AMD's next-generation Zen 6 processors appear to require different memory configurations than current models. Motherboard manufacturers like MSI have begun developing updated versions of their 800-series products to accommodate these changes. The modifications stem from alterations to the Integrated Memory Controller within the processor's I/O die. These adjustments may eliminate support for traditional DIMM arrangements that users currently employ. Hardware testing reveals concrete evidence supporting these architectural modifications.
Uniko's Hardware received an unusual variant of MSI's MPG B850i Edge Ti WiFi motherboard featuring DIMMA2/DIMMB2 slots rather than the standard DIMMA1/DIMMB1 configuration. This arrangement rarely appears on two-slot motherboards but suggests preparation for dual memory controller designs. The discovery reinforces speculation about Zen 6 processors featuring two separate IMCs. Such changes would require repositioned memory slots to align with the CPU's controller layout. The evidence indirectly confirms continued AM5 platform support for future Zen 6 releases.
Uniko's Hardware received an unusual variant of MSI's MPG B850i Edge Ti WiFi motherboard featuring DIMMA2/DIMMB2 slots rather than the standard DIMMA1/DIMMB1 configuration. This arrangement rarely appears on two-slot motherboards but suggests preparation for dual memory controller designs. The discovery reinforces speculation about Zen 6 processors featuring two separate IMCs. Such changes would require repositioned memory slots to align with the CPU's controller layout. The evidence indirectly confirms continued AM5 platform support for future Zen 6 releases.
