AMD Zen 6 Ryzen “Olympic Ridge” Desktop CPUs Available in 6 to 24-Core Configurations

AMD is set to launch its upcoming Olympic Ridge Ryzen “Zen 6″desktop processors, boasting impressive configurations that offer up to 24 cores in dual-CCD and 12 cores in single-CCD setups.

Overview of AMD’s Ryzen “Olympic Ridge”CPUs

The forthcoming Ryzen desktop CPUs will utilize the innovative Zen 6 core architecture, marking a significant advancement for AM5 platforms. This new series promises substantial architectural enhancements, improvements in instructions per cycle (IPC), increased core counts, cutting-edge 3D V-Cache stacking technologies, faster clock speeds, and enhanced features compatible with both existing and upcoming AM5 motherboards.

Currently, AMD has provided limited information about the Zen 6 series, which primarily pertains to the EPYC “Venice”lineup. Notably, this lineup is anticipated to support configurations with up to 256 cores in Zen 6C setups and feature a substantial 128 MB of L3 cache per CCD. These configurations are particularly valuable for data centers; however, details surrounding the desktop variants are now emerging.

6 8 10 128+8 10+10 12+12

— HXL (@9550pro) February 19, 2026

A recent post by HXL, a well-known leaker, hinted at the potential core configurations for the next-gen AMD Ryzen “Olympic Ridge”desktop series based on the Zen 6 architecture. It suggests that there will be at least seven core variants available. The initial four configurations will utilize a single CCD, offering cores counts of 6, 8, 10, and 12. In addition, the dual-CCD models will support higher core counts with configurations of 8+8 (16), 10+10 (20), and 12+12 (24) cores.

Proposed Core Configurations

Here’s a breakdown of the expected core configurations:

Zen 6 (Single-CCD) – 6 Cores
Zen 6 (Single-CCD) – 8 Cores
Zen 6 (Single-CCD) – 10 Cores
Zen 6 (Single-CCD) – 12 Cores
Zen 6 (Dual CCD) – 16 Cores (8+8)
Zen 6 (Dual CCD) – 20 Cores (10+10)
Zen 6 (Dual CCD) – 24 Cores (12+12)

This extensive lineup provides AMD with increased flexibility for its next-gen desktop processors. The previous generation, Zen 5, offered fewer configurations ranging from 6 to 16 cores; thus, the broader range of core options in the Zen 6 series is a strategic move that aligns with current consumer and market demands.

Comparative Analysis: AMD Zen 6 vs. Intel Nova Lake

In parallel, Intel is preparing its Nova Lake lineup, which also features single and dual compute tile options. The single compute tile will include a base configuration of 8+16 cores while dual compute tiles can extend up to 52 cores, surpassing AMD’s configuration of 24 cores. This positioning allows Intel to classify its higher core counts into a different segment of the market, catering to various computing needs.

It is important to note that initial reports indicate that these high-end Intel models are likely to operate at much higher thermal design power (TDP), suggesting a different performance bracket. Therefore, a direct comparison of AMD’s high-end CPUs against Intel’s dual compute tile models may not be entirely relevant due to differences in power consumption and pricing strategies. AMD is expected to maintain competitive price points similar to its current offerings to effectively contend with Intel’s Nova Lake-S products.

Comparison: AMD Olympic Ridge vs. Intel Nova Lake-S

CPUs	Intel Core Ultra 400	AMD Ryzen 10000?
Family	Nova Lake-S	Olympic Ridge
Architecture	Coyote Cove (P-Core) Arctic Wolf (E/LP Core)	It was 6
CPU Process	TSMC N2P	TSMC N2P
Max Core Count	52	24
Max Thread Count	52	48
Max P-Cores	16	24
Max E-Cores	32	N/A
Max LP-E Cores	4	N/A
Max Cache (L2+L3)	160-320 MB	96 MB L3
Max bLLC Cache	144-288 MB	64 MB?
DDR5 (1DPC 1R)	8000 MT/s CUDIMM – Yes	7200 MT/s? CUDIMM – Yes
PCIe 5.0 Lanes (Max)	36	TBD
PCIe 4.0 Lanes (Max)	16	TBD
Socket Support	LGA 1954	AM5
Max TDP (PL1)	125-175W	125W+
Max Power	~700W (Dual) ~350W (Single)	TBD
Launch Year	2H 2026	2H 2026

In summary, the anticipated release of these next-gen desktop CPUs marks the resurgence of the core count competition in the second half of the year. With both AMD and Intel unveiling new families, architectures, and higher core counts, it presents an exciting opportunity for high-end and mainstream desktop builders. We also hope that memory prices stabilize and decrease in the near future, making it an ideal time for PC upgrades.

Source & Images