DUAL-MODE LIGHTING CONTROL – RGB lighting controlled by TT RGB PLUS software or sync with ASUS, Gigabyte, MSI, AsRock 5V addressable RGB header motherboards
TT RGB PLUS – Switch between 16 Light Mode (Twinkle, Firefly, Heartbeat, Stack, Roundabout, Swirl, Copy Color, Full Lighted, Sound Control, Flow, RGB Spectrum, Ripple, Blink, Pulse, Wave, and Thermal) along with 3 Color Modes (RGB, Flow and Pulse) and 4 Light Speeds (Extreme, Fast, Normal, and Slow)
This is the officially licensed Thermaltake WaterRAM Alexa/Razer Chroma/5V Motherboard Syncable RGB Liquid Cooling Memory DDR4 3200MHz 32GB (8GB X 4) CL-W252-CA00SW-A for the Thermaltake WaterRAM Alexa/Razer Chroma/5V Motherboard Syncable RGB Liquid Cooling Memory DDR4 3200MHz 32GB (8GB X 4) CL-W252-CA00SW-A. This Thermaltake WaterRAM Alexa/Razer Chroma/5V Motherboard Syncable RGB Liquid Cooling Memory DDR4 3200MHz 32GB (8GB X 4) CL-W252-CA00SW-A is made from 100% polyester, which makes it lightweight and breathable and is also durable enough to withstand the wear and tear of everyday use.
SYNC with RAZER CHROMA – Synchronize gaming and RGB lighting effects with Razer Chroma ecosystem
WORK with ALEXA – Control lights or fan speed by talking to Alexa-enabled device
This is a official Thermaltake WaterRAM Alexa/Razer Chroma/5V Motherboard Syncable RGB Liquid Cooling Memory DDR4 3200MHz 32GB (8GB X 4) CL-W252-CA00SW-A. This Thermaltake WaterRAM Alexa/Razer Chroma/5V Motherboard Syncable RGB Liquid Cooling Memory DDR4 3200MHz 32GB (8GB X 4) CL-W252-CA00SW-A is made of 100% polyester. It is a classic Thermaltake WaterRAM Alexa/Razer Chroma/5V Motherboard Syncable RGB Liquid Cooling Memory DDR4 3200MHz 32GB (8GB X 4) CL-W252-CA00SW-A that is available in gray. It is an officially licensed product.
TWO-WAY COOLING – Copper-based Water Block Liquid Cooling or 2mm Thick Aluminum Heatsink Convention Cooling
EFFICIENT COOLING – CNC machined for high water flow structure, efficiently cool up to 4 DDR4 memory modules
HIGH SPEEDS LOW LATENCY – 3200MHz high speeds and low CL16 Latencies for optimal DDR4 performance
