The processor TDP is the amount of heat, rated in watts, which will generate it when in operation. Generally, this value focuses on the output heat when the processor is fully loaded. Because, knowing the amount of TDP at rest doesn't give you much. But one thing we should be very clear is that the processor TDP is not the same as energy consumption of this if applicable. Despite measuring both frames with the same unit (watts). We can have a processor with a 90 W TDP which, with the total load of all its cores, is up to 120 W of electricity.
How is TDP announced by Intel different from that announced by AMD?
Both of these processing companies have different approaches to to calculate this number
Intel indicates the heat capacity of its processes AFTER what the season is for you Turbo Boost This period lasts approximately 30 seconds continuously. After that, the frequency of choruses decreases the frequency of the base.
On the other hand, the value associated with the processors of AMD It addresses the maximum heat generation of the processor in any case. This means that heat is reasonable, both of these points increase the energy, as well as the frequency of bases with calories. When all threads of the processor are set to this function 100%. This is important as it has been proven that AMD Ryzen processors increase automatically at a minimum temperature
Therefore, it can be said that the representation of this numbers AMD is the real closest to both manufacturers.
And what do heatsink makers do?
Generally, this value is what we usually pay attention to when choosing a heatsink It's our processor. However, the heatsink manufacturers themselves have a different idea of what the TDP of the processor manufacturers actually is. According to them, this number describes the type of The hottest solution is required for each processor model, in any case.
Of course, this is a way of seeing numbers heat generation
However, this value should not be considered a universal truth about the cooling capacity of the system. We all know that Intel processors are notorious for their slow burns. And what heatsinks that, in theory he should justify a given amount of TDP, he will not be able to do so with a specific slide.
But, on the other hand, we have a place for AMD too serial heatsinks. In all cases, these heatsinks are more than just cooling their processors. Or in extreme summer temperatures. And when we put in a better heatsink, we can even reach some better waves.
