G.Skill Trident Z Royal F4-3600C18D-32GTRS Memory Module 32GB DDR4 3600MHz

G.Skill Trident Z Royal F4-3600C18D-32GTRS Memory Module 32GB DDR4 3600MHz

Trident Z Royal is the latest addition to the Trident Z flagship family and features a crown jewel design. Meticulously crafted to display just the right amount of light refraction, the patented crystalline light bar scatters the RGB colors in a magnificent display of LED lighting. Mirroring the high-class light bar design, polished aluminum heatspreaders of gold or silver colors cools the memory modules in the award-winning classic Trident Z tri-fin design.

Trident Z Royal is the newest member of the Trident Z family. Featuring a crown jewel design and meticulously crafted to display just the right amount of light refraction, the crystalline light bar scatters RGB colors in a magnificent display of LED lighting. Mirroring the high-class light bar design, polished aluminum heatspreaders of gold or silver colors cool the memory modules in the classic Trident Z tri-fin design.

Engineered with 8 controllable RGB zones and tested for reliability, compatibility, and performance across a wide range of motherboards, Trident Z Royal is the ultimate high-performance RGB memory.

Patented Radiant Crystalline Light Bar

Uniquely designed to disperse and refract light from the 8 RGB LED zones on each DRAM module, providing a magnificent lighting display into your PC case.

Luxurious Aluminum Heatspreaders

Keep memory efficiently cool with solid CNC-cut aluminum heatspreaders, electroplated with a lustrous gold or silver color.

Software Lighting Control

The Trident Z Royal lighting control software offers over a dozen lighting effects and management of up to 4 lighting profiles, as well as the ability to control each module individually or in sync, so you can customize your own color scheme to the fullest extent. Let imagination be your muse.

Extreme Overclocking Performance

Each Trident Z Royal DRAM module is built with hand-screened memory ICs on a custom 10-layer PCB to ensure the best signal integrity for fast overclock performance.