Klevv U-DIMM atminties modulis 16 GB 1 x 16 GB DDR5 5600 MT/s 288-pin DIMM

DDR5 Standard Desktop Memory

Next Generation with Us

High Performance DDR5 U-DIMM Memory

Compliant with JEDEC standard boast extreme speed at 5600MT/s, 75% faster than DDR4.

Improved Stability

Maintain data integrity and long-term stability through on-die ECC technology.

QVL Approved for Outstanding Platform Compatibility

QVL approved and compatible with mainstream motherboards/platforms.

Optimized and Improved Power Efficiency

KLEVV DDR5 memory modules feature on-board PMIC for enhanced power supply stability and efficiency.

Overwhelming Performance
Improved DDR5 Memory
KLEVV DDR5 memory module delivers starting speed at 5600MT/s, 75% faster than DDR4.

Lower Voltage, Highly Improved Performance Built-in PMIC

While achieving 20% lower power consumption compared to DDR4 memory, DDR5 memory can reduce dynamic voltage and increase power efficiency, enabling for better power distribution.

Next Generation Performance DDR5

The data bus channel of existing DDR4 memory module is designed to exchange data in a 64-bit single channel, but DDR5 module allows 32-bit data to be exchanged with dual channels. You can also use only one of the two memory channels to increase memory access efficiency as well as the transfer speed.

Fixing Issue from the Chip Itself Improving Stability through On-Die ECC

On-Die ECC (On-Die Error Correction Code) inside the chip allows single-bit correction. It improves application security by enhancing overall data reliability.

QVL Approved
Wide and Reliable Compatibility
KLEVV DDR5 U-DIMM memory has been tested for complete compatibility with all major motherboards in the market. QVL approved and compatible with mainstream motherboards/platforms.

Compliance with Various International Standards
More Reliable User Experience
KLEVV DDR5 U-DIMM memory is produced in compliance with strict safety regulations.
KLEVV followed various international safety standards considering the environment, health, and safety of users.