User manual FUJITSU SIEMENS PRIMERGY TX150 S7 E-STARFARM1 ENERGY START POWER AND PERFORMANCE DATASHEET

[. . . ] ENERGY STAR ® Power and Performance Data Sheet PRIMERGY TX150 S7 E-StarFam1 (Dual-Core CPUs with standard PSU) System Characteristics Form Factor Available Processor Sockets Available DIMM Slots / Max Memory Capacity ECC and/or Fully Buffered DIMMs Available Expansion Slots Minimum and Maximum # of Hard Drives Redundant Power Supply Capable? [. . . ] Other Hardware Features / Accessories 1 Yes 8 port SAS RAID Controller DVD-RW supermulti 1 Yes 8 port SAS RAID Controller DVD-RW supermult ENERGY STAR Power and Performance Data Sheet PRIMERGY TX150 S7 E-StarFam1 (Dual-Core CPUs with standard PSU) Page 2 of 2 Power Data Idle Category (1S and 2S only) ENERGY STAR Idle Power Allowance (1S and 2S only) Measured Idle Power (watts) Power at Full Load* (watts) Benchmark / Method Used for Full Load Test Test Voltage and Frequency for Idle and Full Load Test Range of Total Estimated Energy Usage ** (kWh/year) Link to Detailed Power Calculator (if available) Minimum 55W 44, 1 Typical 63W 52, 9 Maximum 125W 81, 4 Category A: Standard Single Installed Processor (1P) Servers 71, 0 77, 8 111, 4 SiSoftware Sandra Engineer 2009. SP3c, . Net Multimedia, Double x1 230V / 50Hz 773 to 1244 927 to 1363 1426 to 1952 http://ts. fujitsu. com/products/standard_servers/e_efficient. html * Note: Full load power represents the sustained, average power at 100% load of the given workload, and does not necessarily represent the absolute peak power or the highest average, sustained power possible for other workloads. ** Note: Estimated kWh/year gives the absolute range of energy use a user could expect from continuous operation (24x365) and ranges from 100% Idle usage to 100% full load operation. The calculation also includes typical data center overhead at a ratio of 1 watt of overhead to every 1 watt of IT load (corresponding to a PUE of 2. 0). Closer approximations may be found by using established power calculators and specific information about the intended operating environment (e. g. , average time at Idle, data center PUE, etc. ). Power and Performance for Benchmark #1 Benchmark #1 Benchmark Used and Type of Workload Avg. Power Measured During Benchmark Run Benchmark Performance Score Power Performance Ratio (perf score/avg. power) Link to Full Benchmark Report (Where Available) Minimum 71, 0W 13. 37MPixel/s 0, 19MPixel/s / W N/A Typical 77, 8W 13. 4MPixel/s 0, 17MPixel/s / W N/A Maximum 111, 4W 13. 34MPixel/s 0, 12MPixel/s / W N/A SiSoftware Sandra Engineer 2009. SP3c, . Net Multimedia, Double x1 Power Saving Features Processor Dynamic Voltage and Frequency Scaling Processor or Core Reduced Power States Power Capping Variable Speed Fan Control Based on Power or Thermal Readings Low Power Memory States Low Power I/O States Liquid Cooling Capability Enabled on Shipment End-User Enabling g Required x x x Power and Temperature Measurement and Reporting Input Power Available & Accuracy? [. . . ] Airflow at Nominal Fan Speed (CFM) at Nominal Temp. Minimum 70 3 136m3/h 55m3/h Typical 77 4 136m3/h 55m3/h Maximum 111 5 136m3/h 55m3/h * References: ASHRAE Extended Environmental Envelope Final August 1, 2008 Thermal Guidelines for Data Processing Environments, ASHRAE, 2004, ISBN 1-931862-43-5 Peak temperature is defined as 35 °C, Nominal Temperature is defined as 18 - 27 °C [. . . ]