10,200 MT/s Achieved by Overclocker Using Dual 24 GB DDR5 RAM on X870 AORUS Tachyon ICE

Groundbreaking Achievement: Overclocker hicookie Sets New DDR5 Speed Record

In a remarkable feat of engineering and skill, overclocker hicookie has successfully pushed the limits of memory performance by utilizing a pair of 24 GB DDR5 modules, achieving a staggering speed of 10, 200 MT/s. This impressive milestone marks yet another world record in the realm of high-speed memory overclocking.

The AMD X870 AORUS Tachyon ICE Experience

Recent overclocking competitions have seen fierce competition for the title of fastest memory clock speed. This latest submission, highlighted via @UnikoHardware, stands out as one of the most noteworthy we’ve encountered. While many overclockers have surpassed the 10, 000 MT/s threshold on the Intel Z890 platform, records exceeding this mark on the AMD X870 platform have been quite rare.

Technical Details of the Overclocking Achievement

Utilizing the V-Color DDR5 memory kit, hicookie accomplished what many deemed nearly impossible on the AMD X870 platform. The significance of surpassing 10, 000 MT/s with dual 24 GB memory modules—an arduous task even on the Z890—is magnified under these circumstances.

10200 MT/s V-Color 2x 24GB — Image Credit: @unikoshardware

Stability and Performance Metrics

Remarkably, the 10, 200 MT/s speed exhibited exceptional stability during testing, with MemTest resulting in zero errors. The timings were also commendable, with latency noted at CL50-62-62-127. For this achievement, hicookie employed the AMD Ryzen 8700G processor on the X870 AORUS Tachyon ICE, utilizing the AGESA BIOS 1203a. However, it is important to note that this specific BIOS version is not yet available for other models within the Gigabyte X870 series.

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Implications and Future Considerations

As we look forward to the official launch of the X870 AORUS Tachyon ICE motherboard and the AGESA 1203a BIOS, which are anticipated to improve DDR5 memory performance, it is essential to recognize that the 10, 200 MT/s speed may not translate to significant benefits in practical applications, including gaming or everyday tasks. The inherent trade-off, generally observed with higher memory speeds, is associated with elevated latency.

While the specific setup used during this record-breaking overclocking session remains undisclosed, it is common for enthusiasts to employ nitrogen cooling solutions to achieve such astonishing frequencies for both CPUs and memory modules.

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