Individuelle Ergebnisse |
Benchmark |
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System |
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Leistung
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Betriebssystem |
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Prozessor Arithmetik-Leistung
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dcstech01
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Intel
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Intel S2600CP
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2x Intel(R) Xeon(R) CPU E5-2620 0 @ 2.00GHz (6C 12T 2.5GHz, 2.5GHz IMC, 6x 256kB L2, 15MB L3)
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192,34GOPS |
24CU |
2,49GHz | 190,0W |
Normaler Zustand |
Server |
Windows x64 6.0.2 |
5 Dezember 2014 |
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Prozessor Multi-Media-Leistung
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dcstech01
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Intel
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Intel S2600CP
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2x Intel(R) Xeon(R) CPU E5-2620 0 @ 2.00GHz (6C 12T 2.5GHz, 2.5GHz IMC, 6x 256kB L2, 15MB L3)
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174,32Mpix/s |
24CU |
2,49GHz | 190,0W |
Normaler Zustand |
Server |
Windows x64 6.0.2 |
5 Dezember 2014 |
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.Net Arithmetik-Leistung
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dcstech01
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Intel
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Intel S2600CP
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2x Intel(R) Xeon(R) CPU E5-2620 0 @ 2.00GHz (6C 12T 2.5GHz, 2.5GHz IMC, 6x 256kB L2, 15MB L3)
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42,57GOPS |
24CU |
2,49GHz | 190,0W |
Normaler Zustand |
Server |
Windows x64 6.0.2 |
5 Dezember 2014 |
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.Net Multi-Media-Leistung
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edimundo
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Intel
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VMware Virtual Platform (Intel 440BX Desktop Reference Platform)
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Intel(R) Xeon(R) CPU E5-2650L v3 @ 1.80GHz (2C 1.8GHz, 256kB L2, 30MB L3)
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17,77Mpix/s |
2CU |
1,80GHz | 65,0W |
Normaler Zustand |
Server |
Windows x64 10.0.18.9 |
21 Dezember 2018 |
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Prozessor Inter-Thread-Effizienz
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Виталий Красненков
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Intel
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Intel S5000XVN
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2x Intel(R) Xeon(R) CPU X5470 @ 3.33GHz (4C 3.33ГГц, 2x 6Мб L2)
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6,53GB/s |
24,25MB |
3,33GHz | |
Normaler Zustand |
Server |
Windows x64 8.1 |
15 Juni 2016 |
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Prozessor Kryptografieleistung (Hohe Sicherheit)
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dcstech01
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Intel
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Intel S2600CP
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2x Intel(R) Xeon(R) CPU E5-2620 0 @ 2.00GHz (6C 12T 2.5GHz, 2.5GHz IMC, 6x 256kB L2, 15MB L3)
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5,33GB/s |
24CU |
2,49GHz | 190,0W |
Normaler Zustand |
Server |
Windows x64 6.0.2 |
5 Dezember 2014 |
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Prozessor ALU-Leistungseffizienz
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pc ricardo
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Intel
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ASUS P5K
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Intel(R) Xeon(R) CPU X5460 @ 3.16GHz (4C 3.17GHz, 2x 6MB L2)
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7,04GIPS |
4CU |
3,17GHz | 120,0W |
Normaler Zustand |
Server |
Windows x64 7.0.1 |
15 Mai 2017 |
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Daten Speicherlatenz (Zufälliger Zugriff - In-Page)
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dcstech01
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Intel
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Intel S2600CP
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Intel Core DMI2 (Sandy Bridge-E) (2x NUMA); 4x 8GB 9965516-113.A00LF DIMM DDR3 (1.33GHz 256-bit) PC3-12800 (10-10-10-28 5-38-12-6)
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36,5ns |
32,00GB |
1,33GHz | 27,1W |
Normaler Zustand |
Server |
Windows x64 6.0.2 |
5 Dezember 2014 |
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Leseleistung physikalische Laufwerke
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Desktop
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Intel
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ASRock X58 Extreme
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2x SAMSUNG HD103SJ (120GB, RAID0/SATA300, SCSI-4, 3.5", 7200rpm, 32MB Cache)
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264,00MB/s |
120,03GB |
7,20Gbps | |
Normaler Zustand |
Server |
Windows x64 6.1.1 |
13 Mai 2015 |
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Dateisystem
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dcstech01
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Intel
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Intel S2600CP
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INTEL RS2WC080 (499GB, RAID, SCSI-5)
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100,37MB/s |
499,00GB |
7,20Gbps | |
Normaler Zustand |
Server |
Windows x64 6.0.2 |
5 Dezember 2014 |
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Wechseldatenträger
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dcstech01
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Intel
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Intel S2600CP
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INTEL RS2WC080 (499GB, RAID, SCSI-5)
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304,2IOPS |
499,00GB |
2,56Gbps | |
Normaler Zustand |
Server |
Windows x64 6.0.2 |
5 Dezember 2014 |
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Cachebandbreite
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TiB
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Intel
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HP xw8400 Workstation 103C_53335X (HP 0A08h)
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Intel(R) Xeon(R) CPU X5355 @ 2.66GHz (4C 2.66GHz, 2x 4MB L2); Intel 5000X Chipset Memory Controller Hub; 2x 2GB Elpida EBE21FD4AGFN-6E-E DDR2 FB-DIMM (666MHz 128-bit) PC2-5300 (5-5-5-15 0-20-5-9)
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15,65GB/s |
8,13MB |
2,66GHz | 72,1W |
Normaler Zustand |
Server |
Windows x64 7.0.1 |
31 Mai 2018 |
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Speicherbandbreite
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DBVAdmin2
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Intel
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HP ProLiant ML350 G6 ProLiant
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Intel 5520 (Tylersburg-36D) I/O Hub; 3x 8GB Samsung M393B1K70EB0-CH9 ECC DIMM Registered DDR3 (798MHz 192-bit) PC3-10700 (6-6-6-16 4-22-6-3)
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12,54GB/s |
24,00GB |
0,80GHz | 16,0W |
Normaler Zustand |
Server |
Windows x64 6.0.2 |
10 Juni 2015 |
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Grafik-Renderleistung
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koduck
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Intel
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Lenovo 30C6A0ESJP ThinkStation P330 (Lenovo 3138)
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NVIDIA Quadro P400 (2CU 256SP SM6.3 1.23GHz, 2GB 4GHz, PCIe 3.0 x16) (D3D 11)
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119,32Mpix/s |
256SP |
1,23GHz | 30,0W |
Normaler Zustand |
Server |
Windows x64 10.0.19.9 |
2 April 2020 |
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Grafik-Speicherbandbreite
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koduck
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Intel
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Lenovo 30C6A0ESJP ThinkStation P330 (Lenovo 3138)
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NVIDIA Quadro P400 (2CU 256SP SM6.3 1.23GHz, 2GB 4GHz, PCIe 3.0 x16) (D3D 11)
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17,03GB/s |
1.984MB |
4,01GHz | 30,0W |
Normaler Zustand |
Server |
Windows x64 10.0.19.9 |
17 März 2020 |
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Medienkonvertierung (AVC/H.264)
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Andyboom
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Intel
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Andyboom-ПК
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Intel(R) Core(TM)2 Duo CPU E7500 @ 2.93GHz (2C 2.92ГГц, 3Мб L2) (NVIDIA Unified Video Decoder MFT > H264 Encoder MFT; Microsoft AAC Audio Decoder MFT > Microsoft AAC Audio Encoder MFT)
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0,17MB/s |
2CU |
2,92GHz | |
Normaler Zustand |
Server |
Windows x64 7.0.1 |
10 Februar 2018 |
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GP (GPU)-Leistung
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yangzhen2276
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Intel
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SuperMicro X10DAi SMC X10
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NVIDIA Quadro K2200 (640SP 5C 1.12千兆赫(GHz), 2兆字节(MB) L2, 4千兆字节(GB) 5千兆赫(GHz) 128-位) (CUDA)
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373,48Mpix/s |
5CU |
1,12GHz | 68,0W |
Normaler Zustand |
Server |
Windows x64 6.1.1 |
4 August 2015 |
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GP (GPU)-Speicherbandbreite
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yangzhen2276
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Intel
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SuperMicro X10DAi SMC X10
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NVIDIA Quadro K2200 (640SP 5C 1千兆赫(GHz)/1.12千兆赫(GHz), 2兆字节(MB) L2, 4千兆字节(GB) 5千兆赫(GHz) 128-位) (CUDA)
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18,50GB/s |
4.096MB |
5,01GHz | 68,0W |
Normaler Zustand |
Server |
Windows x64 6.1.1 |
4 August 2015 |
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GP (GPU) Kryptographieleistung (Hohe Sicherheit)
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Huang, Tony (SIN-GIS)
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Intel
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Dell OptiPlex 9010 (Dell 051FJ8)
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Intel(R) HD Graphics 2500 (48SP 6C 1.1GHz, 2MB L2, 1.3GB DDR3 1.33GHz 128-bit, Integrated Graphics) (OpenCL)
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0,40GB/s |
6CU |
1,10GHz | 96,3W |
Normaler Zustand |
Server |
Windows x64 6.1.1 |
26 November 2015 |
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Netzwerk (LAN)
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TimppaX2a
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Intel
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VMware Virtual Platform (Intel 440BX Desktop Reference Platform)
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Intel(R) 82574L Gigabit Network Connection (Ethernet, 1Gbps)
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5,33MB/s |
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1.000,00Mbps | |
Normaler Zustand |
Server |
Windows x64 6.3 |
10 Mai 2015 |
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Internetverbindung
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TimppaX2a
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Intel
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ASUS X79-DELUXE
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Cisco EPC3825 (Ethernet, 1Gbps)
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1,23MB/s |
1.000,00Mbps |
1.000,00Mbps | |
Normaler Zustand |
Server |
Windows x64 6.3 |
7 Mai 2015 |
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Internet-Peerage
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TimppaX2a
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Intel
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ASUS X79-DELUXE
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Cisco EPC3825 (Ethernet, 1Gbps)
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0,08MB/s |
1.000,00Mbps |
1.000,00Mbps | |
Normaler Zustand |
Server |
Windows x64 6.1.1 |
15 Dezember 2014 |
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Internet DNS
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bakshaev
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Intel
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HUAWEI NBLK-WAX9X MateBook D (HUAWEI NBLK-WAX9X-PCB)
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ZTE UPNP IGD
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17,18ms |
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Normaler Zustand |
Server |
Windows x64 10.0.21.2 |
10 November 2022 |
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Internet Leistungsindex
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martyb
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Intel
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ASRock Z97 Extreme6
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BT Home Hub 3.0 (urn:schemas-upnp-org:device:InternetGatewayDevice:1)
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0,06kPT |
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Normaler Zustand |
Server |
Windows x64 10.0.20.4 |
15 November 2020 |
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Globale Speicherlatenz GP (Zufälliger Zugriff - In-Page)
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Joshua Fung
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Intel
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HP Z820 Workstation 103C_53335X G-D (HP 158B)
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NVIDIA Quadro 6000 (448SP 14C 1.15GHz, 768kB L2, 6GB 3GHz 384-bit) (DX-CS)
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8.940,8ns |
5,94GB |
2,99GHz | 204,0W |
Normaler Zustand |
Server |
Windows x64 10.0.5.231 |
29 Januar 2016 |
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Speicher Transaktionsdurchsatz (Datenbank Transaktionen)
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Joshua Fung
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Intel
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HP Z820 Workstation 103C_53335X G-D (HP 158B)
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2x Intel(R) Xeon(R) CPU E5-2650 0 @ 2.00GHz (8C 16T 2.5GHz/2.8GHz, 2.5GHz IMC, 8x 256kB L2, 20MB L3) (Software (Classic))
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3,26MTPS |
44,50MB |
2,49GHz | 360,0W |
Normaler Zustand |
Server |
Windows x64 10.0.5.231 |
28 Januar 2016 |
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Finanzanalyse (Normale Genauigkeit)
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dcstech01
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Intel
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Intel S2600CP
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2x Intel(R) Xeon(R) CPU E5-2620 0 @ 2.00GHz (6C 12T 2.5GHz, 2.5GHz IMC, 6x 256kB L2, 15MB L3)
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31,78kOPTS |
24CU |
2,49GHz | 190,0W |
Normaler Zustand |
Server |
Windows x64 6.0.2 |
5 Dezember 2014 |
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Finanzanalyse (Hohe Genauigkeit)
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DBVAdmin2
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Intel
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HP ProLiant ML350 G6 ProLiant
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Intel(R) Xeon(R) CPU E5504 @ 2.00GHz (4C 2GHz, 1.6GHz IMC, 4x 256kB L2, 4MB L3)
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6,83kOPTS |
4CU |
2,00GHz | 80,0W |
Normaler Zustand |
Server |
Windows x64 6.0.2 |
10 Juni 2015 |
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GP (GPU) Finanzanalyse (Normale Genauigkeit)
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yangzhen2276
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Intel
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SuperMicro X10DAi SMC X10
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NVIDIA Quadro K2200 (640SP 5C 1.12千兆赫(GHz), 2兆字节(MB) L2, 4千兆字节(GB) 5千兆赫(GHz) 128-位) (CUDA)
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467,90kOPTS |
5CU |
1,12GHz | 68,0W |
Normaler Zustand |
Server |
Windows x64 6.1.1 |
4 August 2015 |
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Wissenschaftliche Analyse (Normale Genauigkeit)
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dcstech01
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Intel
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Intel S2600CP
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2x Intel(R) Xeon(R) CPU E5-2620 0 @ 2.00GHz (6C 12T 2.5GHz, 2.5GHz IMC, 6x 256kB L2, 15MB L3)
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29,32GFLOPS |
24CU |
2,49GHz | 190,0W |
Normaler Zustand |
Server |
Windows x64 6.0.2 |
5 Dezember 2014 |
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Wissenschaftliche Analyse (Hohe Genauigkeit)
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DBVAdmin2
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Intel
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HP ProLiant ML350 G6 ProLiant
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Intel(R) Xeon(R) CPU E5504 @ 2.00GHz (4C 2GHz, 1.6GHz IMC, 4x 256kB L2, 4MB L3)
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5,83GFLOPS |
4CU |
2,00GHz | 80,0W |
Normaler Zustand |
Server |
Windows x64 6.0.2 |
10 Juni 2015 |
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GP (GPU) Wissenschaftliche Analyse (Normale Genauigkeit)
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yangzhen2276
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Intel
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SuperMicro X10DAi SMC X10
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NVIDIA Quadro K2200 (640SP 5C 1.12千兆赫(GHz), 2兆字节(MB) L2, 4千兆字节(GB) 5千兆赫(GHz) 128-位) (CUDA)
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207,30GFLOPS |
5CU |
1,12GHz | 68,0W |
Normaler Zustand |
Server |
Windows x64 6.1.1 |
4 August 2015 |
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Punktanzahl Systemleistung (2015/Geld)
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DBVAdmin2
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Intel
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HP ProLiant ML350 G6 ProLiant
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HP ProLiant ML350 G6 ProLiant (Intel Xeon CPU E5504 @ 2.00GHz; Intel 5520 I/O Hub; 3x 8GB Samsung M393B1K70EB0-CH9 ECC DIMM R; HP LOGICAL VOLUME; Intel Xeon CPU E5504 @ 2.00GHz)
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3,13kPT |
48,00GB |
2,00GHz | 160,0W |
Normaler Zustand |
Server |
Windows x64 6.0.2 |
10 Juni 2015 |
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Bildverarbeitungsleistung Prozessor (Normale Genauigkeit)
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generationy91
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Intel
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HUANANZHI X79
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Intel(R) Xeon(R) CPU E5-2670 0 @ 2.60GHz (8C 16T 3.3GHz, 3.3GHz IMC, 8x 256kB L2, 20MB L3)
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187,53Mpix/s |
16CU |
3,30GHz | 138,0W |
Normaler Zustand |
Server |
Windows x64 10.0.17.9 |
28 April 2018 |
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GP (GPU) Bildverarbeitung (Normale Genauigkeit)
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mike12369
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Intel
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Lenovo 2988D9U (Lenovo MAHOBAY)
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NVIDIA NVS 315; Intel(R) HD Graphics 2500 (96SP 7C 350MHz/650MHz, 2MB L2, 2.4GB DDR3 1.6GHz, Integrated Graphics) (OpenCL)
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43,39Mpix/s |
7CU |
0,35GHz | 96,3W |
Normaler Zustand |
Server |
Windows x64 10.0.17.9 |
3 Januar 2019 |
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Prozessor Leistungsindex
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generationy91
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Intel
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HUANANZHI X79
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Intel(R) Xeon(R) CPU E5-2670 0 @ 2.60GHz (8C 16T 2.6GHz/3.3GHz, 2.6GHz IMC, 8x 256kB L2, 20MB L3)
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3,91kPT |
16CU |
2,60GHz | 138,0W |
Normaler Zustand |
Server |
Windows x64 10.0.17.9 |
28 April 2018 |
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Speicher Leistungsindex
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TiB
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Intel
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HP xw8400 Workstation 103C_53335X (HP 0A08h)
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Intel 5000X Chipset Memory Controller Hub; 2x 2GB Elpida EBE21FD4AGFN-6E-E DDR2 FB-DIMM (666MHz 128-bit) PC2-5300 (5-5-5-15 0-20-5-9)
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0,19kPT |
4,00GB |
0,67GHz | 72,1W |
Normaler Zustand |
Server |
Windows x64 7.0.1 |
31 Mai 2018 |
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Laufwerke Leistungsindex
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rking1276
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Intel
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ASRock Z390 Phantom Gaming 6
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2x NVMe MEMPEK1J016GA (240GB, RAID0/SATA, SCSI-5) (NTFS, 4kB)
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0,46kPT |
240,06GB |
| |
Normaler Zustand |
Server |
Windows x64 10.0.19.9 |
17 Januar 2020 |
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Punktanzahl Systemleistung (2016/Platin)
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|
Joshua Fung
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Intel
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HP Z820 Workstation 103C_53335X G-D (HP 158B)
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HP Z820 Workstation 103C_53335X G-D (HP 158B) (2x Intel Xeon CPU E5-2650 0 @ 2.00GHz; Intel Core DMI2; 8x 2GB Samsung M391B5273DH0-CK0 ECC DIMM DDR3; KINGSTON SV300S37A240G; NVIDIA Quadro 6000)
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9,75kPT |
22,00GB |
2,79GHz | 360,0W |
Normaler Zustand |
Server |
Windows x64 10.0.5.231 |
29 Januar 2016 |
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Punktanzahl Systemleistung (2K21-2018)
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|
jsamuel
|
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Intel
|
|
JINGSHA JINGS-X99-P8 Default string
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|
JINGSHA JINGS-X99-P8 Default string (2x Intel Xeon CPU E5-2660 v3 @ 2.60GHz; 2x Intel Xeon DMI2; 2x 6GB Samsung M393A1G40DB0-CPB ECC DIMM D; AMD Radeon RX 5600 XT; WDC WDS100T2B0C-00PXH0)
|
5,25kPT |
12,00GB |
3,29GHz | 213,5W |
Normaler Zustand |
Server |
Windows x64 10.0.20.4 |
20 Januar 2021 |
|
Video Leistungsindex
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|
koduck
|
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Intel
|
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Lenovo 30C6A0ESJP ThinkStation P330 (Lenovo 3138)
|
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NVIDIA Quadro P400 (2CU 256SP SM6.3 1.23GHz, 2GB 4GHz, PCIe 3.0 x16) (D3D 11)
|
1,18kPT |
256CU |
1,23GHz | 30,0W |
Normaler Zustand |
Server |
Windows x64 10.0.19.9 |
2 April 2020 |
|
GP (GPU) Hardwarebeschleuniger Leistungsindex
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|
mike12369
|
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Intel
|
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Lenovo 2988D9U (Lenovo MAHOBAY)
|
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NVIDIA NVS 315; Intel(R) HD Graphics 2500 (96SP 7C 350MHz/650MHz, 2MB L2, 2.4GB DDR3 1.6GHz, Integrated Graphics) (OpenCL)
|
0,56kPT |
7CU |
0,35GHz | 96,3W |
Normaler Zustand |
Server |
Windows x64 10.0.17.9 |
3 Januar 2019 |
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