The G.Skill Trident Z5 Neo RGB Series RAM is the pinnacle of
high-performance memory designed to elevate your computing
experience, especially when paired with AMD's 600/800 Series
Chipset and Ryzen processors. This 32GB kit comprises two 16GB
modules, operating at a blazing fast DDR5-6000 speed. Ideal for
avid gamers and content creators, this memory boasts a CAS
Latency of CL30 (30-36-36-96), ensuring minimal latency
for a smooth experience during intense applications.
This dual-channel...
Show more The G.Skill Trident Z5 Neo RGB Series RAM is the pinnacle of high-performance memory designed to elevate your computing experience, especially when paired with AMD's 600/800 Series Chipset and Ryzen processors. This 32GB kit comprises two 16GB modules, operating at a blazing fast DDR5-6000 speed. Ideal for avid gamers and content creators, this memory boasts a CAS Latency of CL30 (30-36-36-96), ensuring minimal latency for a smooth experience during intense applications.
This dual-channel kit, characterized by its stunning matte white heat spreaders and vibrant RGB lighting, adds a touch of elegance to any build. The customizable RGB effects not only enhance aesthetics but can also be synchronized using G.Skill's proprietary software, ensuring your system looks as good as it performs. With optimized compatibility for AMD systems, installation is straightforward—simply enable the EXPO profile in your BIOS to unlock the RAM's full potential.
No longer will you have to compromise between style and performance; the G.Skill Trident Z5 Neo RGB RAM delivers both. Each memory kit is QVL certified, ensuring reliable compatibility with a wide range of motherboards. This product is excellent for heavy multitasking, rendering, and high-octane gaming, giving you the headroom to take on demanding workloads.
Performance stability is a hallmark of the Trident Z5 series, where mixing memory kits is not recommended. Designed to work seamlessly as a matched set, you can trust that this memory will boost your system while providing rock-solid reliability.
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