Critical components cooling locations include GPU core, video RAM, power supply chip MOS, inductance and tantalum capacitance among other high heat output components.

With its thick copper block carefully designed water way optimises heat transfer and absorption thru the flow of liquid on the base plate. Cooled base plate achieves optimum cooling for critical components such as GPU core, Video RAM, power chips MOS, capacitors and inductance and remain stable with temperature even on overclocked performance.

The three layer design of cold fin core, coolant absorbs more effectively the heat from the base plate for a more efficient heat transfer.

High-temperature-resistant and ultra clear transparency Acrylic emits full lighting effects for brilliant aesthetics. Carefully selected import Acrylic raw materials ensures that it doesn't change its color, more durable and no internal cracking.

The 10mm thick copper raw material is made thru the process of CNC. The material is solid with surface treated anti-oxidation nickel plating which extends the service life. Thanks to the thick copper material, this enables single layer sealing structure and increaess the water flow coverage area. Engineered with weight reducing design structure, the load-bearing of the gpu is also obviously reduced.

Included with aluminium alloy backplate, it can provide all aspects of protection for the GPU and bring a more sturdy and rigid appearance with efficient heat dispersion from the GPU. This back plate replaces the stock from manufacturer with reduced footprint to match the size of the PCB therefore clearing more space for your other components.

* Only one backplate included depending of your color choice.

The enlarged area of liquid passage has 43 micro-channels; each with bottom-clearing slots and 5+3 (0.5MM groove width + 0.3MM interval) asymmetric channels.

Copper as the main material of the soleplate --with thermal conductivity which is less than silver, has high heat absorption and heat transfer efficiency. The surface adopts the mirror nickel plating process, which can effectively prevent the soleplate from oxidation and increase the service life.

Version 2.0 lamp belts and lamp beads can produce asynchronous static and dynamic lighting effects, that is, each lamp bead can independently change color in the same period. The built-in removable RGB light components can replace the light components according to the actual needs.