PATRIOT Viper Elite 32GB DDR5 6000MHz CL30 White – High-Performance Desktop Memory

Maximum Speed for Power Users

The PATRIOT Viper Elite 32GB DDR5 6000MHz CL30 White is designed for users who demand top-tier memory performance without compromise. With its blazing-fast 6000MHz clock speed, tight CL30 latency, and DDR5 architecture, this single-module memory delivers extreme bandwidth, smoother multitasking, and superior efficiency for heavy-duty tasks. Whether you’re gaming at high frame rates, editing 4K+ video, or compiling complex code, this RAM keeps up effortlessly.

Advanced DDR5 Architecture

Transitioning to DDR5 brings clear advantages over previous generations. Faster data rates, increased capacity, and optimized power usage come together to form a smarter, more capable memory platform. The module includes on-die ECC (Error Correction Code) for greater stability and reliability during intense workloads. Furthermore, the reduced operating voltage helps minimize heat generation and power draw.

Premium White Heatspreader with Thermal Efficiency

A key standout feature is the stylized white aluminum heatspreader, which not only enhances aesthetics but also plays a critical role in thermal dissipation. Even during demanding applications, the module maintains stable operating temperatures. This is especially important for compact builds or performance rigs with limited airflow.

Easy Integration with Future-Proof Platforms

PATRIOT built this memory with plug-and-play support for Intel XMP 3.0, allowing users to easily enable its rated speed without manual tweaking. It is fully compatible with Intel 12th and 13th Gen Alder Lake and Raptor Lake processors, and most high-performance DDR5 motherboards. Installation is hassle-free, and upgrade potential remains flexible thanks to its single-stick 32GB capacity.

Ideal for Creators, Gamers, and PC Enthusiasts

This RAM isn’t just fast—it’s also dependable. Rigorous factory testing ensures it meets high standards in latency, frequency, and overall system compatibility. Consequently, users experience fewer crashes, reduced latency, and consistent high-speed memory access during long gaming marathons or production work.

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