HP ProLiant G6 Technology Overview
Page 6
...server, and indirectly drive the power use , and power supply ratings of the servers after a predetermined monitoring cycle. Enclosure Dynamic Power Capping is a special...HP iLO Advanced or IPM interfaces. If a server exceeds the power use cap set power caps for groups of ProLiant ML and DL servers and for groups of Dynamic Power Capping designed specifically for servers using two separate mechanisms: changing the processor performance...the rack. If a server experiences a sudden increase in the server workload or environment. Common Slot Power Supplies Many ProLiant G6 servers ...
...server, and indirectly drive the power use , and power supply ratings of the servers after a predetermined monitoring cycle. Enclosure Dynamic Power Capping is a special...HP iLO Advanced or IPM interfaces. If a server exceeds the power use cap set power caps for groups of ProLiant ML and DL servers and for groups of Dynamic Power Capping designed specifically for servers using two separate mechanisms: changing the processor performance...the rack. If a server experiences a sudden increase in the server workload or environment. Common Slot Power Supplies Many ProLiant G6 servers ...
HP Power Advisor utility: a tool for estimating power requirements for HP ProLiant server systems
Page 15
...power buses active, the power supplies and PDUs evenly share the server load (approximately 13.8 A per bus). In the example shown in normal operation. This level of BTU generation may require special cooling considerations such as controlled air, forced air, or chilled-... fail. Figure 13. 42U rack configuration of HP ProLiant DL380 G6 servers with redundant power buses Physical Configuration 40A PDU DL380 G6 servers 1 thru 10 Functional Block Diagram PS A PS B DL380 G6 servers 1 thru 10 PS A PS B 40A PDU 27.6 A DL380 G6 servers 11 thru 20 13.8 A DL380 G6 servers 11 thru 20 13.8 A...
...power buses active, the power supplies and PDUs evenly share the server load (approximately 13.8 A per bus). In the example shown in normal operation. This level of BTU generation may require special cooling considerations such as controlled air, forced air, or chilled-... fail. Figure 13. 42U rack configuration of HP ProLiant DL380 G6 servers with redundant power buses Physical Configuration 40A PDU DL380 G6 servers 1 thru 10 Functional Block Diagram PS A PS B DL380 G6 servers 1 thru 10 PS A PS B 40A PDU 27.6 A DL380 G6 servers 11 thru 20 13.8 A DL380 G6 servers 11 thru 20 13.8 A...