Lexar THOR RGB DDR5 7200MHz Kit Hits around $590 in China

Lexar THOR RGB DDR5 7200MHz kit launches in China for 3999 CNY. Features domestic memory chips, CL38 latency, and full aluminum heat spreader.

Lexar THOR RGB DDR5 7200MHz Kit Hits around $590 in China

Lexar has introduced a new DDR5 memory kit that brings high-speed performance to the Chinese market using domestic chips. This launch matters because it offers a high-frequency option for enthusiasts who want to maximize their system's bandwidth without relying on traditional foreign suppliers. The THOR RGB DDR5 kit targets users who prioritize both speed and aesthetic customization in their builds.

Domestic chip kit ships at 7200MT/s with aluminum cooling

The product is the THOR RGB DDR5, a 16GB x 2 kit that runs at 7200MT/s with a CAS latency of CL38-48-48-86. It operates at a voltage of 1.40V to maintain stability at these high frequencies. Lexar designed this module to fit into standard DDR5 slots on modern motherboards.

Specifications

  • Capacity: 16GB x 2
  • Speed: 7200MT/s
  • Latency: CL38-48-48-86
  • Voltage: 1.40V
  • Price: 3999 CNY

Lexar equipped the memory with a full aluminum heat spreader that uses a sandblasted finish and integrates thermal interface material. The kit also features eight high-brightness LED beads that support 13 different RGB lighting modes. These hardware choices help manage heat and allow for visual personalization.

Lexar THOR RGB DDR5 memory module with aluminum heat spreader
Lexar THOR RGB DDR5 features a full aluminum heat spreader with thermal interface material.

The THOR RGB DDR5 kit is priced at 3999 CNY (around $590) and is available on Chinese e-commerce platforms as of July 31, 2024. We have been tracking THOR RGB DDR5 closely — see our earlier coverage on Lexar THOR RGB DDR5 Hits 7600.

This release confirms that Lexar is actively expanding its high-performance memory lineup with domestically sourced components. The 7200MT/s speed and CL38 timing provide a solid foundation for high-end gaming and productivity workloads.

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