Supermicro Direct to Chip Liquid Cooling Solutions

Liquid cooled rack solution that delivers superior performance and efficiency for large scale AI and cloud scale compute infrastructure.

     Full turn-key single source solution optimized from proven total solution blueprints of compute, GPU, storage, networking and power and cooling reference designs, with integrated power management tools

     Support highest densities and highest TDP CPUs and GPUs with up to 100kW power and cooling per rack

     Fully validated and tested at system (L10), rack (L11) and cluster (L12) levels

     Accelerated lead times based on in-stock inventory with deployment in weeks versus years

     Enterprise grade redundant cooling pump and power supplies, leak-proof connectors and leak detection

Data Center Scale Liquid Cooling Reduces Costs and Increases Performance

The latest servers with multiple CPUs and GPUs are creating a significant challenge for data center operators. High end servers are now generating up to 10kW of heat, which must be removed from the server. Traditional air cooling through CRAC units, even with hot and cold aisle separation, are expensive and inefficient.

Servers that are application optimized for AI, HPC, and Analytics require the latest in CPU and GPU technologies, which run hotter than previous generations. Multiple CPUs and GPUs per server are needed for performance intensive computing, driving up the electricity demands for the server as well as at the rack level.

Components of an Efficient Liquid Cooling Solution

Supermicro’s liquid cooled rack solution is made of several components that are designed in house to achieve the highest level of performance and reliability. All the components are integrated as a rack level solution providing a true one-stop shop customer experience. The critical components of Supermicro’s liquid cooled rack solution are: Coolant Distribution Unit (CDU), Coolant Distribution Manifold (CDM), Vertical Manifolds, Horizontal Manifolds, Hoses, Connectors, and Cold Plates.

Rack Scale Advanced Engineering

As the Rack becomes the unit for scalable computing, engineering a liquid cooled rack requires careful planning and expert assembly. A liquid cooling system needs to be flexible to handle a wide range of servers, while being able to cool an entire rack of high performance systems.

Liquid Cooling Tower

The Supermicro Liquid Cooling Tower solution is versatile and energy efficient at removing the heat produced by today’s latest servers. The system is optimized to transport and remove the heat from today’s most powerful AI servers. Supermicro is pioneering a way to obtain a complete AI solution, from the servers to the cooling infrastructure.

Supermicro SuperCloud Composer for a Liquid Cooled Data Center

SuperCloud Composer’s LCCM (Liquid Cooling Consult Module) is a powerful tool to collect vital information on physical assets and sensor data from a CDU (Cooling Distribution Unit), including pressure, humidity, pump and valve status, and more. CDU data is presented in real-time, enabling users to monitor operating efficiency of their liquid cooled racks. Using these insights, SuperCloud Composer (SCC) helps the user to set up alerts, manage firmware updates, and more.

For more information about Supermicro’s Liquid Cooling Solutions, please visit: https://www.supermicro.com/liquidcooling