Lexar Lexar THOR RGB DDR5 - Desktop Memory 8GB

li>Key Features:
- Support Intel XMP 3.0 and AMD EXPO Profiles.
- 32 Banks (8BankGroups and 4banks per BG).
- On-die ECC support.
- Power management (PMIC) on module.
- Two independent sub-channels architecture.
- Support the Same-Bank Refresh mode.
- Expand CA/CS signal ODT.
- Support One-touch XMP and EXPO OC mode.
- Tighter delay time and faster response speed.
- Output higher reading and writing efficiency.
- Complete compatibility test and reliability test.
- Professional heat dissipation efficiency design and evaluation.

li>Fierce DDR5 Performance: DDR5's new architecture, with double the bank groups and two independent 32-bit sub-channels, boosts data speeds. Delivers up to 6000MT/s for a full-throttle, next-gen gaming experience.

li>Gaming in Style with RGB Lighting: Personalize your experience with customizable RGB lighting to match your setup, adding immersive effects for a more exciting gaming experience.

li>Low-profile, Durable, Heat-Dissipating Design: The THOR design features a thin 1.6mm durable heatsink in solid aluminium for superior heat dissipation and with its 40mm high form factor, it is perfect for compact PC builds.

li>Improved Stability, reliability and Efficiency: Features on-die Error Correction Code (ECC) for improved stability and reliability and on-board Power Management Integrated Circuits (PMIC) to enhance power efficiency.

li>Seamlessly Compatible: Supports Intel XMP and AMD EXPO overlocking for easy performance boosts, and compatible with mainstream DDR5 motherboards for seamless integration.

li>Unleash Power in Multi-Scenario: THOR DDR5 powers through gaming, content creation and everyday tasks. Boosts your gaming speed and accelerate your creative workflow., all with one solution that adapts seamlessly to any scenario.

li>Rigorously Tested: All Lexar products undergo extensive testing in the Lexar Quality Labs, facilities with thousands of different cameras and digital devices to ensure performance, quality, compatibility, and reliability.