MUISTI DIMM 32GB DDR5-6000/K2 LD5U16G60C320A-RGD LEXAR

Lexar ARES 32 GB (2 x 16 GB) DDR5 6000 MT/s is a dual-channel desktop memory kit designed for high-performance PCs. This 288-pin DIMM kit delivers DDR5 bandwidth and responsiveness for gaming, content creation, and demanding multitasking. The modules include on-die ECC and a low-voltage XMP profile for stable operation and easy performance tuning.

Advantages

The memory kit provides high transfer rates and increased bandwidth compared with previous-generation DDR4, while on-die ECC improves stability under heavy loads and during overclocking. Support for Intel XMP 3.0 enables one-click activation of tested performance profiles, and the integrated Power Management IC (PMIC) offers improved power delivery and efficiency. An aluminum heat spreader helps dissipate heat to maintain consistent operation during extended use.

Suitable for

• Gaming systems requiring high memory throughput
• Video editing and content creation workstations
• Multitasking and productivity PCs running memory-intensive applications
• Overclocking and performance tuning on compatible Intel platforms

Key specifications

• Total capacity: 32 GB (2 x 16 GB)
• Memory type: DDR5
• Data rate: 6000 MT/s
• Form factor: 288-pin DIMM
• CAS latency: 32
• Operating voltage: 1.35 V (XMP profile)
• On-die ECC for error correction
• Intel XMP 3.0 support
• Built-in Power Management IC (PMIC)

How to use

Install the modules into matching DIMM slots on a compatible desktop motherboard following the motherboard manual for dual-channel configuration. After hardware installation, enable the Intel XMP 3.0 profile in the system BIOS/UEFI to apply the tested 6000 MT/s settings and 1.35 V operating voltage. For manual tuning, adjust memory frequency, timings, and voltage in BIOS while monitoring system stability.

Recommendations

Use these modules in systems that support DDR5 and 288-pin DIMM memory. Ensure your motherboard BIOS is up to date for full compatibility with Intel XMP 3.0 and ECC functionality. When overclocking, increase settings incrementally and verify stability with appropriate stress-testing tools.