8700k temps

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4.6ghz 1.205 V max temp is 80 is it there any way to decrease degrees ?

[anrkyuk]

Use a dual 120mm rad AIO water cooler and stick 4 fans on it in a push/pull config, I've a H100iGTX on an i7 6700 stock and I've never seen CPU temp go above 45c.

[rotNdude]

Get a better heat sink, reapply the thermal paste, put more fans in the computer case, reduce the temperature in the room the computer is in, or get a better case.

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i have the h110i v2 that's the worst of all

[Nano]

Originalmente postado por 🍌IM A BANANA 🍌:

i have the h110i v2 that's the worst of all

8700k is a hot chip since Intel was to cheap and put crappy compound. That's why when people delid and put better compound on it they can get 10-20 degrees cooler. That and 1.2 volts seem a little high for 4.6ghz when 4.3ghz (the max turbo boost clock) is around 1.1. Your motherboard is more than likely putting too much voltage into your CPU causing the temp increase. Asus motherboards like doing that alot, that is if you have one, and you have to either disable multicore enchancement or manually adjust your voltage to around 1.1 @stock but since you are running at 4.6ghz on all cores it will depend on the chip.

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i have mce disabled and i put that voltage myself but i will try liquid metal as thermal paste to see if it helps

[tacoshy]

Originalmente postado por Rosé Kawaii Heart:

Originalmente postado por 🍌IM A BANANA 🍌:

i have the h110i v2 that's the worst of all

8700k is a hot chip since Intel was to cheap and put crappy compound. That's why when people delid and put better compound on it they can get 10-20 degrees cooler. That and 1.2 volts seem a little high for 4.6ghz when 4.3ghz (the max turbo boost clock) is around 1.1. Your motherboard is more than likely putting too much voltage into your CPU causing the temp increase. Asus motherboards like doing that alot, that is if you have one, and you have to either disable multicore enchancement or manually adjust your voltage to around 1.1 @stock but since you are running at 4.6ghz on all cores it will depend on the chip.

Intel didnt used cheap TIM because they want to save money. They used "cheap TIM" as Liquid Metal was to dengerous for a CPu that is thrown aorund with the packaging making it possible that under that force the liquid metal could get on the PCB and possibly cause damage by short circuit. The otherway was to use solder which sticks between die and IHS and has no chance to flow away. Problem with Sodler was that there was a high risk for micrcracking why they where forced to remove Solder.

[Ralf]

Originalmente postado por tacoshy:

Intel didnt used cheap TIM because they want to save money. They used "cheap TIM" as Liquid Metal was to dengerous for a CPu that is thrown aorund with the packaging making it possible that under that force the liquid metal could get on the PCB and possibly cause damage by short circuit. The otherway was to use solder which sticks between die and IHS and has no chance to flow away. Problem with Sodler was that there was a high risk for micrcracking why they where forced to remove Solder.

They just want to limit OC, so you dont push high voltage, kill it and RMA. AMD could solder FX series and R3 1200, there is no reason to use Toothpaste on i7-8700K.

[TheUnknown]

Originalmente postado por rotNdude:

Get a better heat sink, reapply the thermal paste, put more fans in the computer case, reduce the temperature in the room the computer is in, or get a better case.

[Bad 💀 Motha]

You need to just get a beefier cooler for 8700K compared to say 6700/7700 series of CPUs.
Since 8700K even when stock clocks can run up a max TDP of approx 140-150 watts under full loads.

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im gonna try top mounted push pull config

[Monk]

Originalmente postado por Ralf:

Originalmente postado por tacoshy:

Intel didnt used cheap TIM because they want to save money. They used "cheap TIM" as Liquid Metal was to dengerous for a CPu that is thrown aorund with the packaging making it possible that under that force the liquid metal could get on the PCB and possibly cause damage by short circuit. The otherway was to use solder which sticks between die and IHS and has no chance to flow away. Problem with Sodler was that there was a high risk for micrcracking why they where forced to remove Solder.

They just want to limit OC, so you dont push high voltage, kill it and RMA. AMD could solder FX series and R3 1200, there is no reason to use Toothpaste on i7-8700K.

They couldn't continue to solder due to the small dye size and risk of cracking, the new paste isn't that bad, given it has to last a lifetime there are some compromises.

Changing out a stock thermal paste that comes with the heatsink Tova better one might at best save you a degree, risking liquid metal, which will erode the etching and void warranty may save you 3 degrees, the only way to get a really good reduction in temps is to delid resulting in 10-20 degree temp drops, but annihilates your warranty and risks bricking the chip, or fitting a better cooler, having push pull on a regular 30mm aio radiator doesn't actually make much difference over just 2 good fans as there is a limit to how much heat can be blown away from the fins on such a thin radiator and by the time you buy 4 good fans, you might as well just bought a bigger and better cooler with a larger surface area in the first place.

Push pull is used n custom loops with much thicker radiators where a single fan can struggle to keep pressure for the entire thickness, but custom rads are usually 45mm/60mm/80mm thick as opposed to the aio"s 30mm, which is often closer to 25mm at the actual fins.

For an 8700k you want to be using the big noctua cooler or ideally a 280-360mm aio.

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i got 4.4 ghz 1.100 V stable cinebench not over 68 c under stresstesting done it 3 times now still haven't crashed

[tacoshy]

Originalmente postado por 🍌IM A BANANA 🍌:

i got 4.4 ghz 1.100 V stable cinebench not over 68 c under stresstesting done it 3 times now still haven't crashed

can you make a screenshot? To be honest, I dont believe you. 1.100V for 4.4GHz would pretty much world record. It is lower then stock voltage.

PS: Run it in Prime 95. Cinebench is a bad way to test stability. P94 1344K is the actual best way to test it

[Monk]

It's also slower than stock voltage ...

Edit.

My bad stock is 4.3 n all cores but given half the time only 4 will be used in older games it is actually slower than stock ...

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Originalmente postado por tacoshy:

Originalmente postado por 🍌IM A BANANA 🍌:

i got 4.4 ghz 1.100 V stable cinebench not over 68 c under stresstesting done it 3 times now still haven't crashed

can you make a screenshot? To be honest, I dont believe you. 1.100V for 4.4GHz would pretty much world record. It is lower then stock voltage.

PS: Run it in Prime 95. Cinebench is a bad way to test stability. P94 1344K is the actual best way to test it

it hits 82 c in max heat output prime 95 and i don't like it staying at over 80 c at long periods of time