AMD Next-Gen Ryzen "Olympic Ridge" Zen 6 Delayed to 2027
20 February 2026 at 18:43
AMD's next-generation Ryzen "Olympic Ridge" desktop processors are rumored to have been delayed to 2027. Company roadmap slides point to a debut of the "Zen 6" microarchitecture in 2026. This could be a signal that AMD is prioritizing "Zen 6" chiplets for EPYC server processors as the enterprise market has a better-secured supply of memory, and enterprise customers are more likely to stick to their procurement roadmaps for CPUs, in stark contrast to the client segment, which has been grappling with acute shortages of DDR5 memory.
With PC memory selling at prices 5-8 times above normal, 2026 may not present an ideal environment for AMD to debut a new Ryzen desktop processor generation, especially given that AMD processors tend to be heavily favored by the DIY retail channel compared to Intel, which retains a hold over the pre-built OEM market. Besides increased IPC and an updated ISA, "Zen 6" is expected to see AMD increase CPU core counts, as well as update the client I/O die. This new cIOD, likely built on 4 nm, is expected to come with updated DDR5 memory controllers that support higher speeds and have a greater degree of parallelism for dual-channel DDR5, likely with each controller addressing two 40-bit sub-channels from different channels, an approach similar to Intel's with "Arrow Lake." If your best feature is, say, DDR5-9000 support with CUDIMM optimization, you rather hold off when a 32 GB >9000 MT/s CUDIMM kit costs upward of $800.
With PC memory selling at prices 5-8 times above normal, 2026 may not present an ideal environment for AMD to debut a new Ryzen desktop processor generation, especially given that AMD processors tend to be heavily favored by the DIY retail channel compared to Intel, which retains a hold over the pre-built OEM market. Besides increased IPC and an updated ISA, "Zen 6" is expected to see AMD increase CPU core counts, as well as update the client I/O die. This new cIOD, likely built on 4 nm, is expected to come with updated DDR5 memory controllers that support higher speeds and have a greater degree of parallelism for dual-channel DDR5, likely with each controller addressing two 40-bit sub-channels from different channels, an approach similar to Intel's with "Arrow Lake." If your best feature is, say, DDR5-9000 support with CUDIMM optimization, you rather hold off when a 32 GB >9000 MT/s CUDIMM kit costs upward of $800.
