MSI’s MEG X870E GODLIKE X Edition is shaping up to be one of the most extreme AM5 motherboards you can buy, and new overclocking results show it can deliver the kind of DDR5 memory speeds MSI advertised at launch. Built for ultra-enthusiast PC builders, this limited-run board (only 1,000 units) carries a hefty $1,300 price tag, but it also targets people chasing top-tier Ryzen 9000 performance and record-level DDR5 tuning.
MSI originally claimed the MEG X870E GODLIKE X could handle DDR5 memory speeds of 9000+ MT/s when overclocked, and recent testing backs that up. In one setup, the board was paired with an AMD Ryzen 7 9800X3D and a 32GB DDR5 kit. The system reportedly reached DDR5-8900 with timings set to 36-49-49-56 at CR1 and 1.56V. Just hitting a headline number is one thing, but stability is what matters for real-world use—especially for gaming and daily workloads—and the memory passed a RunMemtestPro burn-in test without errors.
The same motherboard and memory kit were also tested for a lower-latency configuration, running at 6600 MT/s with much tighter timings of 24-35-35-56 at CR1 and 1.65V. This setup also completed the burn-in test successfully. That result is particularly interesting for Ryzen 9000 owners because DDR5-6400 is often considered the sweet spot for the platform. Running slightly beyond that range while tightening timings can be a practical way to improve responsiveness and potentially boost gaming performance, depending on the title and GPU bottlenecks.
The memory overclocking results didn’t stop with the 9800X3D. With an AMD Ryzen 7 9700X installed, the same 32GB DDR5 kit reportedly booted at up to 9100 MT/s with timings of 40-53-53-56 at CR1. For stability testing, it then completed the burn-in test at DDR5-9000 with the same timings, reinforcing the idea that the board isn’t just capable of short “screenshot” overclocks, but can sustain very high DDR5 speeds under stress testing.
Looking ahead, AM5 memory compatibility and stability could get even better. Upcoming AGESA updates are expected to continue improving DDR5 overclocking behavior across AM5 motherboards, potentially making high-frequency profiles easier to run and more consistent across different CPU memory controllers. There’s also ongoing work between AMD and motherboard vendors to support CUDIMM DDR5 modules in next-generation AM5 boards—an upgrade path that’s expected to align with future Zen 6-based Ryzen processors planned for later this year.
For enthusiasts focused on maximizing Ryzen 9000 memory performance, the MSI MEG X870E GODLIKE X Edition is proving it can push DDR5 into the 9000 MT/s class while maintaining stability—a rare combination that helps justify its premium positioning in the AM5 ecosystem.
