ID-COOLING a cooling solution provider focusing on thermal dissipation and fan technology research and production for over 10 years, announced DASHFLOW 360 AIO water cooler, featuring an ever enhanced pump and RGB lighting on both the pump and fans at the same time synchronizing with motherboard RGB control.
The newly developed pump is designed to provide extreme cooling performance with 450L/H water flow and 3m flow lift. Metallic pump cover with the linear cuttings allows amazing RGB lighting through. A big copper base contacts CPU to help the heat transfer. Micro fin submerged design increases the heat dissipation surface.
Premium coated G1/4 fittings are equipped on both ends of the premium sleeved tubing, more reliable & performance efficient. Inside the tubing is self-contained highly efficient and eco-friendly liquid coolant. Users are not suggested to twist the fittings unless you know how to work with customized water cooling kits.
A newly developed square radiator has bigger heat dissipation area to support the superb cooling of DASHFLOW 360. Equipped with a set of RGB DF-12025-RGB-TRIO high airflow fans, DASHFLOW 360 is able to cool down 400W TDP processors. Fan speed is PWM controlled from 900 to 2000RPM, pushing max. airflow of 56.5CFM each. On four corners are mounted with rubber dampeners to absorb operating vibration. Each fan has 9 LEDs around the motor center. Fan blades and frame are made of lighting emitting materials to help an evenly spread RGB lighting.
The lighting from the pump and fans are connected to a RGB Splitter which then connects to motherboard 12V-G-R-B header to get the software control. Users can set the whole PC lighting using the built-in motherboard RGB control panel. For those who use a non-RGB motherboard, an remote RGB controller can also provide various RGB lighting effect.
Universal mounting brackets are included. The latest AMD Ryzen processors are supported. DASHFLOW 360 is compatible with Intel LGA2066/2011-3/2011/1366/1150/1151/1155/1156 & AMD AM4/FM2+/FM2/FM1/AM3(+)/AM2(+).