To refresh the world record: Toka joined forces with the pirate ship to overwhelm the DDR5 to 13556 MT/s and united Chi Chi Chi to win the top 10 worlds.

News from IT House on June 6th, at the 2026 Taipei International Computer Fair, the DIDR5 memory of the pirate ship was exceeded to an unprecedented 13556 MT/s, updating the memory world record.

This new record was created by the Tech Super Frequency team, and the core platform used the technology Z890 AORUS TACHYON DUO X ICE master board, designed for maximum ultrafrequency, to match the pirate ship Vengeance DDR5 memory.

The masterboard carries innovative CQDIM technologies that provide critical electrical performance guarantees for impact limit frequencies by effectively reducing memory path loads and increasing signal integrity through optimized wiring design and BIOS calibration.

This challenge belongs to Chi Chi.

Organized as part of the 12th Annual Hyperfrequency World Recording Stage, the top-level ultra-frequency players from around the world competed. Before this final record is updated, the technocratic ultra-frequency team has demonstrated a strong super-frequency power on the panel. Team member Saltycroissant used the same Z890 AORUS TACHYON DUO X ICE master board to overwhelm the pirate ship Vengeance DDR5 to 12917 MT/s under pure cold conditions and then further to 13407.8 MT/s by liquid nitrogen dispersion.

In addition, during the Chitchup Ultra frequency competition, the team used the X870 AORUS ININFINITY master board to match the AMD Dragon 9 9950X3D2 processor in CPU The frequency and multiple performance tests have resulted in 10 top global performances.

It should be noted that extreme heat dispersion methods such as liquid nitrogen (IT house note: boiling point around 196°C) are commonly used in these extreme ultra-frequency records, which are designed to exploit the physical potential of hardware and do not represent the daily use experience of ordinary players. This approach to the limit, which is more of a show-off by hardware manufacturers and ultra-frequency lovers of the power of engineering technology, demonstrates the stability of the main plate electrical design and memory particles under harsh conditions such as ultra-high pressure, ultra-low temperatures and so forth, but does not directly contribute to the experience of day-to-day games and office scenes for ordinary users.

Advertising statements: The external jump links (including not limited to hyperlinks, 2D codes, passwords, etc.) contained in the text are used to convey more information and save time for selection purposes only for reference purposes, which are included in all IT House articles.