32 GB ADATA DIMM 6000 (2x 16 GB) dual kit (black, AX5U6000C4816G-DTLABRBK, XPG Lancer Blade RGB, INTEL XMP, AMD EXPO)

€150.80

XPG LANCER BLADE RGB, 32 GB, 2 x 16 GB, DDR5, 6000 MHz, 288-pin DIMM, Black

30 in stock

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Description

XPG LANCER BLADE RGB. Component for: PC, Memory capacity: 32 GB, Memory layout (modules x size): 2 x 16 GB, Internal memory type: DDR5, Memory clock speed: 6000 MHz, Memory form factor: 288-pin DIMM, CAS latency: 48, ECC, Product color: Black

LANCER BLADE DDR5
SLIM EFFICIENCY, COMPACT PERFORMANCE

Compact low-profile heatsink design
The LANCER BLADE features a low-profile heatsink that fits perfectly into smaller PC cases and does not interfere with tower CPU coolers.

RGB the way you want it
Adjust the RGB lighting as desired. Choose from various effects (static, pulsing, and comet) or synchronize the lighting to your favorite tracks using Music Mode. All of this can be done using the RGB control software from all major motherboard manufacturers.

Create personalized light shows with XPG Prime
The XPG Prime lighting control software not only allows you to create unique DRAM lighting effects, but also allows you to synchronize all Prime-supported XPG RGB products to create mesmerizing light shows and build your own Prime ecosystem.

Improved energy management
XPG LANCER BLADE DDR5 features an integrated power management IC (PMIC) that improves power stability. Its lower operating voltage makes LANCER more energy-efficient than DDR4.

Stability and reliability
With on-die error correcting code (ECC), this module can correct errors in real time to provide increased stability and reliability.

Made from high-quality materials
High-quality ICs and PCBs guarantee uncompromising performance and reliable overclocking, ideal for demanding gamers and overclockers.

AMD EXPO
Support for AMD EXPO (Advanced Profiles for Overclocking) and compatibility with the latest platforms for reliability and stability.

Overclocking made easy
With support for Intel XMP 3.0, overclocking is a breeze, eliminating the need to mess with BIOS settings. Overclocking parameters don't need to be repeatedly adjusted or fine-tuned.