Vandens blokas Aqua Computer Cuplex kryos NEXT, sidabro sp.

cuplex kryos NEXT RGBpx LGA 1700 - Acrylic/Nickel

A CPU water cooling attachment for Intel LGA 1700 sockets
Acrylic housing for demanding water cooling systems
Nickel-plated copper base for optimal thermal conductivity
Flat cooler saves space and keeps things tidy
Individual color design thanks to RGB lighting
The cuplex kryos NEXT CPU cooler in detail
The aqua computer cuplex kryos NEXT CPU cooler adorns every water cooling system with the elegance and functionality it deserves. The main focus of the design is not only in the aesthetics of the RGB lighting , the cooler is optimized for cooling performance and easy assembly.

The thermal conductivity
The cuplex kryos NEXT is equipped with an extremely fine microstructure , the structure width is less than 200 µm! The coolant flows through a flat nozzle integrated in the cooler housing onto the center of the microstructure and is discharged from there in two directions.

The cooler consists of a durable combination of acrylic housing and nickel- plated copper base . Acrylic glass is very robust and remains translucent. In other words: Your cooler will accompany you for years, efficiently dissipating heat and enchanting you with beautiful colours.

How is the cooler attached?
The cuplex kyros NEXT is installed on an LGA 1700 socket . It is additionally equipped with a backplate with rubber covers . For assembly you only need what is included: the bracket made of solid stainless steel and the fastening mechanism with knurled screws and springs.

The cooler is flat and looks very chic with its shiny silver finish. It makes any system look neater or in other words, it doesn't take up too much space and is suitable for large water cooling projects and small PC cases.

Integrated RGB lighting
In addition to a high-quality alloy, the cuplex supports kryos NEXT RGB lighting . Eleven individually addressable LEDs are integrated into the cover . You connect them to your PC using an aqua computer device with an RGBpx output .