11xr2 "This lets you check which BCLKs are possible setpll m11xr2 XXX "Where XXX is your chosen BCLK to set
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The reason why it's called m11xr2 instead of ICS9LPRS3XX is because I couldn't take apart my M11xR2 and identify the exact PLL. Probably a 387, 397 or there abouts. -
How come I can't install this to my m11x-r2? it says your CPU does not support Turbo Boost? U520 i5 CPU here...
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Turbo Boost Monitor v2.0
Discussion in 'Alienware M11x' started by DanNNN, Feb 21, 2011.