There are a large number of overclocking enthusiasts who seek to achieve the highest possible power for their components, this is what often leads us to see extremely rare configurations that seek to push a component to the limit to demonstrate the highest performance it is capable of offering. . This is obviously not something we could do normally if we do not have the necessary tools or knowledge, and the new record of overclock sets the bar very high, since it manages to bring the frequency of a RAM memory DDR5 up to 12264 MHz.
When we use a computer, there are several reasons why we would want to overclock some of the parts, mainly if we want to achieve a little more performance to make it work better in terms of power, although this, as we well know, is a problem for the computer. component since it is not designed for it. Although the normal thing would be to adjust the RAM, a processor or the graphics a little to achieve a slight increase in performance, there are enthusiasts who are exclusively dedicated to pushing any of these pieces to the limit, managing to break various records that we might think were impossible to achieve. get to get.
The fastest RAM in the world, now has a record that verifies it
During the last few weeks we have seen how time after time, various companies presented a novelty indicating that their components managed to have the highest possible frequency, RAM memories that managed to exceed 10,000, 11,000 and 12,000 MHz. But now we know that there is a new record, since a combination of Manta DDR5
It may seem that the gain is not too large, since in the end we are talking about about 68 MHz, but as we can well imagine, it is large enough to attract attention, mainly because it has exceeded 12200 MHz, as we have indicated. . This is enough to take first place from Kingston, something that shows us that the last word has not yet been said about this type of extreme configurations, so it would not be surprising if we see again how a configuration of these memories, Together with a plate created for overclocking, they manage to reach much higher frequencies.
It is very likely that we are wondering how this could have come about, since there is no normal way to achieve an overclock of this type without paying the consequences, which obviously involve the fact that the modules end up breaking. To achieve this, one of the faithful companions that enthusiasts in this field have, liquid nitrogen, has been used, used to reduce the temperatures that all the components integrated into the motherboard are capable of reaching while making them able to function above of their capabilities.
