Intel Changed the Design in Comet Lake Processors

American manufacturer Intelboasted that its new generation processors had very high processor speeds. appeared recently Comet Lake flagship of the series processors i9-10900K SKU, It had a remarkable speed of 5.3 GHz. 

Revelation about processors benchmark results and the features announced by Intel caused some questions to arise in the minds of users. The first of these questions is the processors' heating problems was coming. 

High energy consumption draws attention

Energy consumption of Core i9 at PL2 level 250W level finds it. Especially competitive players or overclocking For those who like to do this, it is noticeable that a serious energy consumption and heating problem may arise at this point. 

Intel has some minor improvements on Comet Lake processors design changes doing. These changes are particularly noticeable in the field of engineering. Even though Intel has fitted more cores into the processors in this series, there is a serious problem in terms of heating.

Intel already from pTIM Solder TIM had switched to technology. Thanks to this technology, heat spreads between the cores and helps keep the temperature low while working. Lower temperature also reduces the Turbo performance of the device. for longer enables it to be displayed. 

Thinner core coating

Intel for these processors 10 cores It makes the STIM thinner while making it fit. Wanting to reduce the cost, the company keeps the cooling coating level on each core the same. Thus there is coolers These processors are compatible with . 

Intel Now, while increasing the amount of copper in its processors, it also increases the amount of insulating material between the transistors and TIM. Intel announced that it will use this new technology, but the series next products There is no information about it. 

Thanks to new architectural changes Comet Lake Heat transfer from processors to CPU coolers will be faster and the temperature of the processors can be reduced faster. However, it is not known whether these processors will be sufficient for flagship-level Comet Lake processors.