AI PDU    

As indispensable components of data centers and computing infrastructure, PDU and intelligent PDU play a crucial role in driving the development of AI and computing power. They have brought the following core solutions to related technology fields by improving power management, increasing energy efficiency, enhancing system stability, and supporting high-density computing: supporting the continuous progress of AI technology.

Intelligent PDU ensures efficient resource utilization through dynamic power allocation and load balancing. Intelligent PDU can monitor the power consumption of GPU clusters and AI servers in real time, and dynamically adjust power allocation based on actual conditions, thereby avoiding overload or unnecessary waste of resources. When training large models, intelligent PDU can accurately allocate power to high load nodes according to demand, thereby achieving efficient energy utilization.

The predictive maintenance function of intelligent PDU can effectively reduce the failure rate and quickly locate problems. By integrating temperature and humidity sensors, intelligent PDU can work in conjunction with cooling systems to achieve preventive control of overheating issues in AI servers. Once a local high temperature is detected, the system will automatically initiate additional heat dissipation measures to ensure the stability of computing performance.

In the application scenario of edge AI, intelligent PDU ensures low latency and high availability, effectively manages the power demand of distributed nodes, and thus guarantees the computing needs of low latency and high availability.

Combining AI optimization with PUE, intelligent PDU helps reduce carbon emissions and promote the development of green AI. By combining AI algorithms to optimize data center PUE (power efficiency), intelligent PDU can effectively help reduce carbon emissions and promote the development of green AI.

Intelligent PDU can support high power density racks, such as supporting high power density and remote monitoring. A single cabinet can support power demand of over 50kW, providing stable and reliable power supply for GPU clusters and storage devices. With the remote monitoring function of intelligent PDU, users can achieve cross regional management of power usage, ensuring 24/7 uninterrupted operation of the system.

With the detailed energy consumption data collected by intelligent PDU, intelligent PDU responds to computing power demands through technological innovation and promote sustainable development. At the same time, the dual power supply and automatic switching design of the intelligent PDU ensures that the infrastructure can seamlessly switch in the event of a power outage or failure, thereby maintaining the continuous stability of the computing environment.