Skip to main content

PC memory is about to double in max capacity

Just days after the announcement of some serious innovation in laptop memory, we’re now seeing some great news on the desktop front, too. MSI and Asrock have announced that they are enabling support for up to 256GB of DDR5 memory on select motherboards. Each memory slot will now support 64GB sticks, which means that motherboards with four slots can go up to 256GB while smaller ITX boards with two slots can go up to 128GB.

This has been made possible thanks to Micron, the leading industry supplier for PC memory and data storage. The manufacturer is using its 1-Beta node (originally designed for LPDDR5X mobile chips) to deliver enhanced performance, higher bit density, and improved power efficiency.

A screenshot showing MSI’s PRO X670-P WIFI motherboard supporting 256GB of DDR5 memory.
MSI

One of the first manufacturers to utilize the high-density node is Kingston, with its Fury Renegade 64GB DDR5 modules. Both MSI and Asrock used the same memory, which supports EXPO and XMP 3.0 profiles, up to 6000 MT/s with a latency of 36-38-38 at 1.350v.

As of now, neither of the companies has revealed which of their motherboards will support the new high-capacity memory. However, from the little information that has been shared, MSI’s PRO X670-P WIFI motherboard is going to have official support, while Asrock’s X670E-Taichi and Z790 Nova WiFi are going to be capable of running 64GB DDR5 per DIMM slot. We also expect other motherboard manufacturers like Asus and Gigabyte with X670E and Z790 chipsets to make similar announcements soon.

Having 256GB of RAM is pretty insane and honestly overkill for most people. Of course, you may have a very specific requirement for the kind of workload you run, or perhaps just hunger for bleeding-edge performance with the fastest and most powerful hardware on the market. It’s worth noting that the MacBook Pro recently made the move from a max capacity of 96GB to 128GB for these most extreme use cases.

It will be interesting to see how memory manufacturers will price these new 64GB modules, especially considering how cheap DDR5 has become ever since the initial launch.

Editors' Recommendations

Kunal Khullar
A PC hardware enthusiast and casual gamer, Kunal has been in the tech industry for almost a decade contributing to names like…
The end of DDR4 hurts, but it’s ultimately a good thing
Dr. Lisa Su in a brown sweater stands on the AMD stage

If AMD's new Ryzen 7000-series processors get their way, DDR4 RAM is destined for the trash heap. Sure, Intel is still supporting the obsolete RAM architecture, but after yesterday's AMD event, I'm confident we're witnessing the end of DDR4. I'm also happy about it.

AMD's enigmatic CEO, Dr. Lisa Su, took the stage at a pre-recorded event to launch AMD's much-anticipated Ryzen 7000-series processors. She introduced the new 5nm chips in her iconic straight-to-the-point manner. In her succinct and professional way, Dr. Su explained AMD's roadmap for the next four quarters, and then passed the stage to Mark Papermaster to explain the Zen 4 core. That's when the controversial topic of DDR5 RAM came up.

Read more
Intel Raptor Lake finally makes DDR5 memory worth it
Intel Raptor Lake chip shown in a rendered image.

The upcoming Intel Raptor Lake processors will support both DDR4 and DDR5 memory, but it seems that the 13th generation of Intel CPUs might finally convince many users to switch to DDR5.

In a new benchmark, the Core i7-13700K was tested with DDR4 and DDR5 RAM. The latter truly made it shine, delivering a huge uplift in multicore performance.

Read more
AMD may release Intel’s next rival in memory overclocking
Close up shot of the Corsair Dominator Platinum RGB memory in white.

It seems that AMD may be working on a new memory overclocking standard for its upcoming AM5 platform. The company has recently trademarked "AMD EXPO," and a reliable source reveals that this tech might be the new rival to Intel's XMP 3.0.

If proven true, the tech will make it much easier for AMD Ryzen 7000 users to optimize their DDR5 RAM, including frequency, voltage, and timings.

Read more