Team T-Force Delta RGB
A marriage of performance and style
Animate your rig with captivating LED colors and effects. The T-Force Delta RGB’s built-in LED bar looks striking when lighted up, with a premium quality heat spreader that complements the look. Performance-wise, the T-Force Delta RGB is built using superb materials, tested to rigorous standards, and supports the latest JEDEC RC 2.0 standards in which the PCB power trace and data trace are separated farther for better signal clarity and less interference. Moreover, this memory supports XMP 2.0, so you can overclock the memory frequency with simple mouse clicks, no need to mess with the BIOS.
Pursuing the Perfect Revolution
TEAMGROUP T-FORCE gaming series once again released the all new luminous memory module—DELTA RGB. The R on the heat spreader represents Revolution, and also stands for creative concept with an uncompromised spirit. The heat spreader is built with lighter, thinner and high quality metal material. The colorful light changes make the hollow “R” on the front even more stereoscopic, and echo the ultra wide angle luminous area. The extraordinary Revolution will provide players a new experience never seen before.
Dazzling Force Flow Lighting Effect
DELTA RGB is using full color, dazzling RGB LED lighting with force flow effect. Like a Jedi holding the lightsaber, players can be invincible in the gaming world. T-FORCE LOGO is like a warrior’s badge, standing still in the changing lights. The full frame, 120° ultra wide angle luminous area at the top emits colorful bright light. The color of the light changes smoothly to provide players an unparalleled visual feast, no matter it is day or night.
Asymmetric Minimalist Design
The one piece, geometric line design makes the heat spreader looks simple but energetic, and the Cubist style in the new art movement is also presented, which is a perfect combination of technology and aesthetics. The embossed lines on the surface not only increase the heat dissipation area and also effectively enhance cooling of the memory module, so the quality of the operation can be finely stabilized.