VMmark 3.1 Results. Number of Hosts: 2 Uniform Hosts [yes/no]: yes Total sockets/cores/threads in test: 16/448/896
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- Charlotte Brodersen
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1 VMmark 3.1 Results Vendor and Hardware Platform: Fujitsu Server PRIMEQUEST 3800E2 Virtualization Platform: VMware ESXi 6.7 EP 06 Build VMware vcenter Server : VMware vcenter Server Appliance 6.7.0d Build VMmark 3.1 Score = 35 Tiles Number of Hosts: 2 Uniform Hosts [yes/no]: yes Total sockets/cores/threads in test: 16/448/896 Tested By: Fujitsu Test Date: Performance Section Performance Configuration Section Configuration Notes Section Notes for Workload Performance weathervane weathervanee dvdstorea dvdstoreb dvdstorec TILE_0 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_1 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_2 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_3 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_4 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_5 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM
2 p p p TILE_6 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_7 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_8 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_9 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_10 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_11 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_12 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_13 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p
3 p TILE_14 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_15 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_16 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_17 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_18 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_19 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_20 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_21 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_22 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM
4 p p p TILE_23 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_24 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_25 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_26 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_27 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_28 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_29 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_30 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p
5 p TILE_31 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_32 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_33 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p TILE_34 Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(nRT MaxPctF) Actual Ratio QoS(ms) Actual Ratio QoS(ms) Actual Ratio QoS(ms) GM p p p p0_score: p1_score: p2_score: Infrastructure_Operations_Scores: vmotion SVMotion XVMotion Deploy Completed_Ops_PerHour Avg_Seconds_To_Complete Failures Ratio Number_Of_Threads Summary Run_Is_Compliant Turbo_Setting:0 Number_Of_Compliance_Issues(0)* Median_Phase(p0) Unreviewed_VMmark3_Applications_Score Unreviewed_VMmark3_Infrastructure_Score 1.28 Unreviewed_VMmark3_Score Configuration
6 Hypervisor Vendor, Product, Version, and Build / Availability Date (MM-DD- YYYY) Datacenter Management Software Vendor, Product, Version, and Build / Availability Date (MM-DD- YYYY) Supplemental Software Number of Servers in System Under Test (all subsequent fields in this section are per server) Server Manufacturer and Model VMware ESXi 6.7 EP 06, Build / VMware vcenter Server Appliance 6.7.0d, Build / None 2 Fujitsu Server PRIMEQUEST 3800E2 Processor Vendor and Model Intel Xeon Platinum 8280 Processor Speed (GHz) 2.7 Total Sockets/Total Cores/Total Threads Primary CPU Cache Secondary CPU Cache Other CPU Cache BIOS Version Memory Size (in GB, Number of DIMMs) Memory Type and Speed Disk Subsystem Type Number of Disk Controllers 1 Disk Controller Vendors and Models Total Number of Physical Disks for Hypervisor Disk Vendors, Models, Capacities, and Speeds Number of Host Bus Adapters 4 Host Bus Adapter Vendors and Models 8 Sockets / 224 Cores / 448 Threads 32 KB I + 32 KB D on chip per core 1 MB I+D on chip per core 38.5 MB I+D on chip per chip V R for D3858-B1x 3072, 96 32GB 2Rx4 DDR4 2933MHz RDIMM FC SAN Fujitsu PRAID EP420i 1 Micron, MTFDDAK240TCB, 240 GB, SATA 6Gb/S Emulex LightPulse LPe31002-M6 2-Port 16Gb Virtualization Software Servers
7 Number of Network Controllers 5 Network Controller Vendors and Models Other Hardware Other Software Hardware Availability Date (MM-DD-YYYY) BIOS Availability Date (MM- DD-YYYY) Software Availability Date (MM-DD-YYYY) Network Switch Vendors and Models Network Speed Array Vendors, Models, and Firmware Versions Fibre Channel Switch Vendors and Models Disk Space Used Array Cache Size Total Number of Physical Disks Used Total Number of Enclosures/Pods/Shelves Used Number of Physical Disks Used per Enclosure/Pod/Shelf Total Number of Storage Groups Used 4 x Intel(R) Ethernet Controller X710 for 10GbE SFP+ Intel(R) Ethernet Controller 10G X550 None None x Fujitsu SR-X340TR1 1 x Fujitsu ET-7648BFERA-FOS Network 1Gbps for SUT management, 2x10Gbps for VMotion, 6x10Gbps for Clients and VMs Storage 5 x Fujitsu Server PRIMERGY RX2540 M4, Firmware V R for D3384-A1x 1 x Fujitsu Server PRIMERGY RX2540 M4, Firmware V R for D3384-A1x 2 x Fujitsu Server PRIMERGY RX2540 M5, Firmware V R1.2.0 for D3384-B1x 2 x Fujitsu Server PRIMERGY RX2540 M2, Firmware V R for D3289-B1x Brocade TB 1GB for storage server 1~5 and 9,10 OS; no cache used for SUT datastores and storage server 6~8 OS 10 x SATA-SSD(2 per PRIMERGY RX2540M4 OS), 1 x SATA-SSD(1 per PRIMERGY RX2540M4 OS), 2 x SATA-SSD(1 per PRIMERGY RX2540M5 OS), 2 x SAS-SSD(1 per PRIMERGY RX2540M2 OS), 37 x PCIe-SSD 10 Number of LUNs Used x Enclosure(PRIMERGY RX2540 M4): 2 x SATA-SSD and 4 x PCIe-SSD 1 x Enclosure(PRIMERGY RX2540 M4): 1 x SATA-SSD and 4 x PCIe-SSD 1 x Enclosure(PRIMERGY RX2540 M5): 1 x SATA-SSD and 4 x PCIe-SSD 1 x Enclosure(PRIMERGY RX2540 M5): 1 x SATA-SSD and 2 x PCIe-SSD 1 x Enclosure(PRIMERGY RX2540 M2): 1 x SAS-SSD and 4 x PCIe-SSD 1 x Enclosure(PRIMERGY RX2540 M2): 1 x SAS-SSD and 3 x PCIe-SSD 0
8 LUN Size and Number of Disks Per LUN RAID Type Number of Members per RAID Set Disk Vendors, Models, and Speeds Details in section Storage Notes RAID 1 for OS drives(primergy RX2540 M4 for storage server 1~5) No RAID used for OS drives(primergy RX2540 M4 for storage server 6) No RAID used for OS drives(primergy RX2540 M5) RAID 0 for OS drives(primergy RX2540 M2) No RAID used for PCIe-SSD devices 2 (PRIMERGY RX2540 M4 for storage server 1~5) 1 (PRIMERGY RX2540 M2) 10 x Micron MTFDDAK480TDC 480GB SATA-SSD 1 x Micron MTFDDAK960TDC 960GB SATA-SSD 2 x Micron MTFDDAK240TCB 240GB SATA-SSD 2 x Toshiba PX02SMF GB SAS SSD 18 x Intel P4800X 750GB PCIe SSD 8 x Intel P4600 2TB PCIe SSD 4 x Intel P4600 4TB PCIe SSD 1 x Fusion iomemory PX TB PCIe SSD 6 x Fusion iomemory PX TB PCIe SSD System Model Processor Vendor and Model Processor Speed (GHz) 2.2 Total Sockets/Total Cores/Total Threads Memory Size (in GB, Number of DIMMs) Network Controller(s) Vendors and Models Operating System, Version, Bitness, and Service Pack Virtual Center VM Number of vcpus Virtual Center VM Virtual Memory (in GB) Virtual Center VM Operating System, Version, Bitness, and Service Pack Other Hardware Other Software Fujitsu Server PRIMERGY RX2530 M2 Intel Xeon E v4 1 Sockets / 20 Cores / 40 Threads Hypervisor: 64GB, 8 Emulex OneConnect Oce GbE Dual Port Adapter Hypervisor: VMware ESXi 6.7 EP 02a Build VMware vcenter Server Appliance 6.7.0d Build None None Datacenter Management Server Clients
9 Total Number of Virtual Clients / Virtual Client Hosts System Model(s) Processor Vendor(s) and Model(s) Processor Speed(s) (GHz) Total Sockets/Total Cores/Total Threads Memory per Virtual Client Host Network Controller(s) Vendors and Models Virtual Client Networking Notes Virtual Client Storage Notes Other Hardware 36 / 7 ClientHost1-6: Fujitsu PRIMERGY RX2530 M2 ClientHost7: Fujitsu PRIMERGY RX4770 M4 ClientHost1-3,6: Intel Xeon E v4 ClientHost4-5: Intel Xeon E5-2699A v4 ClientHost7: Intel Xeon Platinum 8180M ClientHost1-3,6: 2.2 ClientHost4-5: 2.4 ClientHost7: 2.5 ClientHost1-6: 2 Sockets / 44 Cores / 88 Threads ClientHost7: 4 Sockets / 112 Cores / 224 Threads ClientHost1-6: 256 GB ClientHost7: 768 GB ClientHost1-6: Emulex OneConnect Oce GbE Dual Port Adapter Emulex OneConnect Oce GbE Dual Port Adapter ClientHost7: Intel(R) Ethernet Connection X722 for 1GbE 2 x Emulex OneConnect Oce GbE Dual Port Adapter 1 virtual adapter for management, 2 virtual adapter for workload traffic 1 x 300GB SAS 10K TOSHIBA AL14SEB03EN HDD with RAID 0 for Client Host OS ClientHost1-6: 2 x 400GB SAS 12G TOSHIBA PX02SMF040 SSD with RAID 0 for Client VMs ClientHost7: 4 x 400GB SAS 12G TOSHIBA PX02SMF040 SSD with RAID 0 for Client VMs None Other Software VMware ESXi 6.7 U1 Build Notes for Workload Virtualization Software Notes CDROM removed for all VMs (default enabled) CPU and Memory shares set to high for all DS3DB VMs (default normal) Logical CPU configuration changed for multi-cpu VMs to 1 socket with multiple cores (default: Single core per socket) All memory reserved for DS3DB VMs (default non-reserved) CPU and Memory shares set to low for all Standby VMs (default normal) vsphere DRS Migration Threshold set to Fully Automated level 2 Changes in esx.conf: /adv/cpu/creditageperiod = 1000 (default 3000) /adv/cpu/htwholecorethreshold = 0 (default 800) /adv/datamover/hardwareacceleratedinit = 0 (default 1) /adv/datamover/hardwareacceleratedmove = 0 (default 1) /adv/mem/ctlmaxpercent = 0 (default 65)
10 /adv/mem/sharescanghz = 0 (default 4) /adv/numa/ltermfairnessinterval = 0 (default 5) /adv/numa/migimbalancethreshold = 57 (default 10) /adv/numa/pagemigenable = 0 (default 1) /adv/numa/rebalanceperiod = (default 2000) /adv/numa/swaploadenable = 0 (default 1) /adv/numa/swaplocalityenable = 0 (default 1) /adv/disk/reqcallthreshold = 1 (default 8) /adv/disk/idlecredit = 64 (default 32) /adv/power/cpupolicy = High Performance (default balanced) /adv/vmfs3/hardwareacceleratedlocking = 0 (default 1) /vmkernel/hyperthreadingmitigation = TRUE (default FALSE) Server Notes Server/Partition BIOS settings: Turbo Mode: Enabled (Intel Turbo Boost up to 4.0GHz, default Enabled) DCU Streamer Prefetcher = Disabled (default Enabled) Sub NUMA Clustering = Enabled (default: Disabled) Stale AtoS = Enabled (default: Disabled) LLC Dead Line Alloc = Disabled (default: Enabled) Fan Control = Full (default: Auto) Networking Notes vswitch Configuration: vswitch0 for Service Console on vmnic0 at 1Gb/s vswitch1 for all workload on vmnic8, vmnic9, vmnic10, vmnic11, vmnic12, vmnic13 at 10Gb/s vswitch2 for vmotion connection on vmnic14, vmnic15 at 10Gb/s 9000 MTU (default 1500) Storage Notes First Fujitsu Server PRIMERGY RX2540 M4 configured as a Fibre Channel Target: 2 x Intel Xeon Gold 6134M@3.2GHz processors 64GB RAM (2 x 32 GB dual rank PC Registered DDR4 / 2666 MHz DIMMs) 2 x QLogic QLE2742 Dual Port 32Gb FC HBA used as FC target controller 1 x Fujitsu RAID SAS Controller with 1GB Cache (D3108) 2 x 480GB SATA-SSD Micron MTFDDAK480TDC 2 x Intel P4800X 750GB PCIe SSD 1 x Intel P4600 2TB PCIe SSD 1 x Intel P4600 4TB PCIe SSD Operating System: SUSE Linux Enterprise Server 12 SP default (64-bit) Fibre Channel Target SW: LIO (part of SUSE Linux Enterprise Server 12 SP3)
11 SATA-SSD 1,2 (RAID 1): LUN 1: Storage system OS (480GB, this LUN is not counted in the Storage section) LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 0 (600GB) LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 1 (600GB) Third PCIe-SSD: LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 2 (600GB) LUN 2: AuctionNoSQL, ElasticDB for tile 0 (300GB) LUN 3: AuctionDB, ElasticLB for tile 0 (300GB) LUN 4: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 2 (300GB) LUN 5: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 3 (300GB) Fourth PCIe-SSD: LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 3 (600GB) LUN 2: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 28 (600GB) LUN 3: AuctionNoSQL, ElasticDB for tile 1 (300GB) LUN 4: AuctionNoSQL, ElasticDB for tile 2 (300GB) LUN 5: AuctionNoSQL, ElasticDB for tile 3 (300GB) LUN 6: AuctionDB, ElasticLB for tile 1 (300GB) LUN 7: AuctionDB, ElasticLB for tile 2 (300GB) LUN 8: AuctionDB, ElasticLB for tile 3 (300GB) LUN 9: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 0 (300GB) LUN 10: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 1 (300GB) Second Fujitsu Server PRIMERGY RX2540 M4 configured as a Fibre Channel Target: 2 x Intel Xeon Gold 6134M@3.2GHz processors 64GB RAM (2 x 32 GB dual rank PC Registered DDR4 / 2666 MHz DIMMs) 2 x QLogic QLE2742 Dual Port 32Gb FC HBA used as FC target controller 1 x Fujitsu RAID SAS Controller with 1GB Cache (D3108) 2 x 480GB SATA-SSD Micron MTFDDAK480TDC 2 x Intel P4800X 750GB PCIe SSD 1 x Intel P4600 2TB PCIe SSD 1 x Intel P4600 4TB PCIe SSD Operating System: SUSE Linux Enterprise Server 12 SP default (64-bit) Fibre Channel Target SW: LIO (part of SUSE Linux Enterprise Server 12 SP3) SATA-SSD 1,2 (RAID 1): LUN 1: Storage system OS (480GB, this LUN is not counted in the Storage section) LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 4 (600GB)
12 LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 5 (600GB) Third PCIe-SSD: LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 6 (600GB) LUN 2: AuctionNoSQL, ElasticDB for tile 4 (300GB) LUN 3: AuctionDB, ElasticLB for tile 4 (300GB) LUN 4: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 6 (300GB) LUN 5: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 7 (300GB) Fourth PCIe-SSD: LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 7 (600GB) LUN 2: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 30 (600GB) LUN 3: AuctionNoSQL, ElasticDB for tile 5 (300GB) LUN 4: AuctionNoSQL, ElasticDB for tile 6 (300GB) LUN 5: AuctionNoSQL, ElasticDB for tile 7 (300GB) LUN 6: AuctionDB, ElasticLB for tile 5 (300GB) LUN 7: AuctionDB, ElasticLB for tile 6 (300GB) LUN 8: AuctionDB, ElasticLB for tile 7 (300GB) LUN 9: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 4 (300GB) LUN 10: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 5 (300GB) Third Fujitsu Server PRIMERGY RX2540 M4 configured as a Fibre Channel Target: 2 x Intel Xeon Gold 6134M@3.2GHz processors 64GB RAM (2 x 32 GB dual rank PC Registered DDR4 / 2666 MHz DIMMs) 2 x QLogic QLE2742 Dual Port 32Gb FC HBA used as FC target controller 1 x Fujitsu RAID SAS Controller with 1GB Cache (D3108) 2 x 480GB SATA-SSD Micron MTFDDAK480TDC 2 x Intel P4800X 750GB PCIe SSD 1 x Intel P4600 2TB PCIe SSD 1 x Intel P4600 4TB PCIe SSD Operating System: SUSE Linux Enterprise Server 12 SP default (64-bit) Fibre Channel Target SW: LIO (part of SUSE Linux Enterprise Server 12 SP3) SATA-SSD 1,2 (RAID 1): LUN 1: Storage system OS (480GB, this LUN is not counted in the Storage section) LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 8 (600GB) LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 9 (600GB) Third PCIe-SSD: LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 10 (600GB)
13 LUN 2: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 27 (600GB) LUN 3: AuctionNoSQL, ElasticDB for tile 8 (300GB) LUN 4: AuctionDB, ElasticLB for tile 8 (300GB) Fourth PCIe-SSD: LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 11 (600GB) LUN 2: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 32 (600GB) LUN 3: AuctionNoSQL, ElasticDB for tile 9 (300GB) LUN 4: AuctionNoSQL, ElasticDB for tile 10 (300GB) LUN 5: AuctionNoSQL, ElasticDB for tile 11 (300GB) LUN 6: AuctionDB, ElasticLB for tile 9 (300GB) LUN 7: AuctionDB, ElasticLB for tile 10 (300GB) LUN 8: AuctionDB, ElasticLB for tile 11 (300GB) LUN 9: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 8 (300GB) LUN 10: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 9 (300GB) Fourth Fujitsu Server PRIMERGY RX2540 M4 configured as a Fibre Channel Target: 2 x Intel Xeon Gold 6134M@3.2GHz processors 64GB RAM (2 x 32 GB dual rank PC Registered DDR4 / 2666 MHz DIMMs) 2 x QLogic QLE2742 Dual Port 32Gb FC HBA used as FC target controller 1 x Fujitsu RAID SAS Controller with 1GB Cache (D3108) 2 x 480GB SATA-SSD Micron MTFDDAK480TDC 2 x Intel P4800X 750GB PCIe SSD 1 x Intel P4600 2TB PCIe SSD 1 x Intel P4600 4TB PCIe SSD Operating System: SUSE Linux Enterprise Server 12 SP default (64-bit) Fibre Channel Target SW: LIO (part of SUSE Linux Enterprise Server 12 SP3) SATA-SSD 1,2 (RAID 1): LUN 1: Storage system OS (480GB, this LUN is not counted in the Storage section) LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 12 (600GB) LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 13 (600GB) Third PCIe-SSD: LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 14 (600GB) LUN 2: AuctionNoSQL, ElasticDB for tile 12 (300GB) LUN 3: AuctionDB, ElasticLB for tile 12 (300GB) LUN 4: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 12 (300GB) LUN 5: vmmark3.1-template (300GB) Fourth PCIe-SSD:
14 LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 15 (600GB) LUN 2: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 29 (600GB) LUN 3: AuctionNoSQL, ElasticDB for tile 13 (300GB) LUN 4: AuctionNoSQL, ElasticDB for tile 14 (300GB) LUN 5: AuctionNoSQL, ElasticDB for tile 15 (300GB) LUN 6: AuctionDB, ElasticLB for tile 13 (300GB) LUN 7: AuctionDB, ElasticLB for tile 14 (300GB) LUN 8: AuctionDB, ElasticLB for tile 15 (300GB) LUN 9: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 13 (300GB) LUN 10: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 14 (300GB) Fifth Fujitsu Server PRIMERGY RX2540 M4 configured as a Fibre Channel Target: 2 x Intel Xeon Gold 6134M@3.2GHz processors 64GB RAM (2 x 32 GB dual rank PC Registered DDR4 / 2666 MHz DIMMs) 2 x QLogic QLE2742 Dual Port 32Gb FC HBA used as FC target controller 1 x Fujitsu RAID SAS Controller with 1GB Cache (D3108) 2 x 480GB SATA-SSD Micron MTFDDAK480TDC 2 x Intel P4800X 750GB PCIe SSD 2 x Intel P4600 2TB PCIe SSD Operating System: SUSE Linux Enterprise Server 12 SP default (64-bit) Fibre Channel Target SW: LIO (part of SUSE Linux Enterprise Server 12 SP3) SATA-SSD 1,2 (RAID 1): LUN 1: Storage system OS (480GB, this LUN is not counted in the Storage section) LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 16 (600GB) LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 17 (600GB) Third PCIe-SSD: LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 18 (600GB) LUN 2: AuctionNoSQL, ElasticDB for tile 16 (300GB) LUN 3: AuctionDB, ElasticLB for tile 16 (300GB) LUN 4: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 16 (300GB) LUN 5: XvMotion Target Lun (300GB) Fourth PCIe-SSD: LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 19 (600GB) LUN 2: AuctionNoSQL, ElasticDB for tile 17 (300GB) LUN 3: AuctionDB, ElasticLB for tile 17 (300GB) LUN 4: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 17 (300GB) LUN 5: SvMotion Target Lun (300GB)
15 Sixth Fujitsu Server PRIMERGY RX2540 M4 configured as a Fibre Channel Target: 2 x Intel Xeon Gold 6134@3.2GHz processors 64GB RAM (4 x 16 GB dual rank PC Registered DDR4 / 2666 MHz DIMMs) 1 x QLogic QLE2742 Dual Port 32Gb FC HBA used as FC target controller 1 x 960GB SATA-SSD Micron MTFDDAK480TDC 3 x Intel P4800X 750GB PCIe SSD 1 x Intel P4600 2TB PCIe SSD Operating System: SUSE Linux Enterprise Server 12 SP default (64-bit) Fibre Channel Target SW: LIO (part of SUSE Linux Enterprise Server 12 SP3) SATA-SSD 1: LUN 1: Storage system OS (960GB, this LUN is not counted in the Storage section) LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 20 (600GB) LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 21 (600GB) Third PCIe-SSD: LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 22 (600GB) Fourth PCIe-SSD: LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 23 (600GB) LUN 2: AuctionNoSQL, ElasticDB for tile 18 (300GB) LUN 3: AuctionDB, ElasticLB for tile 18 (300GB) LUN 4: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 18 (300GB) Seventh Fujitsu Server PRIMERGY RX2540 M5 configured as a Fibre Channel Target: 2 x Intel Xeon Gold 8280L@2.6GHz processors 64GB RAM (2 x 32 GB dual rank PC Registered DDR4 / 2933 MHz DIMMs) 1 x QLogic QLE2742 Dual Port 32Gb FC HBA used as FC target controller 1 x 240GB SATA-SSD Micron MTFDDAK240TCB 3 x Intel P4800X 750GB PCIe SSD 1 x Intel P4600 2TB PCIe SSD Operating System: SUSE Linux Enterprise Server 12 SP default (64-bit) Fibre Channel Target SW: LIO (part of SUSE Linux Enterprise Server 12 SP3) SATA-SSD 1: LUN 1: Storage system OS (240GB, this LUN is not counted in the Storage section)
16 LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 24 (600GB) LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 25 (600GB) Third PCIe-SSD: LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 26 (600GB) Fourth PCIe-SSD: LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 34 (600GB) LUN 2: AuctionNoSQL, ElasticDB for tile 34 (300GB) LUN 3: AuctionDB, ElasticLB for tile 34 (300GB) LUN 4: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 34 (300GB) Eighth Fujitsu Server PRIMERGY RX2540 M5 configured as a Fibre Channel Target: 2 x Intel Xeon Gold 8280L@2.6GHz processors 64GB RAM (2 x 32 GB dual rank PC Registered DDR4 / 2933 MHz DIMMs) 1 x QLogic QLE2742 Dual Port 32Gb FC HBA used as FC target controller 1 x 240GB SATA-SSD Micron MTFDDAK240TCB 2 x Intel P4800X 750GB PCIe SSD Operating System: SUSE Linux Enterprise Server 12 SP default (64-bit) Fibre Channel Target SW: LIO (part of SUSE Linux Enterprise Server 12 SP3) SATA-SSD 1: LUN 1: Storage system OS (240GB, this LUN is not counted in the Storage section) LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 31 (600GB) LUN 1: DS3DB, DS3WebA, DS3WebB, DS3WebC for tile 33 (600GB) Ninth Fujitsu Server PRIMERGY RX2540 M2 configured as a Fibre Channel Target: 2 x Intel Xeon E v4@3.2ghz processors 128GB RAM (8 x 16 GB dual rank PC Registered DDR4 / 2400 MHz DIMMs) 1 x QLogic QLE2742 Dual Port 32Gb FC HBA used as FC target controller 1 x Fujitsu RAID SAS Controller with 1GB Cache (D3108) 1 x 400GB SAS-SSD Toshiba PX02SMF040 3 x Fusion iomemory PX TB PCIe SSD 1 x Fusion iomemory PX TB PCIe SSD Operating System: SUSE Linux Enterprise Server 12 SP default (64-bit)
17 Fibre Channel Target SW: LIO (part of SUSE Linux Enterprise Server 12 SP2) SAS-SSD 1: LUN 1: Storage system OS (400GB, this LUN is not counted in the Storage section) LUN 1: AuctionNoSQL, ElasticDB for tile 19 (300GB) LUN 2: AuctionNoSQL, ElasticDB for tile 20 (300GB) LUN 3: AuctionNoSQL, ElasticDB for tile 21 (300GB) LUN 4: AuctionDB, ElasticLB for tile 19 (300GB) LUN 5: AuctionDB, ElasticLB for tile 20 (300GB) LUN 6: AuctionDB, ElasticLB for tile 21 (300GB) LUN 7: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 19 (300GB) LUN 8: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 20 (300GB) LUN 1: AuctionNoSQL, ElasticDB for tile 22 (300GB) LUN 2: AuctionNoSQL, ElasticDB for tile 23 (300GB) LUN 3: AuctionNoSQL, ElasticDB for tile 24 (300GB) LUN 4: AuctionDB, ElasticLB for tile 22 (300GB) LUN 5: AuctionDB, ElasticLB for tile 23 (300GB) LUN 6: AuctionDB, ElasticLB for tile 24 (300GB) LUN 7: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 22 (300GB) LUN 8: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 23 (300GB) Third PCIe-SSD: LUN 1: AuctionNoSQL, ElasticDB for tile 25 (300GB) LUN 2: AuctionNoSQL, ElasticDB for tile 26 (300GB) LUN 3: AuctionNoSQL, ElasticDB for tile 27 (300GB) LUN 4: AuctionDB, ElasticLB for tile 25 (300GB) LUN 5: AuctionDB, ElasticLB for tile 26 (300GB) LUN 6: AuctionDB, ElasticLB for tile 27 (300GB) LUN 7: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 25 (300GB) LUN 8: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 26 (300GB) Fourth PCIe-SSD: LUN 1: Deploy Lun (300GB) Tenth Fujitsu Server PRIMERGY RX2540 M2 configured as a Fibre Channel Target: 2 x Intel Xeon E v4@3.2ghz processors 128GB RAM (8 x 16 GB dual rank PC Registered DDR4 / 2400 MHz DIMMs) 1 x QLogic QLE2672 Dual Port 16Gb FC HBA used as FC target controller 1 x Fujitsu RAID SAS Controller with 1GB Cache (D3108) 1 x 400GB SAS-SSD Toshiba PX02SMF040 3 x Fusion iomemory PX TB PCIe SSD
18 Operating System: SUSE Linux Enterprise Server 12 SP default (64-bit) Fibre Channel Target SW: LIO (part of SUSE Linux Enterprise Server 12 SP2) SAS-SSD 1: LUN 1: Storage system OS (400GB, this LUN is not counted in the Storage section) LUN 1: AuctionNoSQL, ElasticDB for tile 28 (300GB) LUN 2: AuctionNoSQL, ElasticDB for tile 29 (300GB) LUN 3: AuctionDB, ElasticLB for tile 28 (300GB) LUN 4: AuctionDB, ElasticLB for tile 29 (300GB) LUN 5: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 28 (300GB) LUN 6: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 29 (300GB) LUN 7: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 10 (300GB) LUN 8: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 11 (300GB) LUN 1: AuctionNoSQL, ElasticDB for tile 30 (300GB) LUN 2: AuctionNoSQL, ElasticDB for tile 31 (300GB) LUN 3: AuctionDB, ElasticLB for tile 30 (300GB) LUN 4: AuctionDB, ElasticLB for tile 31 (300GB) LUN 5: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 30 (300GB) LUN 6: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 31 (300GB) LUN 7: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 15 (300GB) LUN 8: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 21 (300GB) Third PCIe-SSD: LUN 1: AuctionNoSQL, ElasticDB for tile 32 (300GB) LUN 2: AuctionNoSQL, ElasticDB for tile 33 (300GB) LUN 3: AuctionDB, ElasticLB for tile 32 (300GB) LUN 4: AuctionDB, ElasticLB for tile 33 (300GB) LUN 5: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 32 (300GB) LUN 6: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 33 (300GB) LUN 7: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 24 (300GB) LUN 8: AuctionWebA, AuctionWebB, AuctionAppA, AuctionAppB, AuctionLB, AuctionMSQ, Standby, ElasticWebA, ElasticWebB, ElasticAppA, ElasticAppB for tile 27 (300GB) All LUNs were configured as block devices; no system memory was used for caching "StorageM5_3_nvme1n1p1" was configured with 2 paths and all other LUNs were configured with a single path Datacenter Management Server Notes Virtual Center realized as a VM running on a dedicated Hypervisor system: Number of vcpus: 4 (Four vsocket) Size of vram: 16GB The host operating system VMware ESXi EP 02a Build was installed using 'Fujitsu Custom Image for VMware ESXi EP 02a' named VMware-ESXi Fujitsu-v451-1.iso Operating System Notes
19 VMware ESXi EP 06 Build was installed using 'Fujitsu Custom Image for VMware ESXi EP 06' named VMware-ESXi Fujitsu-v461-1.iso Software Notes None Client Notes Client Host1: Client0,Client6,Client12,Client18 Client Host2: Client1,Client7,Client13,Client19 Client Host3: Client2,Client8,Client14,Client20 Client Host4: Client3,Client9,Client15,Client21 Client Host5: Client4,Client10,Client16,Client22 Client Host6: Client5,Client11,Client17,Client23 Client Host7: Client24,Client25,Client26,Client27,Client28,Client29,Client30,Client31,Client32,Client33,Client34,PrimeClient Changes in esx.conf: /adv/power/cpupolicy = "High Performance" (default balanced) Other Notes TileDelay set to 15 (default: 60) Security Mitigations Security Mitigations Vulnerability CVE Exploit Name Public Vulnerability Name Mitigated Server Firmware ESXi Guest OS Spectre Variant 1 Bounds Check Bypass N/A Yes Yes Spectre Variant 2 Branch Target Injection Yes Yes Yes Meltdown Variant 3 Rogue Data Cache Load N/A Yes Yes Spectre-NG Variant 3a Rogue System Register Read Yes N/A N/A Spectre-NG Variant 4 Speculative Store Bypass N/A Yes Yes Foreshadow Variant 5 L1 Terminal Fault - SGX N/A N/A N/A Foreshadow-NG Variant 5 L1 Terminal Fault - OS N/A N/A Yes Foreshadow-NG Variant 5 L1 Terminal Fault - VMM N/A Yes N/A This is a full disclosure report for a VMmark benchmark result. All published VMmark results must be from fully-compliant tests for which a full disclosure report is publicly available. For information about VMmark and the rules regarding its usage visit VMware and VMmark are trademarks or registered trademarks of VMware, Inc. VMmark is a product of VMware, Inc. VMmark utilizes the SPEC Power and Temperature Daemon (SPEC PTDaemon), which is available from the Standard Performance Evaluation Corporation (SPEC ). VMmark results are not SPEC metrics and cannot be compared to SPEC metrics in any way.
Number of Hosts: 8 Uniform Hosts [yes/no]: yes Total sockets/core/threads in test: 16 Sockets / 128 Cores / 256 Threads
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