Hewlett Packard Enterprise Apollo XL225n Gen10 Plus SPECpower_ssj2008 = 16,320 overall ssj_ops/watt
Test Sponsor: Hewlett Packard Enterprise SPEC License #: 3 Test Method: Multi Node
Tested By: Hewlett Packard Enterprise Test Location: Houston, TX, USA Test Date: Feb 22, 2021
Hardware Availability: Mar-2021 Software Availability: Jul-2020 Publication: Mar 15, 2021
System Source: Single Supplier System Designation: Server Power Provisioning: Line-powered
Benchmark Results Summary
Target Load Average Active Power (W) Minimum Ambient Temperature (°C)
Calibration 1 1,144 23.6
Calibration 2 1,194 23.7
Calibration 3 1,195 23.7
100% 1,192 23.7
90% 1,103 23.8
80% 1,017 23.8
70% 939 23.8
60% 859 23.8
50% 738 23.8
40% 642 23.8
30% 587 23.8
20% 531 23.8
10% 467 23.8
Active Idle 331 23.8
Graph of power and temperature
Measurement Devices
Power Analyzer pwr1
Hardware Vendor: Yokogawa
Model: WT210
Serial Number: 91GB47169
Connectivity: GPIB vi NI GPIB-USB-HS
Input Connection: Default
Metrology Institute: NIST
Accredited by: TRANSCAT
Calibration Label: 5-FQ7PK-180-1
Date of Calibration: 17-Jun-2020
PTDaemon Host System: same as CCS
PTDaemon Host OS: same as CCS
PTDaemon Version: 1.9.2-3976349f-20201208
Setup Description: SUT connected to Power Supply 1
Power Analyzer pwr2
Hardware Vendor: Yokogawa
Model: WT210
Serial Number: 91GB47167
Connectivity: GPIB vi NI GPIB-USB-HS
Input Connection: Default
Metrology Institute: NIST
Accredited by: TRANSCAT
Calibration Label: 5-FQ7PK-20-1
Date of Calibration: 15-Jun-2020
PTDaemon Host System: same as CCS
PTDaemon Host OS: same as CCS
PTDaemon Version: 1.9.2-3976349f-20201208
Setup Description: SUT connected to Power Supply 2
Temperature Sensor temp1
Hardware Vendor: Digi International Inc.
Model: Watchport/H
Driver Version: 5.70.105.0
Connectivity: USB
PTDaemon Host System: same as CCS
PTDaemon Host OS: same as CCS
Setup Description: 5 mm in front of SUT main intake
Notes
None
Power Details for Device pwr1
Target Load Voltage (V) Current (A) Avg Power Factor Avg Active Power (W) Power Measurement Uncertainty (%)
Avg Range Avg Range
Calibration 1 211 300.0 2.81 5.0 0.989 585 0.4%
Calibration 2 211 300.0 2.93 5.0 0.989 610 0.4%
Calibration 3 211 300.0 2.93 5.0 0.989 611 0.4%
100% 211 300.0 2.92 5.0 0.989 610 0.4%
90% 211 300.0 2.71 5.0 0.988 566 0.4%
80% 211 300.0 2.51 5.0 0.986 523 0.5%
70% 211 300.0 2.33 5.0 0.982 484 0.5%
60% 211 300.0 2.14 5.0 0.980 443 0.5%
50% 211 300.0 1.87 5.0 0.976 385 0.6%
40% 211 300.0 1.65 5.0 0.970 338 0.6%
30% 211 300.0 1.53 2.0 0.966 312 0.4%
20% 211 300.0 1.40 2.0 0.959 284 0.4%
10% 211 300.0 1.25 2.0 0.949 251 0.5%
Active Idle 211 300.0 0.957 2.0 0.905 183 0.6%
Power details for pwr1
Power Details for Device pwr2
Target Load Voltage (V) Current (A) Avg Power Factor Avg Active Power (W) Power Measurement Uncertainty (%)
Avg Range Avg Range
Calibration 1 211 300.0 2.69 5.0 0.987 559 0.5%
Calibration 2 211 300.0 2.81 5.0 0.987 583 0.4%
Calibration 3 211 300.0 2.81 5.0 0.987 585 0.4%
100% 211 300.0 2.80 5.0 0.987 583 0.4%
90% 211 300.0 2.59 5.0 0.985 538 0.5%
80% 211 300.0 2.38 5.0 0.983 494 0.5%
70% 211 300.0 2.21 5.0 0.979 456 0.5%
60% 211 300.0 2.02 5.0 0.976 416 0.6%
50% 211 300.0 1.73 5.0 0.970 354 0.6%
40% 211 300.0 1.49 5.0 0.962 303 0.7%
30% 211 300.0 1.37 2.0 0.954 275 0.4%
20% 211 300.0 1.24 2.0 0.944 247 0.5%
10% 211 300.0 1.10 2.0 0.930 217 0.5%
Active Idle 211 300.0 0.814 2.0 0.861 148 0.7%
Power details for pwr2