Upgrade Power Supply (PSU) to 2350W (2 x 1400W Team Mode)
Upgrade your Lenovo PX workstation with this advanced dual-PSU team-mode configuration, delivering 2350W of synchronized power output at 29A capacity. Specifically engineered for demanding multi-GPU environments, AI training, and professional visualization tasks, this paired hot-swap system provides redundant power architecture with seamless failover protection. The team-mode synchronization ensures balanced load distribution and cleaner power delivery across both units, minimizing voltage fluctuations and electrical noise—critical for sensitive computing operations. Each 1400W module operates in concert with its counterpart, creating a robust power ecosystem that maintains system stability during peak loads and thermal stress. This configuration offers exceptional headroom for GPU-accelerated workloads, large-scale data processing, and concurrent rendering tasks, while enabling hot-swap maintenance without downtime. Ideal for professional environments where computational reliability and uninterrupted performance are non-negotiable, this upgrade provides the power infrastructure your most demanding workflows require.
Description
Upgrade your Lenovo PX workstation with this advanced dual-PSU team-mode configuration, delivering 2350W of synchronized power output at 29A capacity. Specifically engineered for demanding multi-GPU environments, AI training, and professional visualization tasks, this paired hot-swap system provides redundant power architecture with seamless failover protection. The team-mode synchronization ensures balanced load distribution and cleaner power delivery across both units, minimizing voltage fluctuations and electrical noise—critical for sensitive computing operations. Each 1400W module operates in concert with its counterpart, creating a robust power ecosystem that maintains system stability during peak loads and thermal stress. This configuration offers exceptional headroom for GPU-accelerated workloads, large-scale data processing, and concurrent rendering tasks, while enabling hot-swap maintenance without downtime. Ideal for professional environments where computational reliability and uninterrupted performance are non-negotiable, this upgrade provides the power infrastructure your most demanding workflows require.
