In a remarkable stride for desktop computing, MSI and Asrock have unveiled groundbreaking support for up to 256GB of DDR5 memory on select motherboards. This leap in capacity, enabled by Micron’s innovative 1-Beta node technology, signifies a significant advancement in PC memory. Each memory slot, now accommodating 64GB sticks, allows motherboards to reach unprecedented capacities—256GB for those with four slots and 128GB for smaller ITX boards with two slots.
Micron’s 1-Beta Node Technology
The driving force behind this increase in memory capacity is Micron, a leading industry supplier for PC memory and data storage. Leveraging its 1-Beta node technology, initially designed for LPDDR5X mobile chips, Micron delivers enhanced performance, higher bit density, and improved power efficiency.
High-Density Memory from Kingston
Kingston, among the first manufacturers to adopt Micron’s high-density node, introduces the Fury Renegade 64GB DDR5 modules. Both MSI and Asrock have integrated these modules, supporting EXPO and XMP 3.0 profiles with speeds up to 6000 MT/s and a latency of 36-38-38 at 1.350v.
Motherboards Supporting High-Capacity DDR5
While the specific motherboards offering support for this high-capacity memory are yet to be fully disclosed, MSI’s PRO X670-P WIFI motherboard is confirmed to have official support. Asrock’s X670E-Taichi and Z790 Nova WiFi are also expected to accommodate 64GB DDR5 per DIMM slot. Anticipated announcements from other motherboard manufacturers, including Asus and Gigabyte with X670E and Z790 chipsets, are imminent.
Overkill for Most, But a Leap for Extreme Use Cases
The newfound support for 256GB of DDR5 RAM may seem excessive for the average user, but it caters to specific workloads and enthusiasts seeking bleeding-edge performance. Notably, even the MacBook Pro recently increased its maximum capacity from 96GB to 128GB for the most extreme use cases.
Pricing Considerations and Industry Implications
As memory manufacturers prepare to introduce these 64GB modules, questions arise regarding pricing, especially in light of the declining costs of DDR5 since its initial launch. The industry will be closely watching how pricing structures unfold in response to this monumental development.
