HP Xw460c - ProLiant - Blade Workstation Management-Handbuch - Seite 10

Blättern Sie online oder laden Sie pdf Management-Handbuch für Schalter HP Xw460c - ProLiant - Blade Workstation herunter. HP Xw460c - ProLiant - Blade Workstation 28 Seiten. Mezzanine card installation instructions for supported hp proliant c-class bladesystem servers
Auch für HP Xw460c - ProLiant - Blade Workstation: Handbuch zur Umsetzung (35 seiten), Handbuch zur Fehlervermeidung (12 seiten), Technisches Weißbuch (12 seiten), Firmware-Aktualisierung (9 seiten), Installationshandbuch (2 seiten), Handbuch für häufig gestellte Fragen (14 seiten), Poster einrichten (9 seiten), Installationshandbuch (33 seiten), Hardware-Handbuch (23 seiten), Übersicht (35 seiten), Benutzerhandbuch (33 seiten), Handbuch für die Optimierung (13 seiten), Eingeschränkte Garantie (10 seiten), Installationsanleitung Handbuch (10 seiten), Installationsanleitung Handbuch (8 seiten), Einbauanleitung (4 seiten), Einbauanleitung (2 seiten)

On the Rack Overview page (Figure 9), the Onboard Administrator summarizes the power and

thermal information for all the c-Class enclosures linked in a rack. The information displayed includes

the present power for each enclosure, the ambient temperature of the enclosure, and a rack cooling

requirement in BTU/hr. This display dramatically reduces the complexity of monitoring the power and

cooling requirements for a rack full of server blades.

Figure 9. Rack Power and Thermal page via Onboard Administrator web GUI

Dynamic Power Savings mode is the default power supply setting. The Onboard Administrator

manages this mode based on the principle that power supplies operate less efficiently when lightly

loaded and more efficiently when heavily loaded. A typical power supply running at 20 percent load

could have efficiency as low as 60 percent; but running at 50 percent load, the power supply

efficiency could be 90 percent, thus providing significant savings in power consumption. Using real

time tracking of the total enclosure power consumption, the Onboard Administrator will shut down or

start up power supplies as required to maintain the power supplies and current load requirements

ratio in the maximum efficiency range. The number of power supplies active at any given time is

determined by calculating the number of power supplies necessary to maintain the power load

requirements and to keep the active power supplies in the high efficiency range. When Dynamic

Power Savings mode is enabled, some of the power supplies may be automatically placed on