Graphics
Graphics
Graphics
Graphics
Integrated Matrox Graphics G200e, 32MB Standard
16 bit colour: maximum resolution of 1600 x 1200
32 bit colour: maximum resolution of 1280 x 1024
The following NVIDIA graphics cards are supported in the DL1000:
NVIDIA Quadro FX5800 512MB PCIe x 16 graphics card
NOTE:
NOTE:
NOTE:
NOTE: For more information on the latest visualization and acceleration qualification status, please see
http://www.hp.com/go/accelerators
.
NOTE:
NOTE:
NOTE:
NOTE: An HP DL170h Graphics Bracket/Cable Kit (P/N 536860-B21) is required when installing this
NVIDIA card. The FX5800 can only be installed in the 2 slot full-height riser option: HP DL170h I/O
Riser PCIe x16 x8 FIO option (P/N 512481-B21).
Server Power Cords
Server Power Cords
Server Power Cords
Server Power Cords
One 6' Highline (IEC-IEC) power cord ships standard
NOTE:
NOTE:
NOTE:
NOTE: HP ProLiant DL servers are primarily connected to PDU's in data centre racks so they ship
standard with only a PDU power cord (416151-B21). If a user wishes to power a ProLiant DL server
using a 110V receptacle (NEMA-15), the NEMA power cord (227099-001) must be ordered separately.
NOTE:
NOTE:
NOTE:
NOTE: If customers require a local power cord, they can check the power cord matrix for the
appropriate cord. Please see the following power cord matrix:
http://www.hp.com/go/powercordmatrix
Advanced Power
Advanced Power
Advanced Power
Advanced Power
Management: Power
Management: Power
Management: Power
Management: Power
Management Controller
Management Controller
Management Controller
Management Controller
In addition to the efficiencies gained by the shared power infrastructure, the DL1000 contains advanced
power metering and capping capabilities. The embedded Power Management Controller (PMC) is able
to monitor power consumption and throttle the speed of the processors and memory in each node within
the chassis in order to maintain a pre-set power budget. HP provides a simple command-line utility,
called HP ProLiant Power Interface Control (PPIC) Utility, for reading and configuring the power control
logic of the server nodes. Versions are available for MS Windows Server OS (2008 and 2008 R2) and
Linux OS (RHEL5 and SLES11) with the requirement that the OS IPMI Driver be installed. The following
Power Management modes for power redundancy are standard and are configurable in the controller:
No Redundancy - power control disabled. No power throttling will occur.
(DEFAULT) AC Redundancy with Throttling. This mode allows all nodes to share both power
supplies and run at maximum performance. Power control logic will only throttle the performance
of each node when the power draw by the chassis attempts to exceed the load supported by the
power supplies. In this mode, the box is expected to survive an unexpected AC Power loss to one
of the power supplies.
Full AC/DC Redundancy - power control logic will maintain a power cap value for the chassis at
the DC rating of a single power supply (750W, or 1200W), such that if one power supply
experiences a DC or AC failure, the chassis should remain on-line and operational.
Dynamic Power Capping is included with the LO100 Advanced Pack:
Dynamic Power Capping - User specifies the power envelope for the 2U chassis, within the
capabilities of the hardware installed. Users run a utility to calibrate the minimum and maximum
power consumption envelope for the chassis. In order to avoid any impact to performance due to
throttling, a User selectable Power Cap value should not be set below the minimum power value
provided by the utility.
QuickSpecs
HP ProLiant DL1000 Multi Node Server
HP ProLiant DL1000 Multi Node Server
HP ProLiant DL1000 Multi Node Server
HP ProLiant DL1000 Multi Node Server
Standard Features
DA - 13309 Canada — Version 31 — April 8, 2011
Page 6
