Alphacool releases Eiswolf 240 GPX Pro AMD Radeon VII M01

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The product is an AiO water cooling system for the AMD Radeon VII, which fully utilizes DIY elements and is expandable thanks to a quick-release fastener. All water-bearing components are made of copper or acetal to guarantee cooling performance.



Alphacool is an internationally renowned company in the field of water cooling solutions for industrial and end users. Developing new innovative products and always improving existing products ensures that Alphacool are always pushing the boundaries for performance for home, server and industrial use.

The Eiswolf GPX-Pro cooler is the first real AiO that was developed specially for cooling graphics cards. Previous solutions were usually hybrid solutions, consisting of an AiO CPU cooler and an adapted cooling block including additional air cooling. The NexXxoS GPX cooler serves as the foundation for the Eiswolf GPX Pro however, various improvements have been made to the cooling block. These have significantly increased the cooling performance of the voltage converters. The cooling block and pump have also been optimized for the large die of the GPUs and also the HBM . In addition, each Eiswolf GPX-Pro cooler comes with a backplate that is in direct contact with the actual cooler. This offers two advantages. On the one hand, the heat can be better dissipated from the back, on the other hand, the PCB of the graphics card is completely covered making it look far nicer.

The Alphacool DC-LT pump has been continuously developed and optimised for years. The DC-LT is used in various AiO coolers for CPUs and GPUs and even in the classic DiY range. The pump is particularly popular for building compact loops where space is at a minimum. Despite its extremely compact dimensions, it offers high performance with head pressure of 0.85 m. This is enough to power a small cooling circuit even if other components are integrated into the circuit. The pump is almost silent thanks to the new suction principle, flow noise and vibrations are minimized.


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