Asgard DDR5 Memory Hits 8800MT/s on Z890 Motherboard

Asgard DDR5 memory reaches 8800MT/s on ASUS Z890 using CXMT chips. Domestic memory proves stable at extreme speeds in new hardware milestone.

Asgard DDR5 Memory Hits 8800MT/s on Z890 Motherboard

Asgard has pushed domestic DDR5 memory to a new speed limit, reaching 8800MT/s on an Z890 motherboard. This achievement matters because it proves local chipmakers can compete with established international brands in high-performance memory markets. Buyers looking for extreme overclocking potential now have a verified option that uses domestically sourced components.

Asgard Valkyrie Gen 2 Yao Series Memory modules
The Hyheimdal Valkyrie Gen 2 Yao Series memory modules.

Domestic memory modules pass stress tests at record speeds

The memory modules in question are the Hyheimdal Valkyrie Gen 2 Yao Series. They rely on CXMT (ChangXin Memory Technologies) 3GB (24Gb) 8-bit chips for their construction. This setup marks the first time domestic DDR5 memory has reached this specific high-frequency ceiling.

Specifications

  • Memory Frequency: 8800MT/s
  • Memory Type: DDR5
  • Motherboard: ASUS Z890 AYW GAMING WIFI W
  • Memory Capacity: 48GB (24GB x 2)
  • Memory Chip: CXMT 3GB (24Gb) 8bit

The memory features a native frequency of 6000MT/s with CL36 latency. It ships in a 48GB configuration, using two 24GB sticks. The ASUS Z890 AYW GAMING WIFI W motherboard provided the necessary 12+1+2+1 power design and BIOS optimization to support this stability.

Asgard reported that the setup passed stress testing with zero errors and zero blue screens. We looked at Lexar THOR RGB DDR5 Hits 7600 earlier while tracking Asgard launches. The company confirms that this domestic memory can now challenge the high-frequency standards set by global competitors.

This milestone demonstrates that CXMT chips can handle extreme overclocking when paired with the right motherboard. Asgard has validated that domestic DDR5 can hit speeds previously thought to be the exclusive domain of international giants. The technology is ready for users who demand maximum performance from their hardware.

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