Water Cooler PS-14 For NVIDIA

The PS-14 Liquid Cooler is a high-capacity cooling solution specifically crafted for NVIDIA GPUs in server environments. This state-of-the-art liquid cooling system leverages advanced brazing technology, allowing it to deliver an impressive 6200W of cooling power. Built with premium AL6063 and C1100 materials, the PS-14 ensures outstanding thermal performance and durability even under continuous, high-load operations. With eight dedicated contact points, this cooler provides comprehensive heat dissipation across multiple GPU surfaces, making it ideal for high-performance applications such as AI processing, machine learning, and complex computational tasks. The PS-14 is designed for secure installation with a screw and spring mounting system, achieving an ultra-low thermal resistance of just 0.01°C/W. This low resistance ensures efficient heat transfer, maintaining optimal temperatures to maximize GPU performance and longevity in demanding data center environments.

Brazing heatsinksTongyu

The process of brazing heatsinks involves joining two metal parts, often a heatsink and its complementary base, with the help of a filler metal. This filler metal, heated to a temperature below that of the base materials, flows seamlessly into the joint area, creating a solid, conductive bond that enhances thermal efficiency. This brazing method is particularly valued for its excellent thermal conductivity and structural durability, making it ideal for high-performance electronic devices. Brazing also stands out in applications where heatsinks have complex geometries or multi-layered designs, providing consistent heat management under demanding conditions.

Product DescriptionTongyu

Application	NVIDIA GPU in the server
Material	AL6063+C1100
Weight	9.13kg
Power	6200W
Thermal Resistance	0.01°C/W
Sizes	52032090mm
Process	Brazing

Application ScenariosTongyu

The PS-14 liquid cooler is an advanced thermal management solution designed specifically for NVIDIA GPU platforms in high-performance server environments. Its eight individual contact surfaces ensure optimal heat dissipation across multiple GPU modules, making it ideal for tasks requiring intensive computational power, such as AI training, deep learning, and large-scale data analysis. This liquid cooler excels in data centers, cloud computing infrastructures, and supercomputing facilities where efficient and reliable heat management is critical. The brazing process, combined with robust AL6063 and C1100 materials, ensures durability and long-term performance even under heavy workloads.