You are validating the environment of an NVIDIA GPU-accelerated data center during post-deployment checks.

Stable operation of high-density AI infrastructure like the DGX H100 requires strict adherence to power and thermal specifications. A single DGX H100 system can draw up to 10.2kW under peak load. Therefore, the most essential validation step is ensuring the electrical " infrastructure-to-server " handoff is healthy. This involves verifying that the system is connected to redundant PDUs (Power Distribution Units) capable of handling the amperage requirements without tripping breakers. Using NVSM (NVIDIA System Management), an administrator must check that all six power supplies (PSUs) are functional and receiving nominal input voltage (typically 200V-240V). If a PSU reports sub-optimal input or a " Loss of Redundancy, " the system may throttle performance or shut down unexpectedly during a heavy training run. Fans running at 100% (Option A) at all times would actually indicate an inefficient or failed cooling policy, as fans should dynamically scale based on thermals. Overclocking (Option B) is not supported or recommended for enterprise DGX systems, as they are already factory-tuned for the highest stable performance.