Pamiêæ DDR4 Vengeance LPX 16GB/2666(2*8GB) CL16-18-18-35 1,20V XMP 2.0 czarna

Vengeance LPX DDR4 memory modules are engineered for high-performance overclocking on Intel X99 motherboards. Each module uses an eight-layer PCB and individually screened memory ICs to ensure stable performance at elevated frequencies. A pure aluminum heat spreader improves heat dissipation, and the low-profile form factor suits compact systems. Modules are compatibility-tested across X99 Series motherboards and include XMP 2.0 support for straightforward automatic overclocking.

Advantages

Vengeance LPX offers headroom for overclocking thanks to an eight-layer PCB and carefully selected ICs. The pure aluminum heat spreader removes heat efficiently, supporting cooler operation under load. Broad compatibility testing on X99 Series motherboards provides reliable performance, while XMP 2.0 enables easy automatic tuning. The low-profile design fits smaller cases, and multiple color options allow visual matching with motherboards and components.

Key specifications

• Form factor: DDR4
• Target platform: Intel X99 Series motherboards
• PCB: Eight-layer PCB
• Heat spreader material: Pure aluminum
• Overclocking support: Individually screened ICs; XMP 2.0 support
• Design: Low-profile module; multiple color options

How to use

Install the Vengeance LPX DDR4 module into a compatible DIMM slot on an Intel X99 motherboard following the motherboard manufacturer’s installation instructions. For automatic overclocking, enable the XMP 2.0 profile in the motherboard BIOS/UEFI; the system will apply validated timings and frequency for the module. If manual tuning is required, adjust frequency, voltage, and timings incrementally while monitoring temperature and system stability.

Recommendations

Use matched kits for dual- or quad-channel configurations and ensure your motherboard BIOS is updated to the latest version for best compatibility. Maintain adequate case airflow to maximize overclocking potential and keep module temperatures within safe limits.