ASRock Z890I Nova WiFi R2.0 Mini-ITX Board Supports 256GB DDR5-7400 Memory via CQDIMM

• March 6, 2026

ASRock has enhanced its compact Z890I Nova WiFi R2.0 motherboard by adding support for CQDIMM DDR5 memory modules, enabling systems built with this Mini-ITX board to reach a total of 256GB of RAM.

New Memory Capabilities for Mini-ITX Systems

The Z890I Nova WiFi R2.0, designed for small-form-factor builds, has been tested for compatibility with high-capacity CQDIMM memory modules. ASRock confirmed successful operation with two 128GB modules from Kingston, each capable of running at speeds up to DDR5-7400 MT/s.

This upgrade significantly expands the memory options available on Mini-ITX platforms, which traditionally face limitations when using large memory kits due to their size and design constraints. With 256GB of ultra-fast DDR5 memory support, the Z890I Nova WiFi R2.0 opens new possibilities for users requiring high memory density, such as content creators, power users, and those running intensive applications in smaller PC cases.

The testing validated the combination of ASRock’s Z890I motherboard and Kingston’s high-end CQDIMM modules, demonstrating stable operation at the claimed speeds and capacities. While exact pricing and availability details were not disclosed, this development marks a notable advancement in Mini-ITX hardware capabilities.

ASRock’s move to incorporate CQDIMM support on this board aligns with the growing demand for compact systems that do not compromise on performance or expandability. The DDR5-7400 MHz memory further ensures that users can benefit from the latest in memory speed technology alongside increased capacity.

Overall, the new memory support on the Z890I Nova WiFi R2.0 provides enhanced versatility in the Mini-ITX segment, allowing for powerful miniature systems with competitive performance profiles and large memory footprints.

ASRock’s Z890I Nova WiFi R2.0 motherboard now supports up to 256GB of DDR5-7400 RAM using CQDIMM modules, expanding memory capacity in Mini-ITX builds.