Hewlett Packard Enterprise Synergy 480 Gen10 Compute Module | ssj_ops@100% = 5,908,915 ssj_ops@100% per JVM = 1,477,229 |
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Test Sponsor: | Hewlett Packard Enterprise | SPEC License #: | 3 | Test Method: | Multi Node |
Tested By: | Hewlett Packard Enterprise | Test Location: | Houston, TX, USA | Test Date: | Mar 12, 2019 |
Hardware Availability: | Apr-2019 | Software Availability: | Mar-2019 | Publication: | Apr 2, 2019 |
System Source: | Single Supplier | System Designation: | Server | Power Provisioning: | Line-powered |
Target Load | Actual Load | ssj_ops | |
---|---|---|---|
Target | Actual | ||
Calibration 1 | 5,934,757 | ||
Calibration 2 | 5,922,746 | ||
Calibration 3 | 5,929,017 | ||
ssj_ops@calibrated=5,925,881 | |||
100% | 99.7% | 5,925,881 | 5,908,915 |
90% | 89.9% | 5,333,293 | 5,328,702 |
80% | 80.0% | 4,740,705 | 4,739,933 |
70% | 70.0% | 4,148,117 | 4,147,688 |
60% | 60.0% | 3,555,529 | 3,554,075 |
50% | 50.0% | 2,962,941 | 2,961,853 |
40% | 40.0% | 2,370,353 | 2,372,072 |
30% | 30.0% | 1,777,764 | 1,778,756 |
20% | 20.0% | 1,185,176 | 1,185,034 |
10% | 9.9% | 592,588 | 588,375 |
Active Idle | 0 | 0 |
Set Identifier: | SUT |
Set Description: | System Under Test |
# of Identical Nodes: | 10 |
Comment: | SUT |
Hardware | |
---|---|
Hardware Vendor: | Hewlett Packard Enterprise |
Model: | Synergy 480 Gen10 Compute Module |
Form Factor: | blade |
CPU Name: | Intel Xeon Platinum 8280 @ 2.70GHz |
CPU Characteristics: | 28-Core, 2.70 GHz, 38.5MB L3 Cache |
CPU Frequency (MHz): | 2700 |
CPU(s) Enabled: | 56 cores, 2 chips, 28 cores/chip |
Hardware Threads: | 112 (2 / core) |
CPU(s) Orderable: | 1,2 chips |
Primary Cache: | 32 KB I + 32 KB D on chip per core |
Secondary Cache: | 1 MB I+D on chip per core |
Tertiary Cache: | 39424 KB I+D on chip per chip |
Other Cache: | None |
Memory Amount (GB): | 192 |
# and size of DIMM: | 12 x 16384 MB |
Memory Details: | 12 x 16GB 2Rx8 PC4-2933Y-R; slots 1, 3, 5, 8, 10 and 12 populated on each socket |
Power Supply Quantity and Rating (W): | None |
Power Supply Details: | N/A |
Disk Drive: | 1 x HPE 480GB SATA 6G M.2 2280 (875498-B21) |
Disk Controller: | HPE Smart Array S100i SR Gen10 |
# and type of Network Interface Cards (NICs) Installed: | 1 x HPE Synergy 3820C 10/20Gb CNA |
NICs Enabled in Firmware / OS / Connected: | 2/2/1 |
Network Speed (Mbit): | 1000 |
Keyboard: | None |
Mouse: | None |
Monitor: | None |
Optical Drives: | No |
Other Hardware: | None |
Software | |
---|---|
Power Management: | Enabled (see SUT Notes) |
Operating System (OS): | SUSE Linux Enterprise Server 12 SP4 |
OS Version: | 4.12.14-94.41-default |
Filesystem: | xfs |
JVM Vendor: | Oracle Corporation |
JVM Version: | Oracle Java HotSpot(TM) 64-Bit Server VM (build 24.80-b11, mixed mode), version 1.7.0_80 |
JVM Command-line Options: | -server -Xmn19g -Xms21g -Xmx21g -XX:SurvivorRatio=1 -XX:TargetSurvivorRatio=99 -XX:AllocatePrefetchDistance=384 -XX:AllocatePrefetchLines=4 -XX:LoopUnrollLimit=37 -XX:InitialTenuringThreshold=12 -XX:MaxTenuringThreshold=15 -XX:ParallelGCThreads=28 -XX:InlineSmallCode=3900 -XX:MaxInlineSize=270 -XX:FreqInlineSize=2500 -XX:+AggressiveOpts -XX:+UseLargePages -XX:+UseParallelOldGC |
JVM Affinity: | numactl --cpunodebind=[0-3] --localalloc |
JVM Instances: | 4 |
JVM Initial Heap (MB): | 21000 |
JVM Maximum Heap (MB): | 21000 |
JVM Address Bits: | 64 |
Boot Firmware Version: | I42 v2.00 (02/02/2019) |
Management Firmware Version: | 1.40 Feb 05 2019 |
Workload Version: | SSJ 1.2.10 |
Director Location: | Controller |
Other Software: | HPE Service Pack for ProLiant (SPP) - Version 2019.03.0 (Mar 2019) |
JVM Instance | ssj_ops@100% |
---|---|
SY480-09.001 | 1,487,361 |
SY480-09.002 | 1,486,240 |
SY480-09.003 | 1,478,608 |
SY480-09.004 | 1,456,705 |
ssj_ops@100% | 5,908,915 |
ssj_ops@100% per JVM | 1,477,229 |
Target Load | Actual Load | ssj_ops | |
---|---|---|---|
Target | Actual | ||
Calibration 1 | 1,493,309 | ||
Calibration 2 | 1,490,271 | ||
Calibration 3 | 1,493,301 | ||
ssj_ops@calibrated=1,491,786 | |||
100% | 99.7% | 1,491,786 | 1,487,361 |
90% | 89.9% | 1,342,607 | 1,341,085 |
80% | 80.2% | 1,193,429 | 1,196,674 |
70% | 70.0% | 1,044,250 | 1,044,678 |
60% | 60.0% | 895,071 | 895,764 |
50% | 50.0% | 745,893 | 745,697 |
40% | 40.0% | 596,714 | 596,398 |
30% | 30.1% | 447,536 | 448,962 |
20% | 20.0% | 298,357 | 298,281 |
10% | 9.9% | 149,179 | 147,694 |
Active Idle | 0 | 0 |
Target Load | Actual Load | ssj_ops | |
---|---|---|---|
Target | Actual | ||
Calibration 1 | 1,498,448 | ||
Calibration 2 | 1,492,146 | ||
Calibration 3 | 1,492,815 | ||
ssj_ops@calibrated=1,492,480 | |||
100% | 99.6% | 1,492,480 | 1,486,240 |
90% | 90.0% | 1,343,232 | 1,342,952 |
80% | 79.8% | 1,193,984 | 1,191,411 |
70% | 70.2% | 1,044,736 | 1,047,559 |
60% | 60.1% | 895,488 | 896,654 |
50% | 49.9% | 746,240 | 745,417 |
40% | 40.0% | 596,992 | 596,885 |
30% | 30.0% | 447,744 | 448,221 |
20% | 19.9% | 298,496 | 297,469 |
10% | 9.9% | 149,248 | 148,396 |
Active Idle | 0 | 0 |
Target Load | Actual Load | ssj_ops | |
---|---|---|---|
Target | Actual | ||
Calibration 1 | 1,485,634 | ||
Calibration 2 | 1,481,911 | ||
Calibration 3 | 1,481,312 | ||
ssj_ops@calibrated=1,481,612 | |||
100% | 99.8% | 1,481,612 | 1,478,608 |
90% | 89.9% | 1,333,450 | 1,331,726 |
80% | 80.0% | 1,185,289 | 1,184,657 |
70% | 69.7% | 1,037,128 | 1,032,179 |
60% | 59.9% | 888,967 | 887,886 |
50% | 50.0% | 740,806 | 740,334 |
40% | 40.0% | 592,645 | 592,927 |
30% | 30.0% | 444,483 | 443,878 |
20% | 20.0% | 296,322 | 296,125 |
10% | 9.9% | 148,161 | 147,264 |
Active Idle | 0 | 0 |
Target Load | Actual Load | ssj_ops | |
---|---|---|---|
Target | Actual | ||
Calibration 1 | 1,457,365 | ||
Calibration 2 | 1,458,417 | ||
Calibration 3 | 1,461,590 | ||
ssj_ops@calibrated=1,460,004 | |||
100% | 99.8% | 1,460,004 | 1,456,705 |
90% | 89.9% | 1,314,003 | 1,312,938 |
80% | 79.9% | 1,168,003 | 1,167,190 |
70% | 70.1% | 1,022,003 | 1,023,273 |
60% | 59.8% | 876,002 | 873,772 |
50% | 50.0% | 730,002 | 730,405 |
40% | 40.1% | 584,001 | 585,862 |
30% | 30.0% | 438,001 | 437,694 |
20% | 20.1% | 292,001 | 293,159 |
10% | 9.9% | 146,000 | 145,022 |
Active Idle | 0 | 0 |