The 180 watts processor capacity is definitely not a joke, and AMD plans to treat these future cooling processors seriously with water cooling as the default



The discovery of the technical details about AMD's first AMD Threadripper processor, which will come with many physical cores in the array that is actually a combination of the Ryzen chipset in one socket, made it clear that this would be a product with a very high power consumption of 180 watts Ryzen), which will require proper deployment for the upcoming launch, especially for a completely new platform that does not have backward compatibility to any other product.

According to a report coming to us from Japan, AMD will solve the problem gap best, which will improve the cost-benefit ratio they offer - and ensure proper cooling to officially deliver performance and operating frequencies: Closed-circuit water cooling that comes with processors from the factory, Simplified system on the X399.
![](https://steemitimages.com/DQmcUSwLgoTvryXNhgzmHCZBFXZhts8jxQna5xmWKYLSw6J/image.png)
Intel has previously used Asetek's services to bring convenient and efficient water cooling to its leading processors, and we will not be surprised if AMD does the same.

This is not the first time that a high-end processor has been offered along with water cooling. Based on our past experience, it can be cautiously estimated that in the present case, an alternative version of one of the newest processor cascades of Asetek, the largest of closed water arrays, with a single 120 millimeter radiator Ensuring maximum number of enclosures.

![](https://steemitimages.com/DQmRxpVo1VeM36SUmQ1MScg8NVjmrsNeELV4cgmof1qxnpV/image.png)

Of course, we are not sure that such premium processors will be available at a cost of thousands of dollars in this reduced configuration so that anyone who decides to purchase a Threadripper model may get the right tool To cool it, without exception.

![](https://steemitimages.com/DQmQLWQp5rHQ5c4JpxEw6DFfUbkat8rpDuB329rd7py6uDX/image.png)
water cooling.