It is increasingly common to see some advances in cooling systems, and the temperatures that can usually be found in a computer can be increasingly worrying, knowing that it is common for them to operate at a maximum of over 80 degrees. This is why since Phononic They claim to have found the solution to reduce the temperatures of these components, especially processors, with a system that offers a better performance This one All-in-one.
All in One cooling offers users the possibility of having a simple solution to reduce as much as possible the temperatures that today’s processors can reach, and they use technology that far surpasses the traditional air-sink models that can be found. But this time, Phononic has announced that it has a version of a semiconductor cooler capable of far exceeding the performance that an AIO is capable of, doubling the cooling performance of the Ryzen 9 9950X processors compared to those we have mentioned.
Phononic wants to offer a more efficient cooling system than AIOs
The fact that a computer usually has extremely high temperatures is worrying, since this greatly affects the operation of the components, it is one of the main reasons why it is very important to have a good cooling system. But not all of them are compatible with each of the formats that can be found, and it is true that AIO liquid cooling, although it is a very good solution, does not fit into all computers on the market due to the lack of space they have. can have boxes with different form factors.
This is why since Phononic presented a solution refrigeration of solid state which offers both passive and active thermal management, allowing automatic switching between the two functions it integrates when the temperature limit configured for the passive state is reached. This saves a lot of energy, but the strong point is not in the design that combines these two functions, but in the fact that they indicate that it is capable of far surpassing other cooling models, whether air or AIO.
As we well know, Ryzen 9 9950X processors reach peaks of around 80°C by default, which we have seen is quite common given that they are becoming more and more powerful and there is no way to reduce the temperature while increasing the power at the same time.
In this case, the company says its solid-state CPU cooler is capable of delivering twice the cooling performance per fan area of a typical 240mm AIO and 50% more performance than a typical 240mm 92/120mm air cooler with the CPU we mentioned above configured with a 170W TDP.
On the other hand, the company also assured that these solutions could also be implemented in other types of components, such as GPUs, which would allow better generalized thermal management for all PC components.
