- May 16, 2002
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OK, so more than 100 watts.... Not for me.
OK, so more than 100 watts.... Not for me.
How can it be 118, and 156, and 164 though? Especially when 118 seems to be at the highest clock speed.OK, so more than 100 watts.... Not for me.
You are the one that posted the 118 watts. I don't know whick is correct, but they are all too high.How can it be 118, and 156, and 164 though? Especially when 118 seems to be at the highest clock speed.
You don't seem to even consider that the numbers are not what they seem, or are simply incorrect.You are the one that posted the 118 watts. I don't know whick is correct, but they are all too high.
OK, by your own post and others, it seems this CPU takes 92 watts or more, is that not correct ? Thats at full load, and overclocked over 4 ghz.You don't seem to even consider that the numbers are not what they seem, or are simply incorrect.
You seem welded to one train of thought.
Your thinking appears biased to me.
I don't even know how you connected the 92W with the mystery mobile chip.OK, by your own post and others, it seems this CPU takes 92 watts or more, is that not correct ? Thats at full load, and overclocked over 4 ghz.
OK, 92 watts for the whole system. So what does the CPU take ?I don't even know how you connected the 92W with the mystery mobile chip.
I showed Sisoft listing an i3- 8300 at 165 watts, which is obviously not correct, to demonstrate that the power listed by Sisoft can be way off.
Ozzy pointed out that an i3-8300 actually only uses 92 watts for the whole system, not just the CPU.
You then began to say that 92 watts was too high for the 8C16T mystery mobile chip for some reason...?
You want to know what an i3 8300 consumes?OK, 92 watts for the whole system. So what does the CPU take ?
I think he's more interested in the H-class CPU in discussion, not an i3-8300. Could be wrong though.You want to know what an i3 8300 consumes?![]()
I hope so...I think he's more interested in the H-class CPU in discussion, not an i3-8300. Could be wrong though.
Yes, real numbers on the 8 core 16 thread cpu.I hope so...
Recent motherboard firmware updates posted to MSI's website have confirmed support for two Core i5-9400F steppings. According to the recent findings, the P0 stepping denotes an eight-core die with sTIM and has two cores disabled, while the U0 stepping (pictured above) has a smaller six-core die that comes with standard thermal grease. The U0 stepping also comes with a thinner PCB and the same IHS (integrated heat spreader) design found on the eighth-gen chips, as you can see in the image below.
Looks like some of the F versions do not use solder. Another reason they should be cheaper.
https://www.tomshardware.com/news/intel-solder-grease-i5-9400f-igpu,38547.html
Update 2/6/2019:
Intel confirmed to us that some Core i5-9400F processors do come with pTIM (polymer TIM - a.k.a. thermal grease), but that can vary based on the location of manufacturing.
Sources close to the matter also tell us that the company will transition the Core i5-9400F and Core i5-9400 models to solder TIM (sTIM) entirely in the near future. Naturally, that means there will be no need to differentiate between the two products on the packaging. All "K" series models in the Core i9 and i7 series will continue to come with sTIM, as well. We also learned that the company will use pTIM for all Core i3 "F" series models indefinitely.
Stay away from these F CPUs, you're essentially buying scraps for a premium price.Crazy question, given these "F" CPUs
If the 9900KFC thread is any indicator, nobody takes that CPU name seriously.9900KFC....come on. Intel needs to rename that. I couldn't take my pc seriously with a KFC cpu.
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