Corsair Force MP600 NVMe PCIe 4.0 SSD Benchmarks Linux Corsair Force MP600 NVMe PCI Express 4.0 solid-state drive benchmarks. Tests by Michael Larabel for a future article on Phoronix. Corsair Force MP600 2TB: Processor: AMD Ryzen 9 3900X 12-Core @ 3.80GHz (12 Cores / 24 Threads), Motherboard: ASUS ROG CROSSHAIR VIII HERO (WI-FI) (0702 BIOS), Chipset: AMD Device 1480, Memory: 16384MB, Disk: 2000GB Force MP600, Graphics: Sapphire AMD Radeon RX 550 640SP / 560/560X 4GB (1300/1750MHz), Audio: AMD Device aae0, Monitor: ASUS VP28U, Network: Realtek Device 8125 + Intel I211 + Intel Device 2723 OS: Ubuntu 18.04, Kernel: 5.2.0-050200rc7-generic (x86_64) 20190630, Desktop: GNOME Shell 3.28.4, Display Server: X Server 1.20.4, Display Driver: modesetting 1.20.4, OpenGL: 4.5 Mesa 19.0.2 (LLVM 8.0.0), Compiler: GCC 7.4.0, File-System: ext4, Screen Resolution: 3840x2160 Intel Optane 900p 280GB: Processor: AMD Ryzen 9 3900X 12-Core @ 3.80GHz (12 Cores / 24 Threads), Motherboard: ASUS ROG CROSSHAIR VIII HERO (WI-FI) (0702 BIOS), Chipset: AMD Device 1480, Memory: 16384MB, Disk: 2000GB Force MP600 + 280GB INTEL SSDPED1D280GA, Graphics: Sapphire AMD Radeon RX 550 640SP / 560/560X 4GB (1300/1750MHz), Audio: AMD Device aae0, Monitor: ASUS VP28U, Network: Realtek Device 8125 + Intel I211 + Intel Device 2723 OS: Ubuntu 18.04, Kernel: 5.2.0-050200rc7-generic (x86_64) 20190630, Desktop: GNOME Shell 3.28.4, Display Server: X Server 1.20.4, Display Driver: modesetting 1.20.4, OpenGL: 4.5 Mesa 19.0.2 (LLVM 8.0.0), Compiler: GCC 7.4.0, File-System: ext4, Screen Resolution: 3840x2160 Samsung 860 EVO 500GB: Processor: AMD Ryzen 9 3900X 12-Core @ 3.80GHz (12 Cores / 24 Threads), Motherboard: ASUS ROG CROSSHAIR VIII HERO (WI-FI) (0702 BIOS), Chipset: AMD Device 1480, Memory: 16384MB, Disk: 2000GB Force MP600 + 500GB Samsung SSD 860, Graphics: Sapphire AMD Radeon RX 550 640SP / 560/560X 4GB (1300/1750MHz), Audio: AMD Device aae0, Monitor: ASUS VP28U, Network: Realtek Device 8125 + Intel I211 + Intel Device 2723 OS: Ubuntu 18.04, Kernel: 5.2.0-050200rc7-generic (x86_64) 20190630, Desktop: GNOME Shell 3.28.4, Display Server: X Server 1.20.4, Display Driver: modesetting 1.20.4, OpenGL: 4.5 Mesa 19.0.2 (LLVM 8.0.0), Compiler: GCC 7.4.0, File-System: ext4, Screen Resolution: 3840x2160 Samsung 970 EVO 250GB: Processor: AMD Ryzen 9 3900X 12-Core @ 3.80GHz (12 Cores / 24 Threads), Motherboard: ASUS ROG CROSSHAIR VIII HERO (WI-FI) (0702 BIOS), Chipset: AMD Device 1480, Memory: 16384MB, Disk: 2000GB Force MP600 + Samsung SSD 970 EVO 250GB, Graphics: Sapphire AMD Radeon RX 550 640SP / 560/560X 4GB (1300/1750MHz), Audio: AMD Device aae0, Monitor: ASUS VP28U, Network: Realtek Device 8125 + Intel I211 + Intel Device 2723 OS: Ubuntu 18.04, Kernel: 5.2.0-050200rc7-generic (x86_64) 20190630, Desktop: GNOME Shell 3.28.4, Display Server: X Server 1.20.4, Display Driver: modesetting 1.20.4, OpenGL: 4.5 Mesa 19.0.2 (LLVM 8.0.0), Compiler: GCC 7.4.0, File-System: ext4, Screen Resolution: 3840x2160 Samsung SSD 970 PRO 512GB: Processor: AMD Ryzen 9 3900X 12-Core @ 3.80GHz (12 Cores / 24 Threads), Motherboard: ASUS ROG CROSSHAIR VIII HERO (WI-FI) (0702 BIOS), Chipset: AMD Device 1480, Memory: 16384MB, Disk: 2000GB Force MP600 + Samsung SSD 970 PRO 512GB, Graphics: Sapphire AMD Radeon RX 550 640SP / 560/560X 4GB (1300/1750MHz), Audio: AMD Device aae0, Monitor: ASUS VP28U, Network: Realtek Device 8125 + Intel I211 + Intel Device 2723 OS: Ubuntu 18.04, Kernel: 5.2.0-050200rc7-generic (x86_64) 20190630, Desktop: GNOME Shell 3.28.4, Display Server: X Server 1.20.4, Display Driver: modesetting 1.20.4, OpenGL: 4.5 Mesa 19.0.2 (LLVM 8.0.0), Compiler: GCC 7.4.0, File-System: ext4, Screen Resolution: 3840x2160 WD WD1003FZEX-0 1TB: Processor: AMD Ryzen 9 3900X 12-Core @ 3.80GHz (12 Cores / 24 Threads), Motherboard: ASUS ROG CROSSHAIR VIII HERO (WI-FI) (0702 BIOS), Chipset: AMD Device 1480, Memory: 16384MB, Disk: 2000GB Force MP600 + 1000GB Western Digital WD1003FZEX-0, Graphics: Sapphire AMD Radeon RX 550 640SP / 560/560X 4GB (1300/1750MHz), Audio: AMD Device aae0, Monitor: ASUS VP28U, Network: Realtek Device 8125 + Intel I211 + Intel Device 2723 OS: Ubuntu 18.04, Kernel: 5.2.0-050200rc7-generic (x86_64) 20190630, Desktop: GNOME Shell 3.28.4, Display Server: X Server 1.20.4, Display Driver: modesetting 1.20.4, OpenGL: 4.5 Mesa 19.0.2 (LLVM 8.0.0), Compiler: GCC 7.4.0, File-System: ext4, Screen Resolution: 3840x2160 inland 1TB pcie 4x4 x2: Processor: AMD Ryzen 9 3900X 12-Core @ 3.80GHz (12 Cores / 24 Threads), Motherboard: ASUS Pro WS X570-ACE (0803 BIOS), Chipset: AMD Starship/Matisse, Memory: 64512MB, Disk: Samsung SSD 960 EVO 250GB + 1000GB PCIe SSD + 128GB SAMSUNG SSD 830 + 120GB OCZ ARC100 + 525GB Crucial_CT525MX3, Graphics: Gigabyte AMD Navi 10 8GB (2100/875MHz), Audio: AMD Navi 10 HDMI Audio, Monitor: VS248, Network: Intel I211 OS: Debian unstable, Kernel: 5.3.0-rc8-csm (x86_64), Desktop: Xfce 4.14, Display Server: X Server 1.20.4, OpenGL: 4.5 Mesa 19.2.0-rc3 (LLVM 9.0.0), Vulkan: 1.1.107, Compiler: GCC 9.2.1 20190909 + LLVM 10.0.0, File-System: ext4, Screen Resolution: 1920x1080 MariaDB 10.3.8 Clients: 128 Queries Per Second > Higher Is Better Corsair Force MP600 2TB ... 519 |====================================== Intel Optane 900p 280GB ... 385 |============================ Samsung 860 EVO 500GB ..... 121 |========= Samsung 970 EVO 250GB ..... 82 |====== Samsung SSD 970 PRO 512GB . 201 |=============== WD WD1003FZEX-0 1TB ....... 22 |== inland 1TB pcie 4x4 x2 .... 635 |============================================== Dbench 4.0 Client Count: 12 MB/s > Higher Is Better Corsair Force MP600 2TB ... 2212.87 |=============== Intel Optane 900p 280GB ... 6086.67 |========================================== Samsung 860 EVO 500GB ..... 385.88 |=== Samsung 970 EVO 250GB ..... 307.94 |== Samsung SSD 970 PRO 512GB . 631.82 |==== WD WD1003FZEX-0 1TB ....... 69.75 | inland 1TB pcie 4x4 x2 .... 2507.86 |================= Timed GCC Compilation 8.2 Time To Compile Seconds < Lower Is Better Corsair Force MP600 2TB ... 658 |============================================= Intel Optane 900p 280GB ... 666 |============================================= Samsung 860 EVO 500GB ..... 664 |============================================= Samsung 970 EVO 250GB ..... 664 |============================================= Samsung SSD 970 PRO 512GB . 668 |============================================= WD WD1003FZEX-0 1TB ....... 678 |============================================== inland 1TB pcie 4x4 x2 .... 620 |========================================== FS-Mark 3.3 Test: 5000 Files, 1MB Size, 4 Threads Files/s > Higher Is Better Corsair Force MP600 2TB ... 1367.37 |========================================== Intel Optane 900p 280GB ... 1270.23 |======================================= Samsung 860 EVO 500GB ..... 187.35 |====== Samsung 970 EVO 250GB ..... 152.13 |===== Samsung SSD 970 PRO 512GB . 535.33 |================ WD WD1003FZEX-0 1TB ....... 53.80 |== inland 1TB pcie 4x4 x2 .... 1375.07 |========================================== SQLite 3.22 Timed SQLite Insertions Seconds < Lower Is Better Corsair Force MP600 2TB ... 15.20 |== Samsung 860 EVO 500GB ..... 23.75 |=== Samsung 970 EVO 250GB ..... 37.01 |===== Samsung SSD 970 PRO 512GB . 43.79 |====== WD WD1003FZEX-0 1TB ....... 329.63 |=========================================== inland 1TB pcie 4x4 x2 .... 14.69 |== PostgreSQL pgbench 10.3 Scaling: Buffer Test - Test: Normal Load - Mode: Read Write TPS > Higher Is Better Corsair Force MP600 2TB ... 29193 |=============================== Intel Optane 900p 280GB ... 40770 |=========================================== Samsung 860 EVO 500GB ..... 4113 |==== Samsung 970 EVO 250GB ..... 5488 |====== Samsung SSD 970 PRO 512GB . 9045 |========== WD WD1003FZEX-0 1TB ....... 367 | inland 1TB pcie 4x4 x2 .... 41695 |============================================ PostgreSQL pgbench 10.3 Scaling: Buffer Test - Test: Heavy Contention - Mode: Read Write TPS > Higher Is Better Corsair Force MP600 2TB ... 28219 |================================ Intel Optane 900p 280GB ... 38690 |============================================ Samsung 860 EVO 500GB ..... 4089 |===== Samsung 970 EVO 250GB ..... 5576 |====== Samsung SSD 970 PRO 512GB . 8947 |========== WD WD1003FZEX-0 1TB ....... 365 | inland 1TB pcie 4x4 x2 .... 26531 |============================== FS-Mark 3.3 Test: 4000 Files, 32 Sub Dirs, 1MB Size Files/s > Higher Is Better Corsair Force MP600 2TB ... 589.87 |================================ Intel Optane 900p 280GB ... 799.13 |=========================================== Samsung 860 EVO 500GB ..... 93.63 |===== Samsung 970 EVO 250GB ..... 61.83 |=== Samsung SSD 970 PRO 512GB . 206.67 |=========== WD WD1003FZEX-0 1TB ....... 14.43 |= inland 1TB pcie 4x4 x2 .... 600.37 |================================ Flexible IO Tester 3.1 Type: Sequential Read - IO Engine: Linux AIO - Buffered: No - Direct: No - Block Size: 2MB - Disk Target: Default Test Directory MB/s > Higher Is Better Corsair Force MP600 2TB ... 3918 |============================================= Intel Optane 900p 280GB ... 2615 |============================== Samsung 860 EVO 500GB ..... 547 |====== Samsung 970 EVO 250GB ..... 3086 |=================================== Samsung SSD 970 PRO 512GB . 3221 |===================================== WD WD1003FZEX-0 1TB ....... 165 |== inland 1TB pcie 4x4 x2 .... 3003 |================================== Flexible IO Tester 3.1 Type: Random Read - IO Engine: Linux AIO - Buffered: No - Direct: No - Block Size: 2MB - Disk Target: Default Test Directory MB/s > Higher Is Better Corsair Force MP600 2TB ... 3984 |============================================= Intel Optane 900p 280GB ... 2613 |============================== Samsung 860 EVO 500GB ..... 546 |====== Samsung 970 EVO 250GB ..... 2948 |================================= Samsung SSD 970 PRO 512GB . 3222 |==================================== WD WD1003FZEX-0 1TB ....... 137 |== inland 1TB pcie 4x4 x2 .... 3395 |====================================== Flexible IO Tester 3.1 Type: Sequential Read - IO Engine: Linux AIO - Buffered: No - Direct: Yes - Block Size: 2MB - Disk Target: Default Test Directory MB/s > Higher Is Better Corsair Force MP600 2TB ... 4250 |============================================= Intel Optane 900p 280GB ... 2615 |============================ Samsung 860 EVO 500GB ..... 547 |====== Samsung 970 EVO 250GB ..... 3094 |================================= Samsung SSD 970 PRO 512GB . 3221 |================================== WD WD1003FZEX-0 1TB ....... 163 |== inland 1TB pcie 4x4 x2 .... 3396 |==================================== FS-Mark 3.3 Test: 1000 Files, 1MB Size Files/s > Higher Is Better Corsair Force MP600 2TB ... 594.93 |================================ Intel Optane 900p 280GB ... 792.67 |=========================================== Samsung 860 EVO 500GB ..... 222.03 |============ Samsung 970 EVO 250GB ..... 232.30 |============= Samsung SSD 970 PRO 512GB . 207.90 |=========== WD WD1003FZEX-0 1TB ....... 22.45 |= inland 1TB pcie 4x4 x2 .... 587.43 |================================ Flexible IO Tester 3.1 Type: Random Write - IO Engine: Linux AIO - Buffered: No - Direct: Yes - Block Size: 2MB - Disk Target: Default Test Directory MB/s > Higher Is Better Corsair Force MP600 2TB ... 4067 |============================================= Intel Optane 900p 280GB ... 2171 |======================== Samsung 860 EVO 500GB ..... 482 |===== Samsung 970 EVO 250GB ..... 1466 |================ Samsung SSD 970 PRO 512GB . 2236 |========================= WD WD1003FZEX-0 1TB ....... 134 |= inland 1TB pcie 4x4 x2 .... 3320 |===================================== Flexible IO Tester 3.1 Type: Random Write - IO Engine: Linux AIO - Buffered: No - Direct: No - Block Size: 2MB - Disk Target: Default Test Directory MB/s > Higher Is Better Corsair Force MP600 2TB ... 4068 |============================================= Intel Optane 900p 280GB ... 2172 |======================== Samsung 860 EVO 500GB ..... 482 |===== Samsung 970 EVO 250GB ..... 1466 |================ Samsung SSD 970 PRO 512GB . 2234 |========================= WD WD1003FZEX-0 1TB ....... 134 |= inland 1TB pcie 4x4 x2 .... 3319 |===================================== Flexible IO Tester 3.1 Type: Sequential Write - IO Engine: Linux AIO - Buffered: No - Direct: No - Block Size: 2MB - Disk Target: Default Test Directory MB/s > Higher Is Better Corsair Force MP600 2TB ... 4068 |============================================= Intel Optane 900p 280GB ... 2171 |======================== Samsung 860 EVO 500GB ..... 482 |===== Samsung 970 EVO 250GB ..... 1467 |================ Samsung SSD 970 PRO 512GB . 2235 |========================= WD WD1003FZEX-0 1TB ....... 163 |== inland 1TB pcie 4x4 x2 .... 3320 |===================================== Flexible IO Tester 3.1 Type: Sequential Write - IO Engine: Linux AIO - Buffered: No - Direct: Yes - Block Size: 2MB - Disk Target: Default Test Directory MB/s > Higher Is Better Corsair Force MP600 2TB ... 4069 |============================================= Intel Optane 900p 280GB ... 2171 |======================== Samsung 860 EVO 500GB ..... 482 |===== Samsung 970 EVO 250GB ..... 1467 |================ Samsung SSD 970 PRO 512GB . 2235 |========================= WD WD1003FZEX-0 1TB ....... 164 |== inland 1TB pcie 4x4 x2 .... 3320 |===================================== Flexible IO Tester 3.1 Type: Random Read - IO Engine: Linux AIO - Buffered: No - Direct: Yes - Block Size: 2MB - Disk Target: Default Test Directory MB/s > Higher Is Better Corsair Force MP600 2TB ... 4685 |============================================= Intel Optane 900p 280GB ... 2613 |========================= Samsung 860 EVO 500GB ..... 546 |===== Samsung 970 EVO 250GB ..... 3024 |============================= Samsung SSD 970 PRO 512GB . 3222 |=============================== WD WD1003FZEX-0 1TB ....... 138 |= inland 1TB pcie 4x4 x2 .... 3324 |================================ System Temperature Monitor Phoronix Test Suite System Monitoring Celsius inland 1TB pcie 4x4 x2 . MIN: 54.0 AVG: 56.8 MAX: 59.0 System Iowait Monitor Phoronix Test Suite System Monitoring Percent inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.7 MAX: 8.2 Memory Usage Monitor Phoronix Test Suite System Monitoring Megabytes inland 1TB pcie 4x4 x2 . MIN: 1494 AVG: 1815 MAX: 5355 Drive Write Speed (nvme1n1) Monitor Phoronix Test Suite System Monitoring MB/s inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 289 MAX: 3334 Drive Write Speed (nvme0n1) Monitor Phoronix Test Suite System Monitoring MB/s inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.2 MAX: 11.9 Drive Write Speed (sda) Monitor Phoronix Test Suite System Monitoring MB/s inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.0 MAX: 0.0 Drive Read Speed (nvme1n1) Monitor Phoronix Test Suite System Monitoring MB/s inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 219 MAX: 3399 Drive Read Speed (nvme0n1) Monitor Phoronix Test Suite System Monitoring MB/s inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.0 MAX: 26.0 GPU Voltage Monitor Phoronix Test Suite System Monitoring Millivolts inland 1TB pcie 4x4 x2 . MIN: 725 AVG: 726 MAX: 750 GPU Usage Monitor Phoronix Test Suite System Monitoring Percent inland 1TB pcie 4x4 x2 . MIN: 1.0 AVG: 5.2 MAX: 22.0 GPU Temperature Monitor Phoronix Test Suite System Monitoring Celsius inland 1TB pcie 4x4 x2 . MIN: 54.0 AVG: 56.8 MAX: 59.0 GPU Power Consumption Monitor Phoronix Test Suite System Monitoring Watts inland 1TB pcie 4x4 x2 . MIN: 31.0 AVG: 33.0 MAX: 38.0 GPU Memory Usage Monitor Phoronix Test Suite System Monitoring Megabytes inland 1TB pcie 4x4 x2 . MIN: 1.0 AVG: 3.4 MAX: 8.0 GPU Frequency Monitor Phoronix Test Suite System Monitoring Megahertz inland 1TB pcie 4x4 x2 . MIN: 800 AVG: 800 MAX: 800 GPU Fan Speed Monitor Phoronix Test Suite System Monitoring Percent inland 1TB pcie 4x4 x2 . MIN: 37.3 AVG: 37.3 MAX: 37.3 CPU Usage (Summary) Monitor Phoronix Test Suite System Monitoring Percent inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 28 MAX: 100 CPU Usage (CPU23) Monitor Phoronix Test Suite System Monitoring Percent inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 28 MAX: 100 CPU Usage (CPU22) Monitor Phoronix Test Suite System Monitoring Percent inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 27 MAX: 100 CPU Usage (CPU21) Monitor Phoronix Test Suite System Monitoring Percent inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 25 MAX: 100 CPU Usage (CPU20) Monitor Phoronix Test Suite System Monitoring Percent inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 28 MAX: 100 CPU Usage (CPU19) Monitor Phoronix Test Suite System Monitoring Percent inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 28 MAX: 100 CPU Usage (CPU18) Monitor Phoronix Test Suite System Monitoring Percent inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 28 MAX: 100 CPU Usage (CPU17) Monitor Phoronix Test Suite System Monitoring Percent inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 29 MAX: 100 CPU Usage (CPU16) Monitor Phoronix Test Suite System Monitoring Percent inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 28 MAX: 100 CPU Usage (CPU15) Monitor Phoronix Test Suite System Monitoring Percent inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 26 MAX: 100 CPU Usage (CPU14) Monitor Phoronix Test Suite System Monitoring Percent inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 30 MAX: 100 CPU Usage (CPU13) Monitor Phoronix Test Suite System Monitoring Percent inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 29 MAX: 100 CPU Usage (CPU12) Monitor Phoronix Test Suite System Monitoring Percent inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 30 MAX: 100 CPU Usage (CPU11) Monitor Phoronix Test Suite System Monitoring Percent inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 27 MAX: 100 CPU Usage (CPU10) Monitor Phoronix Test Suite System Monitoring Percent inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 27 MAX: 100 CPU Usage (CPU9) Monitor Phoronix Test Suite System Monitoring Percent inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 32 MAX: 100 CPU Usage (CPU8) Monitor Phoronix Test Suite System Monitoring Percent inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 27 MAX: 100 CPU Usage (CPU7) Monitor Phoronix Test Suite System Monitoring Percent inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 27 MAX: 100 CPU Usage (CPU6) Monitor Phoronix Test Suite System Monitoring Percent inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 28 MAX: 100 CPU Usage (CPU5) Monitor Phoronix Test Suite System Monitoring Percent inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 27 MAX: 100 CPU Usage (CPU4) Monitor Phoronix Test Suite System Monitoring Percent inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 28 MAX: 100 CPU Usage (CPU3) Monitor Phoronix Test Suite System Monitoring Percent inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 31 MAX: 100 CPU Usage (CPU2) Monitor Phoronix Test Suite System Monitoring Percent inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 27 MAX: 100 CPU Usage (CPU1) Monitor Phoronix Test Suite System Monitoring Percent inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 27 MAX: 100 CPU Usage (CPU0) Monitor Phoronix Test Suite System Monitoring Percent inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 27 MAX: 100 CPU Frequency (CPU23) Monitor Phoronix Test Suite System Monitoring Megahertz inland 1TB pcie 4x4 x2 . MIN: 1758 AVG: 2752 MAX: 4321 CPU Frequency (CPU22) Monitor Phoronix Test Suite System Monitoring Megahertz inland 1TB pcie 4x4 x2 . MIN: 1826 AVG: 2758 MAX: 4310 CPU Frequency (CPU21) Monitor Phoronix Test Suite System Monitoring Megahertz inland 1TB pcie 4x4 x2 . MIN: 1500 AVG: 2805 MAX: 4459 CPU Frequency (CPU20) Monitor Phoronix Test Suite System Monitoring Megahertz inland 1TB pcie 4x4 x2 . MIN: 1815 AVG: 2752 MAX: 4349 CPU Frequency (CPU19) Monitor Phoronix Test Suite System Monitoring Megahertz inland 1TB pcie 4x4 x2 . MIN: 1810 AVG: 2774 MAX: 4350 CPU Frequency (CPU18) Monitor Phoronix Test Suite System Monitoring Megahertz inland 1TB pcie 4x4 x2 . MIN: 1739 AVG: 2761 MAX: 4364 CPU Frequency (CPU17) Monitor Phoronix Test Suite System Monitoring Megahertz inland 1TB pcie 4x4 x2 . MIN: 1852 AVG: 2766 MAX: 4494 CPU Frequency (CPU16) Monitor Phoronix Test Suite System Monitoring Megahertz inland 1TB pcie 4x4 x2 . MIN: 1851 AVG: 2752 MAX: 4468 CPU Frequency (CPU15) Monitor Phoronix Test Suite System Monitoring Megahertz inland 1TB pcie 4x4 x2 . MIN: 1760 AVG: 2793 MAX: 4520 CPU Frequency (CPU14) Monitor Phoronix Test Suite System Monitoring Megahertz inland 1TB pcie 4x4 x2 . MIN: 1828 AVG: 2786 MAX: 4475 CPU Frequency (CPU13) Monitor Phoronix Test Suite System Monitoring Megahertz inland 1TB pcie 4x4 x2 . MIN: 1504 AVG: 2766 MAX: 4506 CPU Frequency (CPU12) Monitor Phoronix Test Suite System Monitoring Megahertz inland 1TB pcie 4x4 x2 . MIN: 1849 AVG: 2729 MAX: 4501 CPU Frequency (CPU11) Monitor Phoronix Test Suite System Monitoring Megahertz inland 1TB pcie 4x4 x2 . MIN: 1838 AVG: 2750 MAX: 4316 CPU Frequency (CPU10) Monitor Phoronix Test Suite System Monitoring Megahertz inland 1TB pcie 4x4 x2 . MIN: 1610 AVG: 2756 MAX: 4317 CPU Frequency (CPU9) Monitor Phoronix Test Suite System Monitoring Megahertz inland 1TB pcie 4x4 x2 . MIN: 1631 AVG: 2808 MAX: 4367 CPU Frequency (CPU8) Monitor Phoronix Test Suite System Monitoring Megahertz inland 1TB pcie 4x4 x2 . MIN: 1411 AVG: 2749 MAX: 4345 CPU Frequency (CPU7) Monitor Phoronix Test Suite System Monitoring Megahertz inland 1TB pcie 4x4 x2 . MIN: 1759 AVG: 2762 MAX: 4341 CPU Frequency (CPU6) Monitor Phoronix Test Suite System Monitoring Megahertz inland 1TB pcie 4x4 x2 . MIN: 1654 AVG: 2760 MAX: 4377 CPU Frequency (CPU5) Monitor Phoronix Test Suite System Monitoring Megahertz inland 1TB pcie 4x4 x2 . MIN: 1753 AVG: 2773 MAX: 4499 CPU Frequency (CPU4) Monitor Phoronix Test Suite System Monitoring Megahertz inland 1TB pcie 4x4 x2 . MIN: 1588 AVG: 2755 MAX: 4470 CPU Frequency (CPU3) Monitor Phoronix Test Suite System Monitoring Megahertz inland 1TB pcie 4x4 x2 . MIN: 1501 AVG: 2786 MAX: 4515 CPU Frequency (CPU2) Monitor Phoronix Test Suite System Monitoring Megahertz inland 1TB pcie 4x4 x2 . MIN: 1818 AVG: 2778 MAX: 4472 CPU Frequency (CPU1) Monitor Phoronix Test Suite System Monitoring Megahertz inland 1TB pcie 4x4 x2 . MIN: 1645 AVG: 2761 MAX: 4504 CPU Frequency (CPU0) Monitor Phoronix Test Suite System Monitoring Megahertz inland 1TB pcie 4x4 x2 . MIN: 1796 AVG: 2716 MAX: 4512 CPU Fan Speed Monitor Phoronix Test Suite System Monitoring RPM inland 1TB pcie 4x4 x2 . MIN: 1566 AVG: 1566 MAX: 1566 PostgreSQL pgbench 10.3 System Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 56.0 AVG: 56.1 MAX: 57.0 PostgreSQL pgbench 10.3 System Iowait Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.4 MAX: 6.5 PostgreSQL pgbench 10.3 Memory Usage Monitor Megabytes < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1577 AVG: 1671 MAX: 1755 PostgreSQL pgbench 10.3 Drive Write Speed (nvme1n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 381 MAX: 2553 PostgreSQL pgbench 10.3 Drive Write Speed (nvme0n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 10.7 PostgreSQL pgbench 10.3 Drive Write Speed (sda) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.0 MAX: 0.0 PostgreSQL pgbench 10.3 Drive Read Speed (nvme0n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.0 MAX: 0.0 PostgreSQL pgbench 10.3 GPU Voltage Monitor Millivolts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 725 AVG: 726 MAX: 750 PostgreSQL pgbench 10.3 GPU Usage Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1.0 AVG: 5.0 MAX: 22.0 PostgreSQL pgbench 10.3 GPU Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 56.0 AVG: 56.1 MAX: 57.0 PostgreSQL pgbench 10.3 GPU Power Consumption Monitor Watts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 31.0 AVG: 33.0 MAX: 38.0 PostgreSQL pgbench 10.3 GPU Memory Usage Monitor Megabytes < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1.0 AVG: 3.4 MAX: 8.0 PostgreSQL pgbench 10.3 GPU Frequency Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 800 AVG: 800 MAX: 800 PostgreSQL pgbench 10.3 GPU Fan Speed Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 37.3 AVG: 37.3 MAX: 37.3 PostgreSQL pgbench 10.3 CPU Usage (Summary) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.1 AVG: 33.3 MAX: 75.3 PostgreSQL pgbench 10.3 CPU Usage (CPU23) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 32.9 MAX: 76.5 PostgreSQL pgbench 10.3 CPU Usage (CPU22) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 34 MAX: 100 PostgreSQL pgbench 10.3 CPU Usage (CPU21) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 33 MAX: 100 PostgreSQL pgbench 10.3 CPU Usage (CPU20) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 33 MAX: 100 PostgreSQL pgbench 10.3 CPU Usage (CPU19) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 33.2 MAX: 96.0 PostgreSQL pgbench 10.3 CPU Usage (CPU18) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 35 MAX: 100 PostgreSQL pgbench 10.3 CPU Usage (CPU17) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 33 MAX: 100 PostgreSQL pgbench 10.3 CPU Usage (CPU16) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 33 MAX: 100 PostgreSQL pgbench 10.3 CPU Usage (CPU15) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 32.0 MAX: 76.5 PostgreSQL pgbench 10.3 CPU Usage (CPU14) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 32.6 MAX: 76.0 PostgreSQL pgbench 10.3 CPU Usage (CPU13) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 32.4 MAX: 81.6 PostgreSQL pgbench 10.3 CPU Usage (CPU12) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 32.7 MAX: 75.5 PostgreSQL pgbench 10.3 CPU Usage (CPU11) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 33 MAX: 100 PostgreSQL pgbench 10.3 CPU Usage (CPU10) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 33.7 MAX: 93.9 PostgreSQL pgbench 10.3 CPU Usage (CPU9) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 38 MAX: 100 PostgreSQL pgbench 10.3 CPU Usage (CPU8) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 32.4 MAX: 76.0 PostgreSQL pgbench 10.3 CPU Usage (CPU7) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 33.5 MAX: 94.0 PostgreSQL pgbench 10.3 CPU Usage (CPU6) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 36 MAX: 100 PostgreSQL pgbench 10.3 CPU Usage (CPU5) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 32.0 MAX: 76.0 PostgreSQL pgbench 10.3 CPU Usage (CPU4) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 33 MAX: 100 PostgreSQL pgbench 10.3 CPU Usage (CPU3) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 34 MAX: 100 PostgreSQL pgbench 10.3 CPU Usage (CPU2) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 32.1 MAX: 81.6 PostgreSQL pgbench 10.3 CPU Usage (CPU1) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 32.2 MAX: 76.5 PostgreSQL pgbench 10.3 CPU Usage (CPU0) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 32.5 MAX: 75.5 PostgreSQL pgbench 10.3 CPU Frequency (CPU23) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2873 MAX: 4321 PostgreSQL pgbench 10.3 CPU Frequency (CPU22) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2951 MAX: 4304 PostgreSQL pgbench 10.3 CPU Frequency (CPU21) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 3017 MAX: 4367 PostgreSQL pgbench 10.3 CPU Frequency (CPU20) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2852 MAX: 4293 PostgreSQL pgbench 10.3 CPU Frequency (CPU19) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2903 MAX: 4327 PostgreSQL pgbench 10.3 CPU Frequency (CPU18) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2966 MAX: 4364 PostgreSQL pgbench 10.3 CPU Frequency (CPU17) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2852 MAX: 4468 PostgreSQL pgbench 10.3 CPU Frequency (CPU16) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2870 MAX: 4465 PostgreSQL pgbench 10.3 CPU Frequency (CPU15) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2933 MAX: 4520 PostgreSQL pgbench 10.3 CPU Frequency (CPU14) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2849 MAX: 4284 PostgreSQL pgbench 10.3 CPU Frequency (CPU13) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2840 MAX: 4453 PostgreSQL pgbench 10.3 CPU Frequency (CPU12) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1856 AVG: 2835 MAX: 4307 PostgreSQL pgbench 10.3 CPU Frequency (CPU11) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2858 MAX: 4306 PostgreSQL pgbench 10.3 CPU Frequency (CPU10) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2940 MAX: 4317 PostgreSQL pgbench 10.3 CPU Frequency (CPU9) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1856 AVG: 3026 MAX: 4367 PostgreSQL pgbench 10.3 CPU Frequency (CPU8) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2845 MAX: 4326 PostgreSQL pgbench 10.3 CPU Frequency (CPU7) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2888 MAX: 4327 PostgreSQL pgbench 10.3 CPU Frequency (CPU6) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1815 AVG: 2990 MAX: 4367 PostgreSQL pgbench 10.3 CPU Frequency (CPU5) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2863 MAX: 4467 PostgreSQL pgbench 10.3 CPU Frequency (CPU4) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2878 MAX: 4461 PostgreSQL pgbench 10.3 CPU Frequency (CPU3) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2927 MAX: 4498 PostgreSQL pgbench 10.3 CPU Frequency (CPU2) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1856 AVG: 2841 MAX: 4417 PostgreSQL pgbench 10.3 CPU Frequency (CPU1) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2850 MAX: 4441 PostgreSQL pgbench 10.3 CPU Frequency (CPU0) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2834 MAX: 4512 PostgreSQL pgbench 10.3 CPU Fan Speed Monitor RPM < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1566 AVG: 1566 MAX: 1566 PostgreSQL pgbench 10.3 System Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 56.0 AVG: 56.4 MAX: 57.0 PostgreSQL pgbench 10.3 System Iowait Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.8 MAX: 4.9 PostgreSQL pgbench 10.3 Memory Usage Monitor Megabytes < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1567 AVG: 1665 MAX: 1709 PostgreSQL pgbench 10.3 Drive Write Speed (nvme1n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 554 MAX: 2313 PostgreSQL pgbench 10.3 Drive Write Speed (nvme0n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.0 MAX: 0.9 PostgreSQL pgbench 10.3 GPU Voltage Monitor Millivolts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 725 AVG: 726 MAX: 750 PostgreSQL pgbench 10.3 GPU Usage Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1.0 AVG: 2.2 MAX: 5.0 PostgreSQL pgbench 10.3 GPU Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 56.0 AVG: 56.4 MAX: 57.0 PostgreSQL pgbench 10.3 GPU Power Consumption Monitor Watts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 32.0 AVG: 33.1 MAX: 37.0 PostgreSQL pgbench 10.3 GPU Memory Usage Monitor Megabytes < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1.0 AVG: 2.3 MAX: 5.0 PostgreSQL pgbench 10.3 GPU Frequency Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 800 AVG: 800 MAX: 800 PostgreSQL pgbench 10.3 GPU Fan Speed Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 37.3 AVG: 37.3 MAX: 37.3 PostgreSQL pgbench 10.3 CPU Usage (Summary) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.1 AVG: 46.4 MAX: 79.1 PostgreSQL pgbench 10.3 CPU Usage (CPU23) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 48 MAX: 100 PostgreSQL pgbench 10.3 CPU Usage (CPU22) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 45.7 MAX: 80.4 PostgreSQL pgbench 10.3 CPU Usage (CPU21) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 45.5 MAX: 79.6 PostgreSQL pgbench 10.3 CPU Usage (CPU20) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 46.3 MAX: 80.0 PostgreSQL pgbench 10.3 CPU Usage (CPU19) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 46 MAX: 98 PostgreSQL pgbench 10.3 CPU Usage (CPU18) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 46.0 MAX: 80.0 PostgreSQL pgbench 10.3 CPU Usage (CPU17) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 45.7 MAX: 80.0 PostgreSQL pgbench 10.3 CPU Usage (CPU16) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 45.7 MAX: 80.0 PostgreSQL pgbench 10.3 CPU Usage (CPU15) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 48 MAX: 100 PostgreSQL pgbench 10.3 CPU Usage (CPU14) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 46.3 MAX: 85.4 PostgreSQL pgbench 10.3 CPU Usage (CPU13) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 46.0 MAX: 80.0 PostgreSQL pgbench 10.3 CPU Usage (CPU12) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 47 MAX: 100 PostgreSQL pgbench 10.3 CPU Usage (CPU11) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 45.0 MAX: 80.4 PostgreSQL pgbench 10.3 CPU Usage (CPU10) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 46.4 MAX: 81.6 PostgreSQL pgbench 10.3 CPU Usage (CPU9) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 51 MAX: 100 PostgreSQL pgbench 10.3 CPU Usage (CPU8) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 45.6 MAX: 90.0 PostgreSQL pgbench 10.3 CPU Usage (CPU7) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 46.2 MAX: 80.4 PostgreSQL pgbench 10.3 CPU Usage (CPU6) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 47.5 MAX: 94.0 PostgreSQL pgbench 10.3 CPU Usage (CPU5) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 46.3 MAX: 88.0 PostgreSQL pgbench 10.3 CPU Usage (CPU4) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 45.3 MAX: 80.0 PostgreSQL pgbench 10.3 CPU Usage (CPU3) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 49 MAX: 100 PostgreSQL pgbench 10.3 CPU Usage (CPU2) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 45.4 MAX: 79.6 PostgreSQL pgbench 10.3 CPU Usage (CPU1) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 45.1 MAX: 79.2 PostgreSQL pgbench 10.3 CPU Usage (CPU0) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 45.5 MAX: 79.2 PostgreSQL pgbench 10.3 CPU Frequency (CPU23) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 3265 MAX: 4311 PostgreSQL pgbench 10.3 CPU Frequency (CPU22) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 3349 MAX: 4285 PostgreSQL pgbench 10.3 CPU Frequency (CPU21) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 3383 MAX: 4335 PostgreSQL pgbench 10.3 CPU Frequency (CPU20) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 3282 MAX: 4292 PostgreSQL pgbench 10.3 CPU Frequency (CPU19) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 3265 MAX: 4292 PostgreSQL pgbench 10.3 CPU Frequency (CPU18) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 3377 MAX: 4306 PostgreSQL pgbench 10.3 CPU Frequency (CPU17) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 3286 MAX: 4414 PostgreSQL pgbench 10.3 CPU Frequency (CPU16) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 3240 MAX: 4393 PostgreSQL pgbench 10.3 CPU Frequency (CPU15) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 3434 MAX: 4515 PostgreSQL pgbench 10.3 CPU Frequency (CPU14) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 3277 MAX: 4327 PostgreSQL pgbench 10.3 CPU Frequency (CPU13) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 3277 MAX: 4436 PostgreSQL pgbench 10.3 CPU Frequency (CPU12) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1856 AVG: 3274 MAX: 4452 PostgreSQL pgbench 10.3 CPU Frequency (CPU11) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 3285 MAX: 4315 PostgreSQL pgbench 10.3 CPU Frequency (CPU10) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 3352 MAX: 4280 PostgreSQL pgbench 10.3 CPU Frequency (CPU9) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 3389 MAX: 4328 PostgreSQL pgbench 10.3 CPU Frequency (CPU8) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 3276 MAX: 4284 PostgreSQL pgbench 10.3 CPU Frequency (CPU7) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 3274 MAX: 4292 PostgreSQL pgbench 10.3 CPU Frequency (CPU6) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 3311 MAX: 4303 PostgreSQL pgbench 10.3 CPU Frequency (CPU5) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 3269 MAX: 4405 PostgreSQL pgbench 10.3 CPU Frequency (CPU4) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 3255 MAX: 4391 PostgreSQL pgbench 10.3 CPU Frequency (CPU3) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 3427 MAX: 4512 PostgreSQL pgbench 10.3 CPU Frequency (CPU2) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 3272 MAX: 4273 PostgreSQL pgbench 10.3 CPU Frequency (CPU1) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 3301 MAX: 4457 PostgreSQL pgbench 10.3 CPU Frequency (CPU0) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 3258 MAX: 4496 PostgreSQL pgbench 10.3 CPU Fan Speed Monitor RPM < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1566 AVG: 1566 MAX: 1566 MariaDB 10.3.8 System Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 55.0 AVG: 56.1 MAX: 57.0 MariaDB 10.3.8 System Iowait Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.1 MAX: 1.7 MariaDB 10.3.8 Memory Usage Monitor Megabytes < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1563 AVG: 1851 MAX: 1892 MariaDB 10.3.8 Drive Write Speed (nvme1n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 111 MAX: 213 MariaDB 10.3.8 Drive Write Speed (nvme0n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 11.6 MariaDB 10.3.8 Drive Write Speed (sda) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.0 MAX: 0.0 MariaDB 10.3.8 Drive Read Speed (nvme0n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.0 MAX: 0.1 MariaDB 10.3.8 GPU Voltage Monitor Millivolts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 725 AVG: 726 MAX: 750 MariaDB 10.3.8 GPU Usage Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1.0 AVG: 6.1 MAX: 21.0 MariaDB 10.3.8 GPU Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 55.0 AVG: 56.1 MAX: 57.0 MariaDB 10.3.8 GPU Power Consumption Monitor Watts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 32.0 AVG: 33.1 MAX: 38.0 MariaDB 10.3.8 GPU Memory Usage Monitor Megabytes < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1.0 AVG: 3.4 MAX: 8.0 MariaDB 10.3.8 GPU Frequency Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 800 AVG: 800 MAX: 800 MariaDB 10.3.8 GPU Fan Speed Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 37.3 AVG: 37.3 MAX: 37.3 MariaDB 10.3.8 CPU Usage (Summary) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.1 AVG: 60.5 MAX: 78.5 MariaDB 10.3.8 CPU Usage (CPU23) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 60.7 MAX: 76.0 MariaDB 10.3.8 CPU Usage (CPU22) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 60.9 MAX: 77.1 MariaDB 10.3.8 CPU Usage (CPU21) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 59.8 MAX: 76.5 MariaDB 10.3.8 CPU Usage (CPU20) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 60.9 MAX: 82.0 MariaDB 10.3.8 CPU Usage (CPU19) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 60.9 MAX: 81.6 MariaDB 10.3.8 CPU Usage (CPU18) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 61.0 MAX: 81.6 MariaDB 10.3.8 CPU Usage (CPU17) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 61.3 MAX: 79.6 MariaDB 10.3.8 CPU Usage (CPU16) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 60.9 MAX: 78.0 MariaDB 10.3.8 CPU Usage (CPU15) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 59.7 MAX: 78.0 MariaDB 10.3.8 CPU Usage (CPU14) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 61.1 MAX: 79.6 MariaDB 10.3.8 CPU Usage (CPU13) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 60.7 MAX: 78.4 MariaDB 10.3.8 CPU Usage (CPU12) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 61.4 MAX: 90.0 MariaDB 10.3.8 CPU Usage (CPU11) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 60.2 MAX: 88.0 MariaDB 10.3.8 CPU Usage (CPU10) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 60.4 MAX: 92.0 MariaDB 10.3.8 CPU Usage (CPU9) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 61.1 MAX: 78.0 MariaDB 10.3.8 CPU Usage (CPU8) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 59.9 MAX: 80.0 MariaDB 10.3.8 CPU Usage (CPU7) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 60.0 MAX: 81.3 MariaDB 10.3.8 CPU Usage (CPU6) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 60.1 MAX: 79.6 MariaDB 10.3.8 CPU Usage (CPU5) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 59.8 MAX: 77.6 MariaDB 10.3.8 CPU Usage (CPU4) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 60.1 MAX: 80.0 MariaDB 10.3.8 CPU Usage (CPU3) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 61.3 MAX: 90.2 MariaDB 10.3.8 CPU Usage (CPU2) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 60 MAX: 100 MariaDB 10.3.8 CPU Usage (CPU1) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 59.8 MAX: 76.5 MariaDB 10.3.8 CPU Usage (CPU0) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 60.1 MAX: 78.0 MariaDB 10.3.8 CPU Frequency (CPU23) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 3475 MAX: 4272 MariaDB 10.3.8 CPU Frequency (CPU22) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 3481 MAX: 4269 MariaDB 10.3.8 CPU Frequency (CPU21) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 3509 MAX: 4459 MariaDB 10.3.8 CPU Frequency (CPU20) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 3488 MAX: 4228 MariaDB 10.3.8 CPU Frequency (CPU19) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 3469 MAX: 4282 MariaDB 10.3.8 CPU Frequency (CPU18) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 3457 MAX: 4307 MariaDB 10.3.8 CPU Frequency (CPU17) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 3478 MAX: 4356 MariaDB 10.3.8 CPU Frequency (CPU16) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 3481 MAX: 4249 MariaDB 10.3.8 CPU Frequency (CPU15) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1863 AVG: 3491 MAX: 4508 MariaDB 10.3.8 CPU Frequency (CPU14) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 3514 MAX: 4452 MariaDB 10.3.8 CPU Frequency (CPU13) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 3494 MAX: 4328 MariaDB 10.3.8 CPU Frequency (CPU12) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 3487 MAX: 4315 MariaDB 10.3.8 CPU Frequency (CPU11) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 3466 MAX: 4246 MariaDB 10.3.8 CPU Frequency (CPU10) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1857 AVG: 3467 MAX: 4255 MariaDB 10.3.8 CPU Frequency (CPU9) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 3487 MAX: 4322 MariaDB 10.3.8 CPU Frequency (CPU8) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 3478 MAX: 4303 MariaDB 10.3.8 CPU Frequency (CPU7) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 3470 MAX: 4292 MariaDB 10.3.8 CPU Frequency (CPU6) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 3474 MAX: 4281 MariaDB 10.3.8 CPU Frequency (CPU5) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 3505 MAX: 4293 MariaDB 10.3.8 CPU Frequency (CPU4) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 3472 MAX: 4284 MariaDB 10.3.8 CPU Frequency (CPU3) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1863 AVG: 3461 MAX: 4284 MariaDB 10.3.8 CPU Frequency (CPU2) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 3488 MAX: 4456 MariaDB 10.3.8 CPU Frequency (CPU1) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1822 AVG: 3490 MAX: 4321 MariaDB 10.3.8 CPU Frequency (CPU0) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 3480 MAX: 4475 MariaDB 10.3.8 CPU Fan Speed Monitor RPM < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1566 AVG: 1566 MAX: 1566 Timed GCC Compilation 8.2 System Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 54.0 AVG: 55.4 MAX: 58.0 Timed GCC Compilation 8.2 System Iowait Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.0 MAX: 1.0 Timed GCC Compilation 8.2 Memory Usage Monitor Megabytes < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1532 AVG: 2456 MAX: 5355 Timed GCC Compilation 8.2 Drive Write Speed (nvme1n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 12 MAX: 1192 Timed GCC Compilation 8.2 Drive Write Speed (nvme0n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.2 MAX: 11.9 Timed GCC Compilation 8.2 Drive Write Speed (sda) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.0 MAX: 0.0 Timed GCC Compilation 8.2 Drive Read Speed (nvme0n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 26.0 Timed GCC Compilation 8.2 GPU Voltage Monitor Millivolts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 725 AVG: 725 MAX: 750 Timed GCC Compilation 8.2 GPU Usage Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1.0 AVG: 5.7 MAX: 22.0 Timed GCC Compilation 8.2 GPU Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 54.0 AVG: 55.4 MAX: 58.0 Timed GCC Compilation 8.2 GPU Power Consumption Monitor Watts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 31.0 AVG: 33.0 MAX: 38.0 Timed GCC Compilation 8.2 GPU Memory Usage Monitor Megabytes < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1.0 AVG: 3.4 MAX: 8.0 Timed GCC Compilation 8.2 GPU Frequency Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 800 AVG: 800 MAX: 800 Timed GCC Compilation 8.2 GPU Fan Speed Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 37.3 AVG: 37.3 MAX: 37.3 Timed GCC Compilation 8.2 CPU Usage (Summary) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 40 MAX: 100 Timed GCC Compilation 8.2 CPU Usage (CPU23) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 38 MAX: 100 Timed GCC Compilation 8.2 CPU Usage (CPU22) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 38 MAX: 100 Timed GCC Compilation 8.2 CPU Usage (CPU21) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 38 MAX: 100 Timed GCC Compilation 8.2 CPU Usage (CPU20) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 37 MAX: 100 Timed GCC Compilation 8.2 CPU Usage (CPU19) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 41 MAX: 100 Timed GCC Compilation 8.2 CPU Usage (CPU18) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 38 MAX: 100 Timed GCC Compilation 8.2 CPU Usage (CPU17) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 39 MAX: 100 Timed GCC Compilation 8.2 CPU Usage (CPU16) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 38 MAX: 100 Timed GCC Compilation 8.2 CPU Usage (CPU15) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 39 MAX: 100 Timed GCC Compilation 8.2 CPU Usage (CPU14) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 40 MAX: 100 Timed GCC Compilation 8.2 CPU Usage (CPU13) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 40 MAX: 100 Timed GCC Compilation 8.2 CPU Usage (CPU12) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 41 MAX: 100 Timed GCC Compilation 8.2 CPU Usage (CPU11) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 40 MAX: 100 Timed GCC Compilation 8.2 CPU Usage (CPU10) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 39 MAX: 100 Timed GCC Compilation 8.2 CPU Usage (CPU9) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 46 MAX: 100 Timed GCC Compilation 8.2 CPU Usage (CPU8) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 42 MAX: 100 Timed GCC Compilation 8.2 CPU Usage (CPU7) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 42 MAX: 100 Timed GCC Compilation 8.2 CPU Usage (CPU6) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 42 MAX: 100 Timed GCC Compilation 8.2 CPU Usage (CPU5) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 43 MAX: 100 Timed GCC Compilation 8.2 CPU Usage (CPU4) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 43 MAX: 100 Timed GCC Compilation 8.2 CPU Usage (CPU3) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 44 MAX: 100 Timed GCC Compilation 8.2 CPU Usage (CPU2) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 44 MAX: 100 Timed GCC Compilation 8.2 CPU Usage (CPU1) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 41 MAX: 100 Timed GCC Compilation 8.2 CPU Usage (CPU0) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 37 MAX: 100 Timed GCC Compilation 8.2 CPU Frequency (CPU23) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 3052 MAX: 4314 Timed GCC Compilation 8.2 CPU Frequency (CPU22) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1856 AVG: 3032 MAX: 4310 Timed GCC Compilation 8.2 CPU Frequency (CPU21) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1856 AVG: 3174 MAX: 4361 Timed GCC Compilation 8.2 CPU Frequency (CPU20) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1832 AVG: 3086 MAX: 4349 Timed GCC Compilation 8.2 CPU Frequency (CPU19) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1810 AVG: 3147 MAX: 4350 Timed GCC Compilation 8.2 CPU Frequency (CPU18) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1752 AVG: 3056 MAX: 4364 Timed GCC Compilation 8.2 CPU Frequency (CPU17) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 3118 MAX: 4494 Timed GCC Compilation 8.2 CPU Frequency (CPU16) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1857 AVG: 3064 MAX: 4468 Timed GCC Compilation 8.2 CPU Frequency (CPU15) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1856 AVG: 3134 MAX: 4519 Timed GCC Compilation 8.2 CPU Frequency (CPU14) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 3159 MAX: 4475 Timed GCC Compilation 8.2 CPU Frequency (CPU13) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 3103 MAX: 4506 Timed GCC Compilation 8.2 CPU Frequency (CPU12) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 3014 MAX: 4501 Timed GCC Compilation 8.2 CPU Frequency (CPU11) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 3062 MAX: 4316 Timed GCC Compilation 8.2 CPU Frequency (CPU10) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1857 AVG: 3044 MAX: 4305 Timed GCC Compilation 8.2 CPU Frequency (CPU9) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 3158 MAX: 4362 Timed GCC Compilation 8.2 CPU Frequency (CPU8) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 3087 MAX: 4345 Timed GCC Compilation 8.2 CPU Frequency (CPU7) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 3114 MAX: 4341 Timed GCC Compilation 8.2 CPU Frequency (CPU6) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 3052 MAX: 4377 Timed GCC Compilation 8.2 CPU Frequency (CPU5) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 3113 MAX: 4499 Timed GCC Compilation 8.2 CPU Frequency (CPU4) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1854 AVG: 3078 MAX: 4470 Timed GCC Compilation 8.2 CPU Frequency (CPU3) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1857 AVG: 3127 MAX: 4515 Timed GCC Compilation 8.2 CPU Frequency (CPU2) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1853 AVG: 3159 MAX: 4472 Timed GCC Compilation 8.2 CPU Frequency (CPU1) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 3082 MAX: 4504 Timed GCC Compilation 8.2 CPU Frequency (CPU0) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1796 AVG: 2999 MAX: 4512 Timed GCC Compilation 8.2 CPU Fan Speed Monitor RPM < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1566 AVG: 1566 MAX: 1566 Dbench 4.0 System Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 57.0 AVG: 57.8 MAX: 59.0 Dbench 4.0 System Iowait Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 4.7 MAX: 8.2 Dbench 4.0 Memory Usage Monitor Megabytes < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1510 AVG: 1527 MAX: 1561 Dbench 4.0 Drive Write Speed (nvme1n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 241 MAX: 253 Dbench 4.0 Drive Write Speed (nvme0n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.1 AVG: 0.3 MAX: 11.6 Dbench 4.0 Drive Write Speed (sda) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.0 MAX: 0.0 Dbench 4.0 Drive Read Speed (nvme0n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.0 MAX: 6.2 Dbench 4.0 GPU Voltage Monitor Millivolts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 725 AVG: 726 MAX: 750 Dbench 4.0 GPU Usage Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1.0 AVG: 4.8 MAX: 19.0 Dbench 4.0 GPU Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 57.0 AVG: 57.8 MAX: 59.0 Dbench 4.0 GPU Power Consumption Monitor Watts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 32.0 AVG: 33.0 MAX: 38.0 Dbench 4.0 GPU Memory Usage Monitor Megabytes < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1.0 AVG: 3.8 MAX: 8.0 Dbench 4.0 GPU Frequency Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 800 AVG: 800 MAX: 800 Dbench 4.0 GPU Fan Speed Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 37.3 AVG: 37.3 MAX: 37.3 Dbench 4.0 CPU Usage (Summary) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.1 AVG: 15.7 MAX: 18.8 Dbench 4.0 CPU Usage (CPU23) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 17 MAX: 100 Dbench 4.0 CPU Usage (CPU22) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 15 MAX: 100 Dbench 4.0 CPU Usage (CPU21) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 9.0 MAX: 36.0 Dbench 4.0 CPU Usage (CPU20) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 18 MAX: 100 Dbench 4.0 CPU Usage (CPU19) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 17 MAX: 100 Dbench 4.0 CPU Usage (CPU18) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 17 MAX: 100 Dbench 4.0 CPU Usage (CPU17) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 19 MAX: 100 Dbench 4.0 CPU Usage (CPU16) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 18 MAX: 100 Dbench 4.0 CPU Usage (CPU15) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 10.2 MAX: 34.0 Dbench 4.0 CPU Usage (CPU14) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 24 MAX: 100 Dbench 4.0 CPU Usage (CPU13) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 20 MAX: 100 Dbench 4.0 CPU Usage (CPU12) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 22 MAX: 100 Dbench 4.0 CPU Usage (CPU11) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 11.7 MAX: 37.3 Dbench 4.0 CPU Usage (CPU10) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 13.6 MAX: 30.6 Dbench 4.0 CPU Usage (CPU9) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 21 MAX: 100 Dbench 4.0 CPU Usage (CPU8) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 10.0 MAX: 35.3 Dbench 4.0 CPU Usage (CPU7) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 11.7 MAX: 32.7 Dbench 4.0 CPU Usage (CPU6) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 13.2 MAX: 77.6 Dbench 4.0 CPU Usage (CPU5) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 12.4 MAX: 35.3 Dbench 4.0 CPU Usage (CPU4) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 14.3 MAX: 37.3 Dbench 4.0 CPU Usage (CPU3) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 22 MAX: 100 Dbench 4.0 CPU Usage (CPU2) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 11.4 MAX: 42.0 Dbench 4.0 CPU Usage (CPU1) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 13.9 MAX: 41.2 Dbench 4.0 CPU Usage (CPU0) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 15.1 MAX: 42.9 Dbench 4.0 CPU Frequency (CPU23) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1758 AVG: 2399 MAX: 4273 Dbench 4.0 CPU Frequency (CPU22) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1826 AVG: 2390 MAX: 4267 Dbench 4.0 CPU Frequency (CPU21) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1500 AVG: 2389 MAX: 4317 Dbench 4.0 CPU Frequency (CPU20) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1815 AVG: 2382 MAX: 4291 Dbench 4.0 CPU Frequency (CPU19) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1834 AVG: 2392 MAX: 4316 Dbench 4.0 CPU Frequency (CPU18) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1739 AVG: 2385 MAX: 4317 Dbench 4.0 CPU Frequency (CPU17) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1852 AVG: 2426 MAX: 4434 Dbench 4.0 CPU Frequency (CPU16) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1851 AVG: 2403 MAX: 4417 Dbench 4.0 CPU Frequency (CPU15) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1760 AVG: 2422 MAX: 4465 Dbench 4.0 CPU Frequency (CPU14) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1828 AVG: 2436 MAX: 4416 Dbench 4.0 CPU Frequency (CPU13) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1504 AVG: 2423 MAX: 4437 Dbench 4.0 CPU Frequency (CPU12) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1849 AVG: 2377 MAX: 4307 Dbench 4.0 CPU Frequency (CPU11) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1854 AVG: 2402 MAX: 4259 Dbench 4.0 CPU Frequency (CPU10) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1610 AVG: 2374 MAX: 4266 Dbench 4.0 CPU Frequency (CPU9) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1631 AVG: 2415 MAX: 4316 Dbench 4.0 CPU Frequency (CPU8) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1411 AVG: 2384 MAX: 4291 Dbench 4.0 CPU Frequency (CPU7) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1759 AVG: 2379 MAX: 4312 Dbench 4.0 CPU Frequency (CPU6) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1654 AVG: 2369 MAX: 4316 Dbench 4.0 CPU Frequency (CPU5) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1753 AVG: 2432 MAX: 4441 Dbench 4.0 CPU Frequency (CPU4) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1588 AVG: 2405 MAX: 4415 Dbench 4.0 CPU Frequency (CPU3) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1501 AVG: 2419 MAX: 4483 Dbench 4.0 CPU Frequency (CPU2) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1818 AVG: 2422 MAX: 4414 Dbench 4.0 CPU Frequency (CPU1) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1645 AVG: 2421 MAX: 4436 Dbench 4.0 CPU Frequency (CPU0) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1843 AVG: 2346 MAX: 4435 Dbench 4.0 CPU Fan Speed Monitor RPM < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1566 AVG: 1566 MAX: 1566 FS-Mark 3.3 System Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 57.0 AVG: 58.0 MAX: 58.0 FS-Mark 3.3 System Iowait Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.2 MAX: 2.4 FS-Mark 3.3 Memory Usage Monitor Megabytes < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1513 AVG: 1515 MAX: 1516 FS-Mark 3.3 Drive Write Speed (nvme1n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 363 MAX: 658 FS-Mark 3.3 Drive Write Speed (nvme0n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.2 AVG: 0.3 MAX: 0.7 FS-Mark 3.3 GPU Voltage Monitor Millivolts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 725 AVG: 725 MAX: 725 FS-Mark 3.3 GPU Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 57.0 AVG: 58.0 MAX: 58.0 FS-Mark 3.3 GPU Power Consumption Monitor Watts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 32.0 AVG: 33.1 MAX: 36.0 FS-Mark 3.3 GPU Frequency Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 800 AVG: 800 MAX: 800 FS-Mark 3.3 GPU Fan Speed Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 37.3 AVG: 37.3 MAX: 37.3 FS-Mark 3.3 CPU Usage (Summary) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.1 AVG: 2.3 MAX: 4.2 FS-Mark 3.3 CPU Usage (CPU23) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.2 MAX: 2.0 FS-Mark 3.3 CPU Usage (CPU22) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.2 MAX: 2.0 FS-Mark 3.3 CPU Usage (CPU21) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.5 MAX: 8.0 FS-Mark 3.3 CPU Usage (CPU20) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 4.9 MAX: 46.9 FS-Mark 3.3 CPU Usage (CPU19) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 3.6 MAX: 50.0 FS-Mark 3.3 CPU Usage (CPU18) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 4.8 MAX: 50.0 FS-Mark 3.3 CPU Usage (CPU17) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 2.0 FS-Mark 3.3 CPU Usage (CPU16) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 2.0 FS-Mark 3.3 CPU Usage (CPU15) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 2.0 FS-Mark 3.3 CPU Usage (CPU14) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 12.2 MAX: 46.9 FS-Mark 3.3 CPU Usage (CPU13) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 5.5 MAX: 38.8 FS-Mark 3.3 CPU Usage (CPU12) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 3.9 MAX: 28.6 FS-Mark 3.3 CPU Usage (CPU11) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 2.0 FS-Mark 3.3 CPU Usage (CPU10) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.3 MAX: 3.9 FS-Mark 3.3 CPU Usage (CPU9) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.2 MAX: 2.0 FS-Mark 3.3 CPU Usage (CPU8) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.4 MAX: 12.0 FS-Mark 3.3 CPU Usage (CPU7) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.6 MAX: 32.7 FS-Mark 3.3 CPU Usage (CPU6) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.2 MAX: 26.5 FS-Mark 3.3 CPU Usage (CPU5) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.3 MAX: 2.0 FS-Mark 3.3 CPU Usage (CPU4) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 2.0 FS-Mark 3.3 CPU Usage (CPU2) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.6 MAX: 3.9 FS-Mark 3.3 CPU Usage (CPU1) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 9.7 MAX: 51.0 FS-Mark 3.3 CPU Usage (CPU0) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 3.7 MAX: 29.2 FS-Mark 3.3 CPU Frequency (CPU23) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2192 AVG: 2248 MAX: 2797 FS-Mark 3.3 CPU Frequency (CPU22) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2154 MAX: 2198 FS-Mark 3.3 CPU Frequency (CPU21) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2154 MAX: 2200 FS-Mark 3.3 CPU Frequency (CPU20) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2156 MAX: 2795 FS-Mark 3.3 CPU Frequency (CPU19) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2217 MAX: 2796 FS-Mark 3.3 CPU Frequency (CPU18) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2187 MAX: 2795 FS-Mark 3.3 CPU Frequency (CPU17) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2191 AVG: 2194 MAX: 2199 FS-Mark 3.3 CPU Frequency (CPU16) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2191 AVG: 2194 MAX: 2197 FS-Mark 3.3 CPU Frequency (CPU15) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2192 AVG: 2195 MAX: 2198 FS-Mark 3.3 CPU Frequency (CPU14) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2211 MAX: 2795 FS-Mark 3.3 CPU Frequency (CPU13) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2210 MAX: 2794 FS-Mark 3.3 CPU Frequency (CPU12) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2154 MAX: 2795 FS-Mark 3.3 CPU Frequency (CPU11) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2190 AVG: 2241 MAX: 2792 FS-Mark 3.3 CPU Frequency (CPU10) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2168 MAX: 2197 FS-Mark 3.3 CPU Frequency (CPU9) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2167 MAX: 2197 FS-Mark 3.3 CPU Frequency (CPU8) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2179 MAX: 2796 FS-Mark 3.3 CPU Frequency (CPU7) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2226 MAX: 2795 FS-Mark 3.3 CPU Frequency (CPU6) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1857 AVG: 2151 MAX: 2795 FS-Mark 3.3 CPU Frequency (CPU5) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1866 AVG: 2181 MAX: 2198 FS-Mark 3.3 CPU Frequency (CPU4) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2190 AVG: 2223 MAX: 2788 FS-Mark 3.3 CPU Frequency (CPU3) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2167 MAX: 2197 FS-Mark 3.3 CPU Frequency (CPU2) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2197 MAX: 2795 FS-Mark 3.3 CPU Frequency (CPU1) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2198 MAX: 2795 FS-Mark 3.3 CPU Frequency (CPU0) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2198 MAX: 2795 FS-Mark 3.3 CPU Fan Speed Monitor RPM < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1566 AVG: 1566 MAX: 1566 FS-Mark 3.3 System Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 58.0 AVG: 58.0 MAX: 59.0 FS-Mark 3.3 System Iowait Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 3.0 MAX: 5.7 FS-Mark 3.3 Memory Usage Monitor Megabytes < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1508 AVG: 1511 MAX: 1518 FS-Mark 3.3 Drive Write Speed (nvme1n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 1044 MAX: 1419 FS-Mark 3.3 Drive Write Speed (nvme0n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.2 AVG: 0.2 MAX: 0.5 FS-Mark 3.3 GPU Voltage Monitor Millivolts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 725 AVG: 726 MAX: 750 FS-Mark 3.3 GPU Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 58.0 AVG: 58.0 MAX: 59.0 FS-Mark 3.3 GPU Power Consumption Monitor Watts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 32.0 AVG: 33.1 MAX: 37.0 FS-Mark 3.3 GPU Frequency Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 800 AVG: 800 MAX: 800 FS-Mark 3.3 GPU Fan Speed Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 37.3 AVG: 37.3 MAX: 37.3 FS-Mark 3.3 CPU Usage (Summary) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.2 AVG: 7.0 MAX: 13.4 FS-Mark 3.3 CPU Usage (CPU23) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 2.4 MAX: 33.3 FS-Mark 3.3 CPU Usage (CPU22) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 12.8 MAX: 55.1 FS-Mark 3.3 CPU Usage (CPU21) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 4.7 MAX: 43.1 FS-Mark 3.3 CPU Usage (CPU20) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 4.6 MAX: 46.9 FS-Mark 3.3 CPU Usage (CPU19) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 7.3 MAX: 52.0 FS-Mark 3.3 CPU Usage (CPU18) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 8.3 MAX: 57.5 FS-Mark 3.3 CPU Usage (CPU17) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 5.5 MAX: 44.9 FS-Mark 3.3 CPU Usage (CPU16) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 12.4 MAX: 53.2 FS-Mark 3.3 CPU Usage (CPU15) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 5.2 MAX: 41.7 FS-Mark 3.3 CPU Usage (CPU14) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 6.3 MAX: 58.3 FS-Mark 3.3 CPU Usage (CPU13) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 10.2 MAX: 58.0 FS-Mark 3.3 CPU Usage (CPU12) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 7.2 MAX: 63.3 FS-Mark 3.3 CPU Usage (CPU11) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 9.8 MAX: 40.8 FS-Mark 3.3 CPU Usage (CPU10) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 5.7 MAX: 38.8 FS-Mark 3.3 CPU Usage (CPU9) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 6.8 MAX: 50.0 FS-Mark 3.3 CPU Usage (CPU8) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 4.8 MAX: 40.8 FS-Mark 3.3 CPU Usage (CPU7) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 7.2 MAX: 77.6 FS-Mark 3.3 CPU Usage (CPU6) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 4.0 MAX: 40.8 FS-Mark 3.3 CPU Usage (CPU5) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 2.5 MAX: 39.6 FS-Mark 3.3 CPU Usage (CPU4) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 3.1 MAX: 68.0 FS-Mark 3.3 CPU Usage (CPU3) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 13.5 MAX: 53.1 FS-Mark 3.3 CPU Usage (CPU2) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 10.9 MAX: 43.1 FS-Mark 3.3 CPU Usage (CPU1) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 9.9 MAX: 44.9 FS-Mark 3.3 CPU Usage (CPU0) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 5.0 MAX: 40.8 FS-Mark 3.3 CPU Frequency (CPU23) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2227 MAX: 2795 FS-Mark 3.3 CPU Frequency (CPU22) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2210 MAX: 2795 FS-Mark 3.3 CPU Frequency (CPU21) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1854 AVG: 2218 MAX: 4290 FS-Mark 3.3 CPU Frequency (CPU20) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2228 MAX: 4275 FS-Mark 3.3 CPU Frequency (CPU19) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2236 MAX: 2798 FS-Mark 3.3 CPU Frequency (CPU18) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2133 MAX: 2795 FS-Mark 3.3 CPU Frequency (CPU17) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2090 MAX: 2795 FS-Mark 3.3 CPU Frequency (CPU16) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2200 MAX: 4284 FS-Mark 3.3 CPU Frequency (CPU15) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1856 AVG: 2351 MAX: 2799 FS-Mark 3.3 CPU Frequency (CPU14) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2278 MAX: 2795 FS-Mark 3.3 CPU Frequency (CPU13) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1856 AVG: 2357 MAX: 4290 FS-Mark 3.3 CPU Frequency (CPU12) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2126 MAX: 2795 FS-Mark 3.3 CPU Frequency (CPU11) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2223 MAX: 2798 FS-Mark 3.3 CPU Frequency (CPU10) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1856 AVG: 2276 MAX: 2796 FS-Mark 3.3 CPU Frequency (CPU9) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2178 MAX: 3493 FS-Mark 3.3 CPU Frequency (CPU8) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2226 MAX: 2795 FS-Mark 3.3 CPU Frequency (CPU7) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2182 MAX: 2795 FS-Mark 3.3 CPU Frequency (CPU6) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1857 AVG: 2184 MAX: 2795 FS-Mark 3.3 CPU Frequency (CPU5) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2080 MAX: 2802 FS-Mark 3.3 CPU Frequency (CPU4) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1857 AVG: 2126 MAX: 2795 FS-Mark 3.3 CPU Frequency (CPU3) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2355 MAX: 2798 FS-Mark 3.3 CPU Frequency (CPU2) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2304 MAX: 2795 FS-Mark 3.3 CPU Frequency (CPU1) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1756 AVG: 2308 MAX: 2795 FS-Mark 3.3 CPU Frequency (CPU0) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2088 MAX: 4290 FS-Mark 3.3 CPU Fan Speed Monitor RPM < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1566 AVG: 1566 MAX: 1566 FS-Mark 3.3 System Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 57.0 AVG: 57.9 MAX: 58.0 FS-Mark 3.3 System Iowait Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.6 MAX: 2.1 FS-Mark 3.3 Memory Usage Monitor Megabytes < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1514 AVG: 1526 MAX: 1540 FS-Mark 3.3 Drive Write Speed (nvme1n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 178 MAX: 617 FS-Mark 3.3 Drive Write Speed (nvme0n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.2 AVG: 0.3 MAX: 0.6 FS-Mark 3.3 GPU Voltage Monitor Millivolts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 725 AVG: 725 MAX: 725 FS-Mark 3.3 GPU Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 57.0 AVG: 57.9 MAX: 58.0 FS-Mark 3.3 GPU Power Consumption Monitor Watts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 33.0 AVG: 33.0 MAX: 33.0 FS-Mark 3.3 GPU Frequency Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 800 AVG: 800 MAX: 800 FS-Mark 3.3 GPU Fan Speed Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 37.3 AVG: 37.3 MAX: 37.3 FS-Mark 3.3 CPU Usage (Summary) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.1 AVG: 1.1 MAX: 3.5 FS-Mark 3.3 CPU Usage (CPU23) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.2 MAX: 14.3 FS-Mark 3.3 CPU Usage (CPU22) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 4.1 MAX: 28.6 FS-Mark 3.3 CPU Usage (CPU20) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.3 MAX: 2.0 FS-Mark 3.3 CPU Usage (CPU17) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.5 MAX: 2.0 FS-Mark 3.3 CPU Usage (CPU16) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.2 MAX: 2.0 FS-Mark 3.3 CPU Usage (CPU15) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.2 MAX: 2.0 FS-Mark 3.3 CPU Usage (CPU14) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 2.5 MAX: 20.4 FS-Mark 3.3 CPU Usage (CPU13) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.7 MAX: 2.0 FS-Mark 3.3 CPU Usage (CPU12) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.7 MAX: 2.1 FS-Mark 3.3 CPU Usage (CPU11) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 3.3 MAX: 34.0 FS-Mark 3.3 CPU Usage (CPU10) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 3.4 MAX: 35.3 FS-Mark 3.3 CPU Usage (CPU9) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 4.2 MAX: 45.8 FS-Mark 3.3 CPU Usage (CPU3) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.3 MAX: 3.9 FS-Mark 3.3 CPU Usage (CPU2) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.7 MAX: 2.0 FS-Mark 3.3 CPU Usage (CPU1) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 3.0 MAX: 29.8 FS-Mark 3.3 CPU Usage (CPU0) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.5 MAX: 3.9 FS-Mark 3.3 CPU Frequency (CPU23) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1863 AVG: 2368 MAX: 4299 FS-Mark 3.3 CPU Frequency (CPU22) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1863 AVG: 2238 MAX: 2794 FS-Mark 3.3 CPU Frequency (CPU21) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2151 MAX: 2309 FS-Mark 3.3 CPU Frequency (CPU20) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2190 AVG: 2237 MAX: 2794 FS-Mark 3.3 CPU Frequency (CPU19) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2192 AVG: 2195 MAX: 2197 FS-Mark 3.3 CPU Frequency (CPU18) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2191 AVG: 2194 MAX: 2197 FS-Mark 3.3 CPU Frequency (CPU17) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2190 AVG: 2194 MAX: 2196 FS-Mark 3.3 CPU Frequency (CPU16) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2191 AVG: 2194 MAX: 2196 FS-Mark 3.3 CPU Frequency (CPU15) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2027 AVG: 2182 MAX: 2197 FS-Mark 3.3 CPU Frequency (CPU14) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1899 AVG: 2157 MAX: 2196 FS-Mark 3.3 CPU Frequency (CPU13) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2193 AVG: 2287 MAX: 2876 FS-Mark 3.3 CPU Frequency (CPU12) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1863 AVG: 2147 MAX: 2196 FS-Mark 3.3 CPU Frequency (CPU11) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2184 MAX: 2795 FS-Mark 3.3 CPU Frequency (CPU10) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2288 MAX: 2800 FS-Mark 3.3 CPU Frequency (CPU9) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2200 MAX: 3591 FS-Mark 3.3 CPU Frequency (CPU8) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2189 AVG: 2194 MAX: 2197 FS-Mark 3.3 CPU Frequency (CPU7) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2189 AVG: 2193 MAX: 2196 FS-Mark 3.3 CPU Frequency (CPU6) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2192 AVG: 2195 MAX: 2196 FS-Mark 3.3 CPU Frequency (CPU5) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2170 MAX: 2197 FS-Mark 3.3 CPU Frequency (CPU4) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2026 AVG: 2224 MAX: 2793 FS-Mark 3.3 CPU Frequency (CPU3) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2146 MAX: 2196 FS-Mark 3.3 CPU Frequency (CPU2) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2261 MAX: 2794 FS-Mark 3.3 CPU Frequency (CPU1) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2167 MAX: 2795 FS-Mark 3.3 CPU Frequency (CPU0) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1863 AVG: 2166 MAX: 2472 FS-Mark 3.3 CPU Fan Speed Monitor RPM < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1566 AVG: 1566 MAX: 1566 Flexible IO Tester 3.1 System Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 57.0 AVG: 57.9 MAX: 58.0 Flexible IO Tester 3.1 System Iowait Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 0.4 Flexible IO Tester 3.1 Memory Usage Monitor Megabytes < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1515 AVG: 1609 MAX: 1645 Flexible IO Tester 3.1 Drive Write Speed (nvme1n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 2422 MAX: 3334 Flexible IO Tester 3.1 Drive Write Speed (nvme0n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.2 AVG: 0.2 MAX: 0.4 Flexible IO Tester 3.1 GPU Voltage Monitor Millivolts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 725 AVG: 725 MAX: 725 Flexible IO Tester 3.1 GPU Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 57.0 AVG: 57.9 MAX: 58.0 Flexible IO Tester 3.1 GPU Power Consumption Monitor Watts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 32.0 AVG: 32.9 MAX: 33.0 Flexible IO Tester 3.1 GPU Frequency Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 800 AVG: 800 MAX: 800 Flexible IO Tester 3.1 GPU Fan Speed Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 37.3 AVG: 37.3 MAX: 37.3 Flexible IO Tester 3.1 CPU Usage (Summary) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.1 AVG: 0.7 MAX: 1.6 Flexible IO Tester 3.1 CPU Usage (CPU23) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.7 MAX: 18.4 Flexible IO Tester 3.1 CPU Usage (CPU22) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.5 MAX: 21.3 Flexible IO Tester 3.1 CPU Usage (CPU21) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 4.0 Flexible IO Tester 3.1 CPU Usage (CPU20) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.3 MAX: 6.1 Flexible IO Tester 3.1 CPU Usage (CPU19) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 2.0 MAX: 25.0 Flexible IO Tester 3.1 CPU Usage (CPU18) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.7 MAX: 16.3 Flexible IO Tester 3.1 CPU Usage (CPU17) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.3 MAX: 18.0 Flexible IO Tester 3.1 CPU Usage (CPU16) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.4 MAX: 16.3 Flexible IO Tester 3.1 CPU Usage (CPU15) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.5 MAX: 13.7 Flexible IO Tester 3.1 CPU Usage (CPU14) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.8 MAX: 16.3 Flexible IO Tester 3.1 CPU Usage (CPU13) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.5 MAX: 3.9 Flexible IO Tester 3.1 CPU Usage (CPU12) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.6 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU11) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.2 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU10) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.7 MAX: 16.0 Flexible IO Tester 3.1 CPU Usage (CPU9) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.6 MAX: 10.0 Flexible IO Tester 3.1 CPU Usage (CPU8) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.4 MAX: 16.0 Flexible IO Tester 3.1 CPU Usage (CPU7) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.3 MAX: 16.3 Flexible IO Tester 3.1 CPU Usage (CPU6) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.7 MAX: 16.0 Flexible IO Tester 3.1 CPU Usage (CPU5) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.3 MAX: 3.9 Flexible IO Tester 3.1 CPU Usage (CPU4) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU3) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.9 MAX: 14.9 Flexible IO Tester 3.1 CPU Usage (CPU2) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.9 MAX: 16.0 Flexible IO Tester 3.1 CPU Usage (CPU1) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.4 MAX: 3.9 Flexible IO Tester 3.1 CPU Usage (CPU0) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.8 MAX: 14.3 Flexible IO Tester 3.1 CPU Frequency (CPU23) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2194 MAX: 2792 Flexible IO Tester 3.1 CPU Frequency (CPU22) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2211 MAX: 2794 Flexible IO Tester 3.1 CPU Frequency (CPU21) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2183 MAX: 2793 Flexible IO Tester 3.1 CPU Frequency (CPU20) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1863 AVG: 2149 MAX: 2197 Flexible IO Tester 3.1 CPU Frequency (CPU19) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2224 MAX: 2670 Flexible IO Tester 3.1 CPU Frequency (CPU18) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2193 MAX: 2679 Flexible IO Tester 3.1 CPU Frequency (CPU17) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2207 MAX: 2794 Flexible IO Tester 3.1 CPU Frequency (CPU16) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2177 MAX: 2794 Flexible IO Tester 3.1 CPU Frequency (CPU15) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2182 MAX: 2794 Flexible IO Tester 3.1 CPU Frequency (CPU14) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1863 AVG: 2197 MAX: 2782 Flexible IO Tester 3.1 CPU Frequency (CPU13) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2175 MAX: 2202 Flexible IO Tester 3.1 CPU Frequency (CPU12) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2195 MAX: 2620 Flexible IO Tester 3.1 CPU Frequency (CPU11) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2176 MAX: 2793 Flexible IO Tester 3.1 CPU Frequency (CPU10) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2272 MAX: 4288 Flexible IO Tester 3.1 CPU Frequency (CPU9) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2182 MAX: 2794 Flexible IO Tester 3.1 CPU Frequency (CPU8) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2149 MAX: 2199 Flexible IO Tester 3.1 CPU Frequency (CPU7) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2197 MAX: 2629 Flexible IO Tester 3.1 CPU Frequency (CPU6) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1863 AVG: 2196 MAX: 2797 Flexible IO Tester 3.1 CPU Frequency (CPU5) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1855 AVG: 2224 MAX: 2798 Flexible IO Tester 3.1 CPU Frequency (CPU4) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1857 AVG: 2202 MAX: 2794 Flexible IO Tester 3.1 CPU Frequency (CPU3) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2158 MAX: 2793 Flexible IO Tester 3.1 CPU Frequency (CPU2) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2214 MAX: 2795 Flexible IO Tester 3.1 CPU Frequency (CPU1) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2188 MAX: 2791 Flexible IO Tester 3.1 CPU Frequency (CPU0) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2184 MAX: 2503 Flexible IO Tester 3.1 CPU Fan Speed Monitor RPM < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1566 AVG: 1566 MAX: 1566 Flexible IO Tester 3.1 System Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 57.0 AVG: 57.9 MAX: 58.0 Flexible IO Tester 3.1 System Iowait Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 0.4 Flexible IO Tester 3.1 Memory Usage Monitor Megabytes < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1514 AVG: 1608 MAX: 1644 Flexible IO Tester 3.1 Drive Write Speed (nvme1n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 2374 MAX: 3334 Flexible IO Tester 3.1 Drive Write Speed (nvme0n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.2 AVG: 0.3 MAX: 0.6 Flexible IO Tester 3.1 GPU Voltage Monitor Millivolts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 725 AVG: 725 MAX: 725 Flexible IO Tester 3.1 GPU Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 57.0 AVG: 57.9 MAX: 58.0 Flexible IO Tester 3.1 GPU Power Consumption Monitor Watts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 32.0 AVG: 33.0 MAX: 33.0 Flexible IO Tester 3.1 GPU Frequency Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 800 AVG: 800 MAX: 800 Flexible IO Tester 3.1 GPU Fan Speed Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 37.3 AVG: 37.3 MAX: 37.3 Flexible IO Tester 3.1 CPU Usage (Summary) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.1 AVG: 0.8 MAX: 1.8 Flexible IO Tester 3.1 CPU Usage (CPU23) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.8 MAX: 18.0 Flexible IO Tester 3.1 CPU Usage (CPU22) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.2 MAX: 26.0 Flexible IO Tester 3.1 CPU Usage (CPU21) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.2 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU20) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.3 MAX: 8.2 Flexible IO Tester 3.1 CPU Usage (CPU19) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.7 MAX: 21.3 Flexible IO Tester 3.1 CPU Usage (CPU18) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.4 MAX: 36.0 Flexible IO Tester 3.1 CPU Usage (CPU17) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 2.7 MAX: 24.5 Flexible IO Tester 3.1 CPU Usage (CPU16) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.5 MAX: 16.3 Flexible IO Tester 3.1 CPU Usage (CPU15) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.3 MAX: 8.2 Flexible IO Tester 3.1 CPU Usage (CPU14) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.8 MAX: 22.0 Flexible IO Tester 3.1 CPU Usage (CPU13) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.4 MAX: 3.9 Flexible IO Tester 3.1 CPU Usage (CPU12) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.9 MAX: 18.0 Flexible IO Tester 3.1 CPU Usage (CPU11) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.2 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU10) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.2 MAX: 18.0 Flexible IO Tester 3.1 CPU Usage (CPU9) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.5 MAX: 14.9 Flexible IO Tester 3.1 CPU Usage (CPU8) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.6 MAX: 18.0 Flexible IO Tester 3.1 CPU Usage (CPU7) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.2 MAX: 8.0 Flexible IO Tester 3.1 CPU Usage (CPU6) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.3 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU5) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.4 MAX: 14.3 Flexible IO Tester 3.1 CPU Usage (CPU4) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.5 MAX: 16.0 Flexible IO Tester 3.1 CPU Usage (CPU3) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.6 MAX: 14.6 Flexible IO Tester 3.1 CPU Usage (CPU2) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.5 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU1) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.3 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU0) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.5 MAX: 4.1 Flexible IO Tester 3.1 CPU Frequency (CPU23) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2187 MAX: 2794 Flexible IO Tester 3.1 CPU Frequency (CPU22) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1855 AVG: 2220 MAX: 2795 Flexible IO Tester 3.1 CPU Frequency (CPU21) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1715 AVG: 2166 MAX: 2795 Flexible IO Tester 3.1 CPU Frequency (CPU20) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2201 MAX: 3546 Flexible IO Tester 3.1 CPU Frequency (CPU19) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2190 MAX: 2696 Flexible IO Tester 3.1 CPU Frequency (CPU18) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2201 MAX: 2795 Flexible IO Tester 3.1 CPU Frequency (CPU17) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2205 MAX: 2796 Flexible IO Tester 3.1 CPU Frequency (CPU16) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2217 MAX: 2795 Flexible IO Tester 3.1 CPU Frequency (CPU15) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2157 MAX: 2798 Flexible IO Tester 3.1 CPU Frequency (CPU14) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2214 MAX: 4429 Flexible IO Tester 3.1 CPU Frequency (CPU13) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1864 AVG: 2186 MAX: 2792 Flexible IO Tester 3.1 CPU Frequency (CPU12) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2211 MAX: 2690 Flexible IO Tester 3.1 CPU Frequency (CPU11) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1838 AVG: 2169 MAX: 2793 Flexible IO Tester 3.1 CPU Frequency (CPU10) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2229 MAX: 2794 Flexible IO Tester 3.1 CPU Frequency (CPU9) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2195 MAX: 2792 Flexible IO Tester 3.1 CPU Frequency (CPU8) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1951 AVG: 2197 MAX: 2792 Flexible IO Tester 3.1 CPU Frequency (CPU7) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2198 MAX: 2794 Flexible IO Tester 3.1 CPU Frequency (CPU6) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2196 MAX: 2800 Flexible IO Tester 3.1 CPU Frequency (CPU5) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2234 MAX: 2796 Flexible IO Tester 3.1 CPU Frequency (CPU4) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2197 MAX: 2795 Flexible IO Tester 3.1 CPU Frequency (CPU3) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2154 MAX: 2795 Flexible IO Tester 3.1 CPU Frequency (CPU2) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2176 MAX: 4439 Flexible IO Tester 3.1 CPU Frequency (CPU1) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2178 MAX: 2793 Flexible IO Tester 3.1 CPU Frequency (CPU0) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2222 MAX: 2719 Flexible IO Tester 3.1 CPU Fan Speed Monitor RPM < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1566 AVG: 1566 MAX: 1566 Flexible IO Tester 3.1 System Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 57.0 AVG: 57.9 MAX: 58.0 Flexible IO Tester 3.1 System Iowait Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.0 MAX: 0.5 Flexible IO Tester 3.1 Memory Usage Monitor Megabytes < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1509 AVG: 1607 MAX: 1662 Flexible IO Tester 3.1 Drive Write Speed (nvme1n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.0 MAX: 0.0 Flexible IO Tester 3.1 Drive Write Speed (nvme0n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.2 AVG: 0.3 MAX: 0.7 Flexible IO Tester 3.1 Drive Read Speed (nvme1n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 2343 MAX: 3398 Flexible IO Tester 3.1 GPU Voltage Monitor Millivolts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 725 AVG: 725 MAX: 750 Flexible IO Tester 3.1 GPU Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 57.0 AVG: 57.9 MAX: 58.0 Flexible IO Tester 3.1 GPU Power Consumption Monitor Watts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 33.0 AVG: 33.0 MAX: 33.0 Flexible IO Tester 3.1 GPU Frequency Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 800 AVG: 800 MAX: 800 Flexible IO Tester 3.1 GPU Fan Speed Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 37.3 AVG: 37.3 MAX: 37.3 Flexible IO Tester 3.1 CPU Usage (Summary) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.1 AVG: 0.6 MAX: 1.2 Flexible IO Tester 3.1 CPU Usage (CPU23) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.2 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU22) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.2 MAX: 6.5 Flexible IO Tester 3.1 CPU Usage (CPU21) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.3 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU20) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU19) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.8 MAX: 12.2 Flexible IO Tester 3.1 CPU Usage (CPU18) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.2 MAX: 8.7 Flexible IO Tester 3.1 CPU Usage (CPU17) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.7 MAX: 12.5 Flexible IO Tester 3.1 CPU Usage (CPU16) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.6 MAX: 12.2 Flexible IO Tester 3.1 CPU Usage (CPU15) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU14) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.5 MAX: 10.4 Flexible IO Tester 3.1 CPU Usage (CPU13) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.1 MAX: 12.5 Flexible IO Tester 3.1 CPU Usage (CPU12) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.3 MAX: 10.6 Flexible IO Tester 3.1 CPU Usage (CPU11) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.2 MAX: 3.9 Flexible IO Tester 3.1 CPU Usage (CPU10) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.3 MAX: 8.0 Flexible IO Tester 3.1 CPU Usage (CPU9) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.4 MAX: 3.9 Flexible IO Tester 3.1 CPU Usage (CPU8) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU7) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.0 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU6) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.4 MAX: 12.0 Flexible IO Tester 3.1 CPU Usage (CPU5) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.4 MAX: 13.7 Flexible IO Tester 3.1 CPU Usage (CPU4) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.3 MAX: 13.7 Flexible IO Tester 3.1 CPU Usage (CPU3) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.8 MAX: 10.6 Flexible IO Tester 3.1 CPU Usage (CPU2) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.6 MAX: 3.9 Flexible IO Tester 3.1 CPU Usage (CPU1) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.7 MAX: 12.0 Flexible IO Tester 3.1 CPU Usage (CPU0) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.9 MAX: 12.0 Flexible IO Tester 3.1 CPU Frequency (CPU23) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1857 AVG: 2253 MAX: 4222 Flexible IO Tester 3.1 CPU Frequency (CPU22) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2159 MAX: 2613 Flexible IO Tester 3.1 CPU Frequency (CPU21) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2198 MAX: 3175 Flexible IO Tester 3.1 CPU Frequency (CPU20) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2197 MAX: 2791 Flexible IO Tester 3.1 CPU Frequency (CPU19) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2197 MAX: 2795 Flexible IO Tester 3.1 CPU Frequency (CPU18) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2185 MAX: 2198 Flexible IO Tester 3.1 CPU Frequency (CPU17) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2179 MAX: 2200 Flexible IO Tester 3.1 CPU Frequency (CPU16) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2210 MAX: 4448 Flexible IO Tester 3.1 CPU Frequency (CPU15) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1964 AVG: 2212 MAX: 2795 Flexible IO Tester 3.1 CPU Frequency (CPU14) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2173 MAX: 2478 Flexible IO Tester 3.1 CPU Frequency (CPU13) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2232 MAX: 2795 Flexible IO Tester 3.1 CPU Frequency (CPU12) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2180 MAX: 2794 Flexible IO Tester 3.1 CPU Frequency (CPU11) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2251 MAX: 4260 Flexible IO Tester 3.1 CPU Frequency (CPU10) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2217 MAX: 4227 Flexible IO Tester 3.1 CPU Frequency (CPU9) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1857 AVG: 2211 MAX: 2797 Flexible IO Tester 3.1 CPU Frequency (CPU8) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2169 AVG: 2201 MAX: 2787 Flexible IO Tester 3.1 CPU Frequency (CPU7) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2192 MAX: 2433 Flexible IO Tester 3.1 CPU Frequency (CPU6) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2190 MAX: 2198 Flexible IO Tester 3.1 CPU Frequency (CPU5) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2186 MAX: 2202 Flexible IO Tester 3.1 CPU Frequency (CPU4) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2183 MAX: 2200 Flexible IO Tester 3.1 CPU Frequency (CPU3) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2189 AVG: 2215 MAX: 2795 Flexible IO Tester 3.1 CPU Frequency (CPU2) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2209 MAX: 2793 Flexible IO Tester 3.1 CPU Frequency (CPU1) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2199 MAX: 2793 Flexible IO Tester 3.1 CPU Frequency (CPU0) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2182 MAX: 2355 Flexible IO Tester 3.1 CPU Fan Speed Monitor RPM < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1566 AVG: 1566 MAX: 1566 Flexible IO Tester 3.1 System Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 57.0 AVG: 58.0 MAX: 59.0 Flexible IO Tester 3.1 System Iowait Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.0 MAX: 0.4 Flexible IO Tester 3.1 Memory Usage Monitor Megabytes < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1504 AVG: 1602 MAX: 1665 Flexible IO Tester 3.1 Drive Write Speed (nvme1n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.0 MAX: 0.0 Flexible IO Tester 3.1 Drive Write Speed (nvme0n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.2 AVG: 0.3 MAX: 2.5 Flexible IO Tester 3.1 Drive Write Speed (sda) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.0 MAX: 0.0 Flexible IO Tester 3.1 Drive Read Speed (nvme1n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 2151 MAX: 3399 Flexible IO Tester 3.1 Drive Read Speed (nvme0n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.0 MAX: 0.0 Flexible IO Tester 3.1 GPU Voltage Monitor Millivolts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 725 AVG: 726 MAX: 750 Flexible IO Tester 3.1 GPU Usage Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1.0 AVG: 6.9 MAX: 19.0 Flexible IO Tester 3.1 GPU Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 57.0 AVG: 58.0 MAX: 59.0 Flexible IO Tester 3.1 GPU Power Consumption Monitor Watts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 32.0 AVG: 33.0 MAX: 37.0 Flexible IO Tester 3.1 GPU Memory Usage Monitor Megabytes < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1.0 AVG: 3.5 MAX: 8.0 Flexible IO Tester 3.1 GPU Frequency Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 800 AVG: 800 MAX: 800 Flexible IO Tester 3.1 GPU Fan Speed Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 37.3 AVG: 37.3 MAX: 37.3 Flexible IO Tester 3.1 CPU Usage (Summary) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.6 MAX: 2.8 Flexible IO Tester 3.1 CPU Usage (CPU23) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.3 MAX: 12.5 Flexible IO Tester 3.1 CPU Usage (CPU22) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.6 MAX: 36.7 Flexible IO Tester 3.1 CPU Usage (CPU21) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 3.9 Flexible IO Tester 3.1 CPU Usage (CPU20) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.3 MAX: 12.5 Flexible IO Tester 3.1 CPU Usage (CPU19) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.6 MAX: 36.7 Flexible IO Tester 3.1 CPU Usage (CPU18) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.4 MAX: 10.0 Flexible IO Tester 3.1 CPU Usage (CPU17) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.7 MAX: 14.6 Flexible IO Tester 3.1 CPU Usage (CPU16) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.0 MAX: 12.5 Flexible IO Tester 3.1 CPU Usage (CPU15) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.4 MAX: 8.0 Flexible IO Tester 3.1 CPU Usage (CPU14) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.8 MAX: 14.3 Flexible IO Tester 3.1 CPU Usage (CPU13) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.6 MAX: 12.5 Flexible IO Tester 3.1 CPU Usage (CPU12) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.1 MAX: 36.0 Flexible IO Tester 3.1 CPU Usage (CPU11) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.2 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU10) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.4 MAX: 36.7 Flexible IO Tester 3.1 CPU Usage (CPU9) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.5 MAX: 18.0 Flexible IO Tester 3.1 CPU Usage (CPU8) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.3 MAX: 12.0 Flexible IO Tester 3.1 CPU Usage (CPU7) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.6 MAX: 36.7 Flexible IO Tester 3.1 CPU Usage (CPU6) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.4 MAX: 11.8 Flexible IO Tester 3.1 CPU Usage (CPU5) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.2 MAX: 10.2 Flexible IO Tester 3.1 CPU Usage (CPU4) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.1 MAX: 15.1 Flexible IO Tester 3.1 CPU Usage (CPU3) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.8 MAX: 12.5 Flexible IO Tester 3.1 CPU Usage (CPU2) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.6 MAX: 13.7 Flexible IO Tester 3.1 CPU Usage (CPU1) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.7 MAX: 12.0 Flexible IO Tester 3.1 CPU Usage (CPU0) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.6 MAX: 13.5 Flexible IO Tester 3.1 CPU Frequency (CPU23) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2220 MAX: 2797 Flexible IO Tester 3.1 CPU Frequency (CPU22) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1855 AVG: 2169 MAX: 2794 Flexible IO Tester 3.1 CPU Frequency (CPU21) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2208 MAX: 3593 Flexible IO Tester 3.1 CPU Frequency (CPU20) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2200 MAX: 3850 Flexible IO Tester 3.1 CPU Frequency (CPU19) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2197 MAX: 2799 Flexible IO Tester 3.1 CPU Frequency (CPU18) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2192 MAX: 2795 Flexible IO Tester 3.1 CPU Frequency (CPU17) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2195 MAX: 2794 Flexible IO Tester 3.1 CPU Frequency (CPU16) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2189 MAX: 3589 Flexible IO Tester 3.1 CPU Frequency (CPU15) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2201 MAX: 2795 Flexible IO Tester 3.1 CPU Frequency (CPU14) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2196 MAX: 4277 Flexible IO Tester 3.1 CPU Frequency (CPU13) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2201 MAX: 2794 Flexible IO Tester 3.1 CPU Frequency (CPU12) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2198 MAX: 3878 Flexible IO Tester 3.1 CPU Frequency (CPU11) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2207 MAX: 2797 Flexible IO Tester 3.1 CPU Frequency (CPU10) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2186 MAX: 4274 Flexible IO Tester 3.1 CPU Frequency (CPU9) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1857 AVG: 2203 MAX: 3590 Flexible IO Tester 3.1 CPU Frequency (CPU8) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2195 MAX: 2797 Flexible IO Tester 3.1 CPU Frequency (CPU7) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2208 MAX: 4338 Flexible IO Tester 3.1 CPU Frequency (CPU6) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2190 MAX: 2794 Flexible IO Tester 3.1 CPU Frequency (CPU5) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2196 MAX: 2796 Flexible IO Tester 3.1 CPU Frequency (CPU4) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2186 MAX: 2794 Flexible IO Tester 3.1 CPU Frequency (CPU3) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2209 MAX: 4495 Flexible IO Tester 3.1 CPU Frequency (CPU2) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2199 MAX: 4454 Flexible IO Tester 3.1 CPU Frequency (CPU1) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2197 MAX: 2794 Flexible IO Tester 3.1 CPU Frequency (CPU0) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2194 MAX: 2795 Flexible IO Tester 3.1 CPU Fan Speed Monitor RPM < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1566 AVG: 1566 MAX: 1566 Flexible IO Tester 3.1 System Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 58.0 AVG: 58.2 MAX: 59.0 Flexible IO Tester 3.1 System Iowait Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 0.5 Flexible IO Tester 3.1 Memory Usage Monitor Megabytes < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1502 AVG: 1599 MAX: 1633 Flexible IO Tester 3.1 Drive Write Speed (nvme1n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 2416 MAX: 3334 Flexible IO Tester 3.1 Drive Write Speed (nvme0n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.2 AVG: 0.5 MAX: 11.7 Flexible IO Tester 3.1 GPU Voltage Monitor Millivolts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 725 AVG: 727 MAX: 750 Flexible IO Tester 3.1 GPU Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 58.0 AVG: 58.2 MAX: 59.0 Flexible IO Tester 3.1 GPU Power Consumption Monitor Watts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 32.0 AVG: 33.0 MAX: 34.0 Flexible IO Tester 3.1 GPU Frequency Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 800 AVG: 800 MAX: 800 Flexible IO Tester 3.1 GPU Fan Speed Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 37.3 AVG: 37.3 MAX: 37.3 Flexible IO Tester 3.1 CPU Usage (Summary) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.1 AVG: 0.7 MAX: 1.7 Flexible IO Tester 3.1 CPU Usage (CPU23) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.2 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU22) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU21) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU20) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.8 MAX: 18.4 Flexible IO Tester 3.1 CPU Usage (CPU19) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.6 MAX: 3.9 Flexible IO Tester 3.1 CPU Usage (CPU18) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.7 MAX: 3.9 Flexible IO Tester 3.1 CPU Usage (CPU17) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.3 MAX: 9.8 Flexible IO Tester 3.1 CPU Usage (CPU16) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.3 MAX: 16.7 Flexible IO Tester 3.1 CPU Usage (CPU15) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 3.9 Flexible IO Tester 3.1 CPU Usage (CPU14) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.9 MAX: 24.5 Flexible IO Tester 3.1 CPU Usage (CPU13) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.6 MAX: 22.5 Flexible IO Tester 3.1 CPU Usage (CPU12) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.9 MAX: 24.5 Flexible IO Tester 3.1 CPU Usage (CPU11) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 3.9 Flexible IO Tester 3.1 CPU Usage (CPU10) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU9) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.6 MAX: 10.2 Flexible IO Tester 3.1 CPU Usage (CPU8) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.5 MAX: 10.0 Flexible IO Tester 3.1 CPU Usage (CPU7) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.5 MAX: 3.9 Flexible IO Tester 3.1 CPU Usage (CPU6) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.9 MAX: 18.0 Flexible IO Tester 3.1 CPU Usage (CPU5) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.3 MAX: 22.0 Flexible IO Tester 3.1 CPU Usage (CPU4) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.5 MAX: 17.7 Flexible IO Tester 3.1 CPU Usage (CPU3) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.4 MAX: 16.7 Flexible IO Tester 3.1 CPU Usage (CPU2) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.7 MAX: 14.6 Flexible IO Tester 3.1 CPU Usage (CPU1) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.1 MAX: 18.0 Flexible IO Tester 3.1 CPU Usage (CPU0) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.0 MAX: 12.0 Flexible IO Tester 3.1 CPU Frequency (CPU23) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2193 MAX: 2787 Flexible IO Tester 3.1 CPU Frequency (CPU22) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2193 MAX: 2794 Flexible IO Tester 3.1 CPU Frequency (CPU21) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1963 AVG: 2209 MAX: 2794 Flexible IO Tester 3.1 CPU Frequency (CPU20) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1863 AVG: 2240 MAX: 2794 Flexible IO Tester 3.1 CPU Frequency (CPU19) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2164 MAX: 2724 Flexible IO Tester 3.1 CPU Frequency (CPU18) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2163 MAX: 2795 Flexible IO Tester 3.1 CPU Frequency (CPU17) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2142 MAX: 2797 Flexible IO Tester 3.1 CPU Frequency (CPU16) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2203 MAX: 2795 Flexible IO Tester 3.1 CPU Frequency (CPU15) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2225 MAX: 2794 Flexible IO Tester 3.1 CPU Frequency (CPU14) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2182 MAX: 2615 Flexible IO Tester 3.1 CPU Frequency (CPU13) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1863 AVG: 2225 MAX: 4454 Flexible IO Tester 3.1 CPU Frequency (CPU12) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2186 MAX: 2616 Flexible IO Tester 3.1 CPU Frequency (CPU11) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2242 MAX: 2794 Flexible IO Tester 3.1 CPU Frequency (CPU10) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2173 MAX: 2792 Flexible IO Tester 3.1 CPU Frequency (CPU9) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2194 MAX: 2795 Flexible IO Tester 3.1 CPU Frequency (CPU8) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2204 MAX: 2794 Flexible IO Tester 3.1 CPU Frequency (CPU7) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2198 MAX: 2795 Flexible IO Tester 3.1 CPU Frequency (CPU6) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2172 MAX: 2795 Flexible IO Tester 3.1 CPU Frequency (CPU5) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2176 MAX: 2794 Flexible IO Tester 3.1 CPU Frequency (CPU4) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2197 MAX: 4380 Flexible IO Tester 3.1 CPU Frequency (CPU3) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2224 MAX: 2795 Flexible IO Tester 3.1 CPU Frequency (CPU2) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2185 MAX: 2794 Flexible IO Tester 3.1 CPU Frequency (CPU1) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1856 AVG: 2194 MAX: 2793 Flexible IO Tester 3.1 CPU Frequency (CPU0) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1863 AVG: 2185 MAX: 2794 Flexible IO Tester 3.1 CPU Fan Speed Monitor RPM < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1566 AVG: 1566 MAX: 1566 Flexible IO Tester 3.1 System Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 57.0 AVG: 58.0 MAX: 59.0 Flexible IO Tester 3.1 System Iowait Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 0.4 Flexible IO Tester 3.1 Memory Usage Monitor Megabytes < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1503 AVG: 1603 MAX: 1641 Flexible IO Tester 3.1 Drive Write Speed (nvme1n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 2373 MAX: 3334 Flexible IO Tester 3.1 Drive Write Speed (nvme0n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.2 AVG: 0.3 MAX: 0.7 Flexible IO Tester 3.1 GPU Voltage Monitor Millivolts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 725 AVG: 726 MAX: 750 Flexible IO Tester 3.1 GPU Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 57.0 AVG: 58.0 MAX: 59.0 Flexible IO Tester 3.1 GPU Power Consumption Monitor Watts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 32.0 AVG: 32.8 MAX: 35.0 Flexible IO Tester 3.1 GPU Frequency Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 800 AVG: 800 MAX: 800 Flexible IO Tester 3.1 GPU Fan Speed Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 37.3 AVG: 37.3 MAX: 37.3 Flexible IO Tester 3.1 CPU Usage (Summary) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.1 AVG: 0.7 MAX: 1.6 Flexible IO Tester 3.1 CPU Usage (CPU23) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 2.7 MAX: 18.4 Flexible IO Tester 3.1 CPU Usage (CPU22) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.1 MAX: 14.9 Flexible IO Tester 3.1 CPU Usage (CPU21) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.5 MAX: 3.9 Flexible IO Tester 3.1 CPU Usage (CPU20) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU19) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.3 MAX: 18.0 Flexible IO Tester 3.1 CPU Usage (CPU18) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 2.1 Flexible IO Tester 3.1 CPU Usage (CPU17) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.2 MAX: 3.9 Flexible IO Tester 3.1 CPU Usage (CPU16) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.2 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU15) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.2 MAX: 3.9 Flexible IO Tester 3.1 CPU Usage (CPU14) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.7 MAX: 16.7 Flexible IO Tester 3.1 CPU Usage (CPU13) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.1 MAX: 16.3 Flexible IO Tester 3.1 CPU Usage (CPU12) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.2 MAX: 21.3 Flexible IO Tester 3.1 CPU Usage (CPU11) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.6 MAX: 10.0 Flexible IO Tester 3.1 CPU Usage (CPU10) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.8 MAX: 18.0 Flexible IO Tester 3.1 CPU Usage (CPU9) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.8 MAX: 21.3 Flexible IO Tester 3.1 CPU Usage (CPU8) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.3 MAX: 3.9 Flexible IO Tester 3.1 CPU Usage (CPU7) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.3 MAX: 16.0 Flexible IO Tester 3.1 CPU Usage (CPU6) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.1 MAX: 26.0 Flexible IO Tester 3.1 CPU Usage (CPU5) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.5 MAX: 3.9 Flexible IO Tester 3.1 CPU Usage (CPU4) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.3 MAX: 3.9 Flexible IO Tester 3.1 CPU Usage (CPU3) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU2) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.3 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU1) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.5 MAX: 17.7 Flexible IO Tester 3.1 CPU Usage (CPU0) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.6 MAX: 10.2 Flexible IO Tester 3.1 CPU Frequency (CPU23) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2215 MAX: 2796 Flexible IO Tester 3.1 CPU Frequency (CPU22) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2175 MAX: 2795 Flexible IO Tester 3.1 CPU Frequency (CPU21) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2177 MAX: 2796 Flexible IO Tester 3.1 CPU Frequency (CPU20) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1863 AVG: 2163 MAX: 2253 Flexible IO Tester 3.1 CPU Frequency (CPU19) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2126 AVG: 2226 MAX: 2660 Flexible IO Tester 3.1 CPU Frequency (CPU18) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2171 MAX: 2197 Flexible IO Tester 3.1 CPU Frequency (CPU17) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2190 MAX: 2199 Flexible IO Tester 3.1 CPU Frequency (CPU16) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2189 MAX: 2198 Flexible IO Tester 3.1 CPU Frequency (CPU15) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2186 AVG: 2202 MAX: 2794 Flexible IO Tester 3.1 CPU Frequency (CPU14) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1836 AVG: 2197 MAX: 2793 Flexible IO Tester 3.1 CPU Frequency (CPU13) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2211 MAX: 4476 Flexible IO Tester 3.1 CPU Frequency (CPU12) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2186 MAX: 2592 Flexible IO Tester 3.1 CPU Frequency (CPU11) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1856 AVG: 2221 MAX: 2796 Flexible IO Tester 3.1 CPU Frequency (CPU10) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2186 MAX: 2795 Flexible IO Tester 3.1 CPU Frequency (CPU9) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2184 MAX: 2931 Flexible IO Tester 3.1 CPU Frequency (CPU8) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1850 AVG: 2171 MAX: 2264 Flexible IO Tester 3.1 CPU Frequency (CPU7) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1903 AVG: 2229 MAX: 2796 Flexible IO Tester 3.1 CPU Frequency (CPU6) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2177 MAX: 2700 Flexible IO Tester 3.1 CPU Frequency (CPU5) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2196 MAX: 2793 Flexible IO Tester 3.1 CPU Frequency (CPU4) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2181 MAX: 2293 Flexible IO Tester 3.1 CPU Frequency (CPU3) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1863 AVG: 2206 MAX: 2795 Flexible IO Tester 3.1 CPU Frequency (CPU2) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2190 MAX: 2796 Flexible IO Tester 3.1 CPU Frequency (CPU1) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2185 MAX: 2754 Flexible IO Tester 3.1 CPU Frequency (CPU0) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1876 AVG: 2194 MAX: 2626 Flexible IO Tester 3.1 CPU Fan Speed Monitor RPM < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1566 AVG: 1566 MAX: 1566 Flexible IO Tester 3.1 System Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 57.0 AVG: 58.0 MAX: 58.0 Flexible IO Tester 3.1 System Iowait Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.0 MAX: 0.1 Flexible IO Tester 3.1 Memory Usage Monitor Megabytes < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1509 AVG: 1609 MAX: 1666 Flexible IO Tester 3.1 Drive Write Speed (nvme1n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.0 MAX: 0.0 Flexible IO Tester 3.1 Drive Write Speed (nvme0n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.2 AVG: 0.3 MAX: 1.0 Flexible IO Tester 3.1 Drive Read Speed (nvme1n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 2335 MAX: 3399 Flexible IO Tester 3.1 GPU Voltage Monitor Millivolts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 725 AVG: 725 MAX: 750 Flexible IO Tester 3.1 GPU Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 57.0 AVG: 58.0 MAX: 58.0 Flexible IO Tester 3.1 GPU Power Consumption Monitor Watts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 32.0 AVG: 32.9 MAX: 33.0 Flexible IO Tester 3.1 GPU Frequency Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 800 AVG: 800 MAX: 800 Flexible IO Tester 3.1 GPU Fan Speed Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 37.3 AVG: 37.3 MAX: 37.3 Flexible IO Tester 3.1 CPU Usage (Summary) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.1 AVG: 0.6 MAX: 2.7 Flexible IO Tester 3.1 CPU Usage (CPU23) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.1 MAX: 12.5 Flexible IO Tester 3.1 CPU Usage (CPU22) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.0 MAX: 12.5 Flexible IO Tester 3.1 CPU Usage (CPU21) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.3 MAX: 4.0 Flexible IO Tester 3.1 CPU Usage (CPU20) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU19) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 3.9 Flexible IO Tester 3.1 CPU Usage (CPU18) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.2 MAX: 7.8 Flexible IO Tester 3.1 CPU Usage (CPU17) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.0 MAX: 12.8 Flexible IO Tester 3.1 CPU Usage (CPU16) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.3 MAX: 10.6 Flexible IO Tester 3.1 CPU Usage (CPU15) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.4 MAX: 10.2 Flexible IO Tester 3.1 CPU Usage (CPU14) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.6 MAX: 8.3 Flexible IO Tester 3.1 CPU Usage (CPU13) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.9 MAX: 18.2 Flexible IO Tester 3.1 CPU Usage (CPU12) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.1 MAX: 15.4 Flexible IO Tester 3.1 CPU Usage (CPU11) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.4 MAX: 13.7 Flexible IO Tester 3.1 CPU Usage (CPU10) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.5 MAX: 12.0 Flexible IO Tester 3.1 CPU Usage (CPU9) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.7 MAX: 12.5 Flexible IO Tester 3.1 CPU Usage (CPU8) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.2 MAX: 5.9 Flexible IO Tester 3.1 CPU Usage (CPU7) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU6) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.3 MAX: 11.8 Flexible IO Tester 3.1 CPU Usage (CPU5) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.9 MAX: 11.8 Flexible IO Tester 3.1 CPU Usage (CPU4) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.7 MAX: 12.0 Flexible IO Tester 3.1 CPU Usage (CPU3) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.5 MAX: 12.0 Flexible IO Tester 3.1 CPU Usage (CPU2) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.5 MAX: 4.1 Flexible IO Tester 3.1 CPU Usage (CPU1) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.6 MAX: 3.9 Flexible IO Tester 3.1 CPU Usage (CPU0) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.8 MAX: 10.0 Flexible IO Tester 3.1 CPU Frequency (CPU23) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2205 MAX: 3243 Flexible IO Tester 3.1 CPU Frequency (CPU22) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2189 MAX: 2794 Flexible IO Tester 3.1 CPU Frequency (CPU21) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2222 MAX: 4210 Flexible IO Tester 3.1 CPU Frequency (CPU20) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1970 AVG: 2209 MAX: 3593 Flexible IO Tester 3.1 CPU Frequency (CPU19) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2051 AVG: 2193 MAX: 2254 Flexible IO Tester 3.1 CPU Frequency (CPU18) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1992 AVG: 2189 MAX: 2197 Flexible IO Tester 3.1 CPU Frequency (CPU17) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1863 AVG: 2193 MAX: 2300 Flexible IO Tester 3.1 CPU Frequency (CPU16) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2098 AVG: 2198 MAX: 2434 Flexible IO Tester 3.1 CPU Frequency (CPU15) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2078 AVG: 2193 MAX: 2199 Flexible IO Tester 3.1 CPU Frequency (CPU14) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2190 AVG: 2226 MAX: 3699 Flexible IO Tester 3.1 CPU Frequency (CPU13) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1863 AVG: 2183 MAX: 2200 Flexible IO Tester 3.1 CPU Frequency (CPU12) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2182 MAX: 2209 Flexible IO Tester 3.1 CPU Frequency (CPU11) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2187 MAX: 2795 Flexible IO Tester 3.1 CPU Frequency (CPU10) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2180 MAX: 2789 Flexible IO Tester 3.1 CPU Frequency (CPU9) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2205 MAX: 2795 Flexible IO Tester 3.1 CPU Frequency (CPU8) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2190 AVG: 2220 MAX: 4313 Flexible IO Tester 3.1 CPU Frequency (CPU7) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2155 AVG: 2193 MAX: 2198 Flexible IO Tester 3.1 CPU Frequency (CPU6) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1863 AVG: 2189 MAX: 2197 Flexible IO Tester 3.1 CPU Frequency (CPU5) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2188 AVG: 2201 MAX: 2730 Flexible IO Tester 3.1 CPU Frequency (CPU4) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2157 AVG: 2199 MAX: 2618 Flexible IO Tester 3.1 CPU Frequency (CPU3) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2190 AVG: 2194 MAX: 2198 Flexible IO Tester 3.1 CPU Frequency (CPU2) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2192 MAX: 2888 Flexible IO Tester 3.1 CPU Frequency (CPU1) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2221 MAX: 2796 Flexible IO Tester 3.1 CPU Frequency (CPU0) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2186 MAX: 3021 Flexible IO Tester 3.1 CPU Fan Speed Monitor RPM < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1566 AVG: 1566 MAX: 1566 Flexible IO Tester 3.1 System Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 57.0 AVG: 57.9 MAX: 58.0 Flexible IO Tester 3.1 System Iowait Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 0.8 Flexible IO Tester 3.1 Memory Usage Monitor Megabytes < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1503 AVG: 1600 MAX: 1638 Flexible IO Tester 3.1 Drive Write Speed (nvme1n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 17 MAX: 870 Flexible IO Tester 3.1 Drive Write Speed (nvme0n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.2 AVG: 0.3 MAX: 0.7 Flexible IO Tester 3.1 Drive Read Speed (nvme1n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0 AVG: 2424 MAX: 3397 Flexible IO Tester 3.1 Drive Read Speed (nvme0n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.0 MAX: 0.0 Flexible IO Tester 3.1 GPU Voltage Monitor Millivolts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 725 AVG: 725 MAX: 750 Flexible IO Tester 3.1 GPU Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 57.0 AVG: 57.9 MAX: 58.0 Flexible IO Tester 3.1 GPU Power Consumption Monitor Watts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 32.0 AVG: 33.0 MAX: 33.0 Flexible IO Tester 3.1 GPU Frequency Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 800 AVG: 800 MAX: 800 Flexible IO Tester 3.1 GPU Fan Speed Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 37.3 AVG: 37.3 MAX: 37.3 Flexible IO Tester 3.1 CPU Usage (Summary) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.1 AVG: 0.5 MAX: 1.0 Flexible IO Tester 3.1 CPU Usage (CPU23) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.0 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU22) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU21) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU20) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.6 MAX: 18.4 Flexible IO Tester 3.1 CPU Usage (CPU19) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.0 MAX: 10.4 Flexible IO Tester 3.1 CPU Usage (CPU18) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.9 MAX: 12.2 Flexible IO Tester 3.1 CPU Usage (CPU17) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.6 MAX: 14.3 Flexible IO Tester 3.1 CPU Usage (CPU16) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.4 MAX: 12.5 Flexible IO Tester 3.1 CPU Usage (CPU15) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.3 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU14) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.5 MAX: 4.1 Flexible IO Tester 3.1 CPU Usage (CPU13) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.9 MAX: 12.5 Flexible IO Tester 3.1 CPU Usage (CPU12) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.9 MAX: 12.5 Flexible IO Tester 3.1 CPU Usage (CPU11) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU10) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.1 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU9) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.2 MAX: 3.9 Flexible IO Tester 3.1 CPU Usage (CPU8) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.2 MAX: 3.9 Flexible IO Tester 3.1 CPU Usage (CPU7) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.0 MAX: 11.8 Flexible IO Tester 3.1 CPU Usage (CPU6) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.3 MAX: 2.0 Flexible IO Tester 3.1 CPU Usage (CPU5) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.8 MAX: 12.0 Flexible IO Tester 3.1 CPU Usage (CPU4) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.2 MAX: 3.9 Flexible IO Tester 3.1 CPU Usage (CPU3) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.6 MAX: 12.5 Flexible IO Tester 3.1 CPU Usage (CPU2) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.3 MAX: 4.0 Flexible IO Tester 3.1 CPU Usage (CPU1) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 2.7 MAX: 13.5 Flexible IO Tester 3.1 CPU Usage (CPU0) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.7 MAX: 6.1 Flexible IO Tester 3.1 CPU Frequency (CPU23) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2178 MAX: 2799 Flexible IO Tester 3.1 CPU Frequency (CPU22) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2231 MAX: 2796 Flexible IO Tester 3.1 CPU Frequency (CPU21) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2164 MAX: 2797 Flexible IO Tester 3.1 CPU Frequency (CPU20) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2188 MAX: 2907 Flexible IO Tester 3.1 CPU Frequency (CPU19) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1864 AVG: 2224 MAX: 2797 Flexible IO Tester 3.1 CPU Frequency (CPU18) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2172 MAX: 2248 Flexible IO Tester 3.1 CPU Frequency (CPU17) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2172 MAX: 2791 Flexible IO Tester 3.1 CPU Frequency (CPU16) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2204 MAX: 2795 Flexible IO Tester 3.1 CPU Frequency (CPU15) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2219 MAX: 2797 Flexible IO Tester 3.1 CPU Frequency (CPU14) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2206 MAX: 2794 Flexible IO Tester 3.1 CPU Frequency (CPU13) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2198 MAX: 2794 Flexible IO Tester 3.1 CPU Frequency (CPU12) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2183 MAX: 2791 Flexible IO Tester 3.1 CPU Frequency (CPU11) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2194 MAX: 2794 Flexible IO Tester 3.1 CPU Frequency (CPU10) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2212 MAX: 2795 Flexible IO Tester 3.1 CPU Frequency (CPU9) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2174 MAX: 2792 Flexible IO Tester 3.1 CPU Frequency (CPU8) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2178 MAX: 2198 Flexible IO Tester 3.1 CPU Frequency (CPU7) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2184 AVG: 2224 MAX: 2795 Flexible IO Tester 3.1 CPU Frequency (CPU6) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2176 MAX: 2196 Flexible IO Tester 3.1 CPU Frequency (CPU5) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2169 MAX: 2199 Flexible IO Tester 3.1 CPU Frequency (CPU4) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2192 MAX: 2793 Flexible IO Tester 3.1 CPU Frequency (CPU3) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2227 MAX: 2795 Flexible IO Tester 3.1 CPU Frequency (CPU2) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2209 MAX: 2795 Flexible IO Tester 3.1 CPU Frequency (CPU1) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2187 MAX: 2484 Flexible IO Tester 3.1 CPU Frequency (CPU0) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1863 AVG: 2181 MAX: 2196 Flexible IO Tester 3.1 CPU Fan Speed Monitor RPM < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1566 AVG: 1566 MAX: 1566 SQLite 3.22 System Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 57.0 AVG: 57.8 MAX: 58.0 SQLite 3.22 System Iowait Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 2.0 MAX: 3.7 SQLite 3.22 Memory Usage Monitor Megabytes < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1496 AVG: 1497 MAX: 1500 SQLite 3.22 Drive Write Speed (nvme1n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 23.6 MAX: 31.3 SQLite 3.22 Drive Write Speed (nvme0n1) Monitor MB/s < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.2 AVG: 0.3 MAX: 0.7 SQLite 3.22 GPU Voltage Monitor Millivolts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 725 AVG: 725 MAX: 725 SQLite 3.22 GPU Temperature Monitor Celsius < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 57.0 AVG: 57.8 MAX: 58.0 SQLite 3.22 GPU Power Consumption Monitor Watts < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 32.0 AVG: 32.9 MAX: 33.0 SQLite 3.22 GPU Frequency Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 800 AVG: 800 MAX: 800 SQLite 3.22 GPU Fan Speed Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 37.3 AVG: 37.3 MAX: 37.3 SQLite 3.22 CPU Usage (Summary) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 2.4 MAX: 4.9 SQLite 3.22 CPU Usage (CPU23) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 2.9 MAX: 40.0 SQLite 3.22 CPU Usage (CPU22) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.9 MAX: 30.0 SQLite 3.22 CPU Usage (CPU21) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.2 MAX: 4.0 SQLite 3.22 CPU Usage (CPU20) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 3.3 MAX: 34.0 SQLite 3.22 CPU Usage (CPU19) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 4.0 MAX: 52.0 SQLite 3.22 CPU Usage (CPU18) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 2.6 MAX: 51.0 SQLite 3.22 CPU Usage (CPU17) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 5.0 MAX: 51.0 SQLite 3.22 CPU Usage (CPU16) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.0 MAX: 19.6 SQLite 3.22 CPU Usage (CPU15) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.7 MAX: 16.0 SQLite 3.22 CPU Usage (CPU14) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 11.2 MAX: 50.0 SQLite 3.22 CPU Usage (CPU13) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 9.4 MAX: 51.0 SQLite 3.22 CPU Usage (CPU12) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 2.5 MAX: 39.2 SQLite 3.22 CPU Usage (CPU11) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.5 MAX: 8.0 SQLite 3.22 CPU Usage (CPU10) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.5 MAX: 8.0 SQLite 3.22 CPU Usage (CPU9) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 2.0 MAX: 42.0 SQLite 3.22 CPU Usage (CPU8) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.9 MAX: 12.0 SQLite 3.22 CPU Usage (CPU7) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.3 MAX: 12.2 SQLite 3.22 CPU Usage (CPU6) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.6 MAX: 9.8 SQLite 3.22 CPU Usage (CPU5) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.6 MAX: 16.0 SQLite 3.22 CPU Usage (CPU4) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 0.9 MAX: 12.5 SQLite 3.22 CPU Usage (CPU3) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.5 MAX: 49.0 SQLite 3.22 CPU Usage (CPU2) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.5 MAX: 14.0 SQLite 3.22 CPU Usage (CPU1) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 1.9 MAX: 14.3 SQLite 3.22 CPU Usage (CPU0) Monitor Percent < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 0.0 AVG: 2.6 MAX: 14.3 SQLite 3.22 CPU Frequency (CPU23) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2199 MAX: 2794 SQLite 3.22 CPU Frequency (CPU22) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2223 MAX: 2792 SQLite 3.22 CPU Frequency (CPU21) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2163 MAX: 2197 SQLite 3.22 CPU Frequency (CPU20) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2187 MAX: 2795 SQLite 3.22 CPU Frequency (CPU19) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2241 MAX: 3686 SQLite 3.22 CPU Frequency (CPU18) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1862 AVG: 2178 MAX: 2793 SQLite 3.22 CPU Frequency (CPU17) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2140 MAX: 2197 SQLite 3.22 CPU Frequency (CPU16) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2133 MAX: 2197 SQLite 3.22 CPU Frequency (CPU15) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2191 AVG: 2290 MAX: 2795 SQLite 3.22 CPU Frequency (CPU14) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2190 AVG: 2197 MAX: 2318 SQLite 3.22 CPU Frequency (CPU13) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2018 AVG: 2191 MAX: 2198 SQLite 3.22 CPU Frequency (CPU12) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2192 AVG: 2198 MAX: 2325 SQLite 3.22 CPU Frequency (CPU11) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2181 MAX: 2796 SQLite 3.22 CPU Frequency (CPU10) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1863 AVG: 2246 MAX: 2795 SQLite 3.22 CPU Frequency (CPU9) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2155 MAX: 2792 SQLite 3.22 CPU Frequency (CPU8) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2183 MAX: 2795 SQLite 3.22 CPU Frequency (CPU7) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1861 AVG: 2262 MAX: 3674 SQLite 3.22 CPU Frequency (CPU6) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1860 AVG: 2147 MAX: 2199 SQLite 3.22 CPU Frequency (CPU5) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1858 AVG: 2148 MAX: 2197 SQLite 3.22 CPU Frequency (CPU4) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1859 AVG: 2149 MAX: 2198 SQLite 3.22 CPU Frequency (CPU3) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2187 AVG: 2276 MAX: 2796 SQLite 3.22 CPU Frequency (CPU2) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2021 AVG: 2190 MAX: 2198 SQLite 3.22 CPU Frequency (CPU1) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2187 AVG: 2194 MAX: 2196 SQLite 3.22 CPU Frequency (CPU0) Monitor Megahertz < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 2195 AVG: 2195 MAX: 2196 SQLite 3.22 CPU Fan Speed Monitor RPM < Lower Is Better inland 1TB pcie 4x4 x2 . MIN: 1566 AVG: 1566 MAX: 1566