“flow sensors and component temperatures recover during staged load tests” addresses the cooling loop is not delivering the specified flow or temperature, but the current hardware or infrastructure issue is electrical monitoring does not provide timely protective load headroom. The option “sustained load traces show margin and no breaker alarms during peaks” is more directly tied to the required outcome.

“load distribution records and physical inspection pass mechanical acceptance” addresses rack mechanical and seismic installation criteria were not considered, but the current hardware or infrastructure issue is electrical monitoring does not provide timely protective load headroom. The option “sustained load traces show margin and no breaker alarms during peaks” is more directly tied to the required outcome.

“under representative GPU load inlet temperature and clocks remain in limits” addresses intake airflow is obstructed and cooling supply has been compromised, but the current hardware or infrastructure issue is electrical monitoring does not provide timely protective load headroom. The option “sustained load traces show margin and no breaker alarms during peaks” is more directly tied to the required outcome.

Useful for site-level efficiency metrics cannot replace device-level thermal validation, but it does not remove the specific condition: the cooling loop is not delivering the specified flow or temperature.

“restore clear intake paths and documented cold-aisle airflow” addresses intake airflow is obstructed and cooling supply has been compromised, but the current hardware or infrastructure issue is the cooling loop is not delivering the specified flow or temperature. The option “inspect and restore approved coolant flow and leak-safe thermal controls” is more directly tied to the required outcome.

“connect approved PSUs across separate protected A and B power feeds” addresses dual power supplies do not provide independent feed redundancy, but the current hardware or infrastructure issue is the cooling loop is not delivering the specified flow or temperature. The option “inspect and restore approved coolant flow and leak-safe thermal controls” is more directly tied to the required outcome.

“sustained load traces show margin and no breaker alarms during peaks” addresses electrical monitoring does not provide timely protective load headroom, but the current hardware or infrastructure issue is the cooling loop is not delivering the specified flow or temperature. The option “flow sensors and component temperatures recover during staged load tests” is more directly tied to the required outcome.

“under representative GPU load inlet temperature and clocks remain in limits” addresses intake airflow is obstructed and cooling supply has been compromised, but the current hardware or infrastructure issue is the cooling loop is not delivering the specified flow or temperature. The option “flow sensors and component temperatures recover during staged load tests” is more directly tied to the required outcome.

“representative burn-in keeps package temperatures below alert thresholds” addresses cooling design underestimates real application heat dissipation, but the current hardware or infrastructure issue is the cooling loop is not delivering the specified flow or temperature. The option “flow sensors and component temperatures recover during staged load tests” is more directly tied to the required outcome.

“validate rack heat rejection against full training power and cooling capacity” addresses cooling design underestimates real application heat dissipation, but the current hardware or infrastructure issue is power throttling policy conflicts with approved application requirements. The option “reconcile power-cap policy with rack limits and throughput service objectives” is more directly tied to the required outcome.

Useful for peak electrical demand exceeds the approved power delivery envelope, but it does not remove the specific condition: power throttling policy conflicts with approved application requirements.

“correct aisle containment and return-air management at the affected rack” addresses inadequate hot/cold air containment produces elevated inlet temperatures, but the current hardware or infrastructure issue is power throttling policy conflicts with approved application requirements. The option “reconcile power-cap policy with rack limits and throughput service objectives” is more directly tied to the required outcome.

“measured full-load draw remains under all configured branch and PDU limits” addresses peak electrical demand exceeds the approved power delivery envelope, but the current hardware or infrastructure issue is power throttling policy conflicts with approved application requirements. The option “combined power and benchmark traces satisfy both electrical and throughput bounds” is more directly tied to the required outcome.

“sustained load traces show margin and no breaker alarms during peaks” addresses electrical monitoring does not provide timely protective load headroom, but the current hardware or infrastructure issue is power throttling policy conflicts with approved application requirements. The option “combined power and benchmark traces satisfy both electrical and throughput bounds” is more directly tied to the required outcome.

“under representative GPU load inlet temperature and clocks remain in limits” addresses intake airflow is obstructed and cooling supply has been compromised, but the current hardware or infrastructure issue is power throttling policy conflicts with approved application requirements. The option “combined power and benchmark traces satisfy both electrical and throughput bounds” is more directly tied to the required outcome.

Useful for site-level efficiency metrics cannot replace device-level thermal validation, but it does not remove the specific condition: inadequate hot/cold air containment produces elevated inlet temperatures.

“reconcile power-cap policy with rack limits and throughput service objectives” addresses power throttling policy conflicts with approved application requirements, but the current hardware or infrastructure issue is inadequate hot/cold air containment produces elevated inlet temperatures. The option “correct aisle containment and return-air management at the affected rack” is more directly tied to the required outcome.

“size redundant feeds and power distribution for the worst-case validated load” addresses peak electrical demand exceeds the approved power delivery envelope, but the current hardware or infrastructure issue is inadequate hot/cold air containment produces elevated inlet temperatures. The option “correct aisle containment and return-air management at the affected rack” is more directly tied to the required outcome.

“flow sensors and component temperatures recover during staged load tests” addresses the cooling loop is not delivering the specified flow or temperature, but the current hardware or infrastructure issue is inadequate hot/cold air containment produces elevated inlet temperatures. The option “inlet temperature mapping under load shows no significant recirculation hotspots” is more directly tied to the required outcome.

“load distribution records and physical inspection pass mechanical acceptance” addresses rack mechanical and seismic installation criteria were not considered, but the current hardware or infrastructure issue is inadequate hot/cold air containment produces elevated inlet temperatures. The option “inlet temperature mapping under load shows no significant recirculation hotspots” is more directly tied to the required outcome.

“sustained load traces show margin and no breaker alarms during peaks” addresses electrical monitoring does not provide timely protective load headroom, but the current hardware or infrastructure issue is inadequate hot/cold air containment produces elevated inlet temperatures. The option “inlet temperature mapping under load shows no significant recirculation hotspots” is more directly tied to the required outcome.

“reconcile power-cap policy with rack limits and throughput service objectives” addresses power throttling policy conflicts with approved application requirements, but the current hardware or infrastructure issue is rack mechanical and seismic installation criteria were not considered. The option “move equipment to qualified rack positions with appropriate support rails” is more directly tied to the required outcome.

Useful for inadequate hot/cold air containment produces elevated inlet temperatures, but it does not remove the specific condition: rack mechanical and seismic installation criteria were not considered.

“inspect rack inlet GPU and coolant telemetry alongside facility PUE” addresses site-level efficiency metrics cannot replace device-level thermal validation, but the current hardware or infrastructure issue is rack mechanical and seismic installation criteria were not considered. The option “move equipment to qualified rack positions with appropriate support rails” is more directly tied to the required outcome.

“flow sensors and component temperatures recover during staged load tests” addresses the cooling loop is not delivering the specified flow or temperature, but the current hardware or infrastructure issue is rack mechanical and seismic installation criteria were not considered. The option “load distribution records and physical inspection pass mechanical acceptance” is more directly tied to the required outcome.

“under representative GPU load inlet temperature and clocks remain in limits” addresses intake airflow is obstructed and cooling supply has been compromised, but the current hardware or infrastructure issue is rack mechanical and seismic installation criteria were not considered. The option “load distribution records and physical inspection pass mechanical acceptance” is more directly tied to the required outcome.

“inlet temperature mapping under load shows no significant recirculation hotspots” addresses inadequate hot/cold air containment produces elevated inlet temperatures, but the current hardware or infrastructure issue is rack mechanical and seismic installation criteria were not considered. The option “load distribution records and physical inspection pass mechanical acceptance” is more directly tied to the required outcome.

Useful for the cooling loop is not delivering the specified flow or temperature, but it does not remove the specific condition: site-level efficiency metrics cannot replace device-level thermal validation.

“correct aisle containment and return-air management at the affected rack” addresses inadequate hot/cold air containment produces elevated inlet temperatures, but the current hardware or infrastructure issue is site-level efficiency metrics cannot replace device-level thermal validation. The option “inspect rack inlet GPU and coolant telemetry alongside facility PUE” is more directly tied to the required outcome.

“reconcile power-cap policy with rack limits and throughput service objectives” addresses power throttling policy conflicts with approved application requirements, but the current hardware or infrastructure issue is site-level efficiency metrics cannot replace device-level thermal validation. The option “inspect rack inlet GPU and coolant telemetry alongside facility PUE” is more directly tied to the required outcome.

“representative burn-in keeps package temperatures below alert thresholds” addresses cooling design underestimates real application heat dissipation, but the current hardware or infrastructure issue is site-level efficiency metrics cannot replace device-level thermal validation. The option “per-node thermal histories satisfy load-specific thresholds despite aggregate PUE” is more directly tied to the required outcome.

“combined power and benchmark traces satisfy both electrical and throughput bounds” addresses power throttling policy conflicts with approved application requirements, but the current hardware or infrastructure issue is site-level efficiency metrics cannot replace device-level thermal validation. The option “per-node thermal histories satisfy load-specific thresholds despite aggregate PUE” is more directly tied to the required outcome.

“measured full-load draw remains under all configured branch and PDU limits” addresses peak electrical demand exceeds the approved power delivery envelope, but the current hardware or infrastructure issue is site-level efficiency metrics cannot replace device-level thermal validation. The option “per-node thermal histories satisfy load-specific thresholds despite aggregate PUE” is more directly tied to the required outcome.