Team Group Night Hawk RGB 16GB (2x8GB) DDR4 PC4-24000C16 300

Product information: Night Hawk RGB 16GB (2x8GB) DDR4 PC4-24000C16 3000MHz Dual Channel Kit - RGB Black (TF1D4 Inspired by new creative concepts, Team Group created the NIGHT HAWK RGB luminous memory module with heat spreaders in black and white colors. Whether it is the mysterious black night hawk or the pure white night hawk, no matter in the dark or under the light, they are both kings at pursuing top speed. Their hawkeyes glitter sharply with colorful lights go-above and beyond anyone else. Night Hawk RGB has full color synchronized variable lighting effects, sending dazzling bright lights through the unique hawkeyes light lead panel design. User can feel the Force Flow lighting effect after setting up memory module and turn on computer lighting effects, users can synchronize the lighting effect to the system through the function of ASUS Aura Sync, or match and design according to personal preference, so eye catching creative style can be displayed and experience the most trendy, cool and attractive RGB colorful effects. Team Group design team inherits the unique style from the NIGHT HAWK, also adding the battle line that shines as bright as the sun around the hawk eyes. Moreover, it is using top notch extrusion process and high precision CNC computer machining to finely create a symmetric type heat spreader like hawk wings. After NIGHT HAWK RGB is installed on the motherboard, the sharp hawkeyes start to shine bright, the invincible nighthawk is ready to fly and dominate the world of gaming. Night Hawk RGB is using the latest JEDEC RC 2.0 PCB. Compared to other manufacturers , the transmitting signal of PCB is increased by 35%. Since the distance between the power layer and the signal layer has increased, there will be no interference between the power and the signal, also has a better efficiency and performance. It offers players the ultimate sensation of overclocking and a highly stable memory module. The Team Group design team had built a LED luminous mem...