AMD’s AM5 platform is proving it can run blisteringly fast DDR5—if you pair it with the right hardware. In a new showcase, a 48 GB (2×24 GB) G.Skill DDR5 kit was pushed to 10,600 MT/s on the ASUS B850M AYW Gaming OC WiFi, highlighting just how far Zen 4 and Zen 5 systems can go with a capable motherboard, a well-binned CPU, and the right memory.
G.Skill shared the achievement after internal testing, noting the setup reached 10,600 MT/s at a 1:2 memory controller ratio with latencies comparable to earlier runs. That build follows a previous result on the same ASUS board where a 2×24 GB kit hit 10,400 MT/s using a Ryzen 5 8500G at CL50. The B850M AYW Gaming OC’s 1-DIMMs-per-channel (1 DPC) design is a big part of the story, enabling higher memory frequencies, tighter stability, and lower latency than typical multi-DIMM-per-channel layouts. It’s the same platform ASUS’s Tony used to capture 12 memory overclocking world records, so the pedigree is clear.
There is some important context. ASUS officially rates the board for up to 9600 MT/s with Ryzen 8000 processors and up to 8400 MT/s with Ryzen 9000, which means not every CPU will replicate five-figure data rates. As a reminder, one of the best publicized results on a Ryzen 9000 chip so far is 8800 MT/s on a Ryzen 9 9800X3D—impressive in its own right thanks to a tight CL34 latency. Silicon quality, BIOS maturity, and the integrated memory controller’s tolerance all play a role, so your mileage will vary.
Even so, these runs show that 10,000+ MT/s isn’t limited to ultra-premium motherboards. The B850M AYW Gaming OC WiFi continues to punch above its weight for memory overclocking, making it an appealing choice for enthusiasts who want top-tier DDR5 speeds without stepping into flagship pricing. While MSI’s B850MPOWER targets the same audience and has shown strong potential, the ASUS board currently holds the spotlight for headline-grabbing memory frequencies.
Bottom line: if you’re chasing extreme DDR5 on AM5, a 1 DPC board like the ASUS B850M AYW Gaming OC WiFi, a high-quality 2×24 GB kit from a proven vendor, and a cooperative Zen 4 or Zen 5 CPU can deliver astonishing results—10,600 MT/s being the latest proof.
