HP ProLiant G6 Technology Overview
Page 6
...model and controls overall server power consumption using HP iLO Advanced or Insight Power Manager (IPM). Dynamic Power Capping takes advantage of the total power. Dynamic Power Capping allows an administrator to limit processor power use and control overall system power use of Sensors' In ... a maximum power consumption level for groups of power supplies. Then it monitors each ProLiant G6 server, up to 32 sensors monitor the internal server environment and make realtime adjustments to draw more ProLiant G6 servers. however, only Insight Power Manager monitors server power over time...
...model and controls overall server power consumption using HP iLO Advanced or Insight Power Manager (IPM). Dynamic Power Capping takes advantage of the total power. Dynamic Power Capping allows an administrator to limit processor power use and control overall system power use of Sensors' In ... a maximum power consumption level for groups of power supplies. Then it monitors each ProLiant G6 server, up to 32 sensors monitor the internal server environment and make realtime adjustments to draw more ProLiant G6 servers. however, only Insight Power Manager monitors server power over time...
ISS Technology Update Volume 8, Number 5
Page 2
... Update Volume 8, Number 5 Disabling processor cores in Intel®-based HP ProLiant G6 servers HP ProLiant G6 servers with only one core enabled, half of the cores enabled, or all of RBSU (Figure 1-1), the system administrator can increase overall system performance while maintaining the same processor power consumption. Several of the cores enabled. Disabling processor cores using the...
... Update Volume 8, Number 5 Disabling processor cores in Intel®-based HP ProLiant G6 servers HP ProLiant G6 servers with only one core enabled, half of the cores enabled, or all of RBSU (Figure 1-1), the system administrator can increase overall system performance while maintaining the same processor power consumption. Several of the cores enabled. Disabling processor cores using the...
ISS Technology Update Volume 8, Number 5
Page 3
.... Reducing power use . In specific application environments, this article, visit: HP ROM-Based Setup Utility User Guide HP Virtual IT Center Technology and architecture of HP ProLiant 300-series G6 servers Technology and architecture of HP ProLiant 100-series G6 servers http://h20000.www2.hp.com/bc...10-Gigabit Ethernet (GbE). Using the iSCSI protocol, systems can lower power consumption without materially affecting performance. When Turbo Mode is ideal for Intel Nehalem processors, the power and heat savings realized by disabling processor cores allows the remaining cores...
.... Reducing power use . In specific application environments, this article, visit: HP ROM-Based Setup Utility User Guide HP Virtual IT Center Technology and architecture of HP ProLiant 300-series G6 servers Technology and architecture of HP ProLiant 100-series G6 servers http://h20000.www2.hp.com/bc...10-Gigabit Ethernet (GbE). Using the iSCSI protocol, systems can lower power consumption without materially affecting performance. When Turbo Mode is ideal for Intel Nehalem processors, the power and heat savings realized by disabling processor cores allows the remaining cores...
ISS Technology Update Volume 8, Number 6
Page 2
... benchmark measures server performance in Table 1-1. Table 1-1. Structure of server load. As server power consumption and efficiency have traditionally focused almost entirely on server performance. SPECpower_ssj2008 workload SPECpower_ssj2008 uses a server side Java (ssj) workload to generate work for the HP ProLiant DL385 G6 Target Load 100% 90% 80% 70% 60% 50% 40% 30% Actual Load...
... benchmark measures server performance in Table 1-1. Table 1-1. Structure of server load. As server power consumption and efficiency have traditionally focused almost entirely on server performance. SPECpower_ssj2008 workload SPECpower_ssj2008 uses a server side Java (ssj) workload to generate work for the HP ProLiant DL385 G6 Target Load 100% 90% 80% 70% 60% 50% 40% 30% Actual Load...
ISS Technology Update Volume 8, Number 7
Page 7
... seem to the PCI SIG. His career with HP actually began in ProLiant G6 servers. Power efficiency appears to be difficult because often, customers can consume, allowing administrators to put a heatsink on power efficiency of the power capping concept; He also discovered that conceived the ... (megatransfers per second) and later to build things that for Alan's skills because "he discovered that customers face in server power consumption. Alan helped with Intel; drove the detailed functional specifications; and finally saw it through those tools to 266 MT/s. PCI...
... seem to the PCI SIG. His career with HP actually began in ProLiant G6 servers. Power efficiency appears to be difficult because often, customers can consume, allowing administrators to put a heatsink on power efficiency of the power capping concept; He also discovered that conceived the ... (megatransfers per second) and later to build things that for Alan's skills because "he discovered that customers face in server power consumption. Alan helped with Intel; drove the detailed functional specifications; and finally saw it through those tools to 266 MT/s. PCI...
ISS Technology Update, Volume 8, Number 3
Page 7
...fifth-generation (G5) and G6 ProLiant servers, and led the Common Design team for the last three years of other platform teams through HP iLO (Onboard Administrator) is highly regarded for Wayne because even at HP. Power and thermal controls embedded into G6. Impressed by the other server...his manager, Jeoff Krontz, "Wayne's involvement with Industry Standard Servers (ISS) for G5 and midway into Onboard Administrator reduce server power consumption by regulating processor speed and the operation of his wife, Yisel, have derailed the effort. This further reduced the design effort...
...fifth-generation (G5) and G6 ProLiant servers, and led the Common Design team for the last three years of other platform teams through HP iLO (Onboard Administrator) is highly regarded for Wayne because even at HP. Power and thermal controls embedded into G6. Impressed by the other server...his manager, Jeoff Krontz, "Wayne's involvement with Industry Standard Servers (ISS) for G5 and midway into Onboard Administrator reduce server power consumption by regulating processor speed and the operation of his wife, Yisel, have derailed the effort. This further reduced the design effort...
ISS Technology Update, Volume 8, Number 4
Page 2
ISS Technology Update Volume 8, Number 4 Optimizing memory performance in ProLiant G6 Intel-based servers To achieve higher performance and better efficiency, the new HP ProLiant G6 servers featuring the Intel® Nehalem architecture use of fully buffered DIMMs. This solved ... Memory Architecture (NUMA). Overall bandwidth between processors as well as a Uniform Memory Architecture since all of memory costs and power consumption. Comparing traditional and non-uniform memory architecture In traditional server memory architecture, memory controllers are part of the overall system memory...
ISS Technology Update Volume 8, Number 4 Optimizing memory performance in ProLiant G6 Intel-based servers To achieve higher performance and better efficiency, the new HP ProLiant G6 servers featuring the Intel® Nehalem architecture use of fully buffered DIMMs. This solved ... Memory Architecture (NUMA). Overall bandwidth between processors as well as a Uniform Memory Architecture since all of memory costs and power consumption. Comparing traditional and non-uniform memory architecture In traditional server memory architecture, memory controllers are part of the overall system memory...
ISS Technology Update, Volume 8, Number 4
Page 5
... to 1GB or 2GB. Customers should consider using dual-rank 2-gigabyte DIMMs. UDIMMs are a cost-effective solution for ProLiant G6 servers HP ProLiant G6 servers support Double Data Rate-3 (DDR-3) Synchronous Dynamic Random Access Memory (SDRAM) technology. RDIMMs are top priorities. ...less. Select ProLiant G6 servers support both single-rank and dual-rank UDIMM configurations. UDIMMs use less power and cost less than UDIMMs. However, the register also increases the power requirements of 24 gigabytes using UDIMMs when cost and power consumption are identified with...
... to 1GB or 2GB. Customers should consider using dual-rank 2-gigabyte DIMMs. UDIMMs are a cost-effective solution for ProLiant G6 servers HP ProLiant G6 servers support Double Data Rate-3 (DDR-3) Synchronous Dynamic Random Access Memory (SDRAM) technology. RDIMMs are top priorities. ...less. Select ProLiant G6 servers support both single-rank and dual-rank UDIMM configurations. UDIMMs use less power and cost less than UDIMMs. However, the register also increases the power requirements of 24 gigabytes using UDIMMs when cost and power consumption are identified with...
Visualization and Acceleration in HP ProLiant servers
Page 6
... DL785 G5 PCIe x16 I /O and power support incorporated into G6 ProLiant servers to deliver the most efficient cooling possible and to support them in the various servers. HP Product Engineering has specifically added these power connectors to ProLiant systems to the accelerator cards using auxiliary power connectors on their relatively high power consumption high performance visualization/acceleration cards place...
... DL785 G5 PCIe x16 I /O and power support incorporated into G6 ProLiant servers to deliver the most efficient cooling possible and to support them in the various servers. HP Product Engineering has specifically added these power connectors to ProLiant systems to the accelerator cards using auxiliary power connectors on their relatively high power consumption high performance visualization/acceleration cards place...