TEAMGROUP T-Force Delta RGB DDR4 8GB 2666MHz DELTA GAMING MEMORY

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.

Full color, dazzling and 120° ultra wide angle 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.

The Lighting Effect can Be Controlled by the T-FORCE BLITZ (beta version)

T-FORCE DELTA RGB offers full-color, variable, synchronized lighting. The lighting and synchronization can be controlled by the T-FORCE BLITZ (beta version)^[1]. Besides, you can express yourself by customizing your own lighting display. No matter which you choose, it is sure to look cool.

[1] T-FORCE BLITZ (beta version) may be downloaded from the TEAMGROUP website or T-FORCE DELTA RGB webpage.

T-FORCE DELTA RGB Gaming Memory Modules Supports Variety Kinds of Controlled Software

T-FORCE DELTA RGB memory module supports ASUS Aura Sync / GIGABYTE RGB Fusion / MSI Mystic Light Sync / ASROCK-Polychrome Sync/TT RGB Plus/RAZER CHROMA software^[2]. These lightning controlled software allows gamers to control lighting effects and lighting synchronization with T-FORCE DELTA RGB luminous memory module. It creates a unique, dazzling color aesthetics and offers a brilliant RGB system!

[2] For more details about how to control the lighting effect by the software(ASUS Aura Sync / GIGABYTE RGB Fusion / MSI Mystic Light Sync / ASROCK-Polychrome Sync/TT RGB Plus/RAZER CHROMA), please visit the official website of the software developer(ASUS/GIGABYTE/MSI/ASRock/Thermaltake/RAZER)

The transmitting performance can be greatly increased with JEDEC RC 2.0

Using the latest customized JEDEC RC 2.0 circuit board to increase the distance between the power layer and the signal layer. Compared to ordinary memories, the transmitting signal is raised by 35%. There will be no interference between the power and the signal, and gets better performance. It completely releases the transmission of memory module, and offers players the ultimate sensation of overclocking and a highly stable overclocking memory module.

XMP2.0 1 step overclocking technology

DELTA RGB series support Intel XMP 2.0. It is only one step away to experience the high speed sensation of overclocking.

Ultra low working voltage Save energy up to 40%

With low working voltage 1.2~1.4V from DDR4 DELTA RGB , it is not only energy saving but it can also reduce the temperature and the heat generated to offer the high speed running memory a stable and long time operation.

QVL approved by motherboard manufacturers

Multiple compatibility verifications with mainstream DDR4 motherboards to make sure its stability with all motherboards on the QVL(Qualified Vendor List). Therefore, you wouldn’t’ have to worry about compatibility issues when purchasing high speed memory.