Hardware

XPG manages to overclock DDR5 memory to 8.118 MT / s

Memory maker XPG, specializing in components for enthusiasts and gamers, today announced that its overclocking test lab, the XPG Overclocking Lab (XOCL); has managed to overclock its next DDR5 memory module to a frequency of 8.118 MT / s. Thus, the manufacturer XPG is the first DRAM memory vendor to reach this mark of overclocking with a DDR5 memory module.

This achievement highlights XPG's ability to push memory modules to their full potential. The new record was achieved with a DDR5 memory module with a base clock speed of 4.800 MT / s.

More than 8.000 MT / s achieved by overclocking in DDR5

The XPG Overclocking Lab is dedicated to pushing the limits of memory performance and was the first installation of its kind among DRAM manufacturers when it was founded in 2018. XPG will introduce a line of DDR5 memory modules for gamers, PC enthusiasts, overclockers and others in October this year.

XPG Overclocking Lab has released the two DDR5 memory overclocking results that surpassed the 8.000 MT / s mark in their test labs. The first is the one already mentioned before, which reached 8.118 MT / s as can be seen through the results of the CPU-Z application.

The second one has a little less power, but still exceeds 8.000 MT / s, with about 8.10 4 MT / s thanks to the capabilities of the DDR5 format.

As usual, the DDR5 memory format that will hit the market in the coming months, will start having powers for the domestic market even lower than DDR4. But as experimentation, development and compatibility with this format progress, we will see more and more feats with memory with and without overclocking as XPG Overclocking Lab has shown us.

Show more

Benjamin Rosa

Madrileño whose publishing career began in 2009. I love investigating curiosities that I later bring to you, readers, in articles. I studied photography, a skill that I use to create humorous photomontages.

Related publications

Leave your comment

Your email address will not be published. Required fields are marked with *

Button back to top
CLOSE

Ad blocker detected

This site is funded through the use of advertising. We always make sure that the advertising is not too intrusive for the reader and we prioritize the reader's experience on the website. However, if you block the ads, part of our funding will be reduced.