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User Friedrich Niebaum Deutschland (Germany) Name Friedrich Niebaum Description Points 585 (0) Status Active Created 8 January 2016 Password Protected Yes Language German Country Deutschland (Germany) Computers/Devices 1 Individual Results 13 Report Issue | Top Users Rank Good Performance :) Global Rank #26955 Position Higher than 69.54% ranked results Qualification Good Performance :) Report Issue Team World Name World Status Active Country   Report Issue | Top Teams | Create a Team Computers/Devices Name Points Platform Popularity Created User Team GigaByte GA-78LMT-USB3 585 (0) Desktop 15 8 January 2016 Friedrich Niebaum World 0 - 1 (1)  Next > End

All BenchmarksProcessor ArithmeticProcessor Multi-Media.NET Arithmetic.NET Multi-MediaJava ArithmeticJava Multi-MediaProcessor Inter-Thread EfficiencyProcessor Cryptography (High Security)Processor Power Management Efficiency (ALU)Processor Power Management Efficiency (FPU)CD-ROM (Read)Data Cache/Memory Latencies (Full Random Access)DVD (Read)Data Cache/Memory Latencies (In-Page Random Access)Blu-ray (Read)Data Cache/Memory Latencies (Sequential Access)Physical Disks (Read)Physical Disks (Write)File System BandwidthFile System I/OMobile Device (Phone/Player) TransferData Cache BandwidthMemory BandwidthCode Cache/Memory Latencies (Full Random Access)Code Cache/Memory Latencies (In-Page Random Access)Code Cache/Memory Latencies (Sequential Access)Video Shader ComputeVideo Memory BandwidthMedia (Audio/Video) Transcode (AVC/H.264)GP (GPU) ProcessingGP (GPU) Memory BandwidthGP (GPU) Cryptography (High Security)Processor Cryptography (Standard Security)GP (GPU) Cryptography (Standard Security)Media (Audio/Video) Transcode (HEVC/H.265)Network (LAN)Wireless (WAN/WWAN)Internet ConnectionInternet PeerageGP (GPU) Financial Analysis (Low/Half Precision)GP (GPU) Scientific Analysis (Low/Half Precision)Internet DNSOverall Internet ScoreGP Global Data Cache/Memory Latencies (In-Page Random Access)GP Global Data Cache/Memory Latencies (Full Random Access)GP Global Data Cache/Memory Latencies (Sequential Access)GP Constant Data Cache/Memory Latencies (In-Page Random Access)GP Constant Data Cache/Memory Latencies (Full Random Access)GP Constant Data Cache/Memory Latencies (Sequential Access)GP Shared Data Cache/Memory Latencies (In-Page Random Access)GP Shared Data Cache/Memory Latencies (Full Random Access)GP Shared Data Cache/Memory Latencies (Sequential Access)GP Texture Cache/Memory Latencies (In-Page Random Access)GP Texture Cache/Memory Latencies (Full Random Access)GP Texture Cache/Memory Latencies (Sequential Access)GP Global Data Cache/Memory BandwidthGP Constant Data Cache/Memory BandwidthGP Shared Data Cache/Memory BandwidthGP Texture Cache/Memory BandwidthMemory Transaction Throughput (Database Transactional)Memory Transaction Throughput (Record Update Only)Processor Financial Analysis (Normal/Single Precision)Processor Financial Analysis (High/Double Precision)GP (GPU) Financial Analysis (Normal/Single Precision)GP (GPU) Financial Analysis (High/Double Precision)Processor Scientific Analysis (Normal/Single Precision)Processor Scientific Analysis (High/Double Precision)GP (GPU) Scientific Analysis (Normal/Single Precision)GP (GPU) Scientific Analysis (High/Double Precision)Overall Score (2014/Silver)Overall Score (2015/Gold)Processor Image Processing (Normal/Single Precision)GP (GPU) Image Processing (Normal/Single Precision)GP (GPU) Image Processing (Low/Half Precision)Overall Processor ScoreOverall Memory ScoreOverall Disk ScoreOverall Score (2016/Platinum)Overall Score (2K21-2018)Overall Graphics ScoreOverall GP (GPU) ScoreProcessor Neural Networks (Normal/Single Precision)Processor Neural Networks (High/Double Precision)GP (GPU) Neural Networks (Normal/Single Precision)GP (GPU) Neural Networks (High/Double Precision)GP (GPU) Neural Networks (Low/Half Precision)Overall Software VM ScoreProcessor Cryptography (China Security)GP (GPU) Cryptography (China Security)Crypto-Processor Performance (High Security)Crypto-Processor Performance (Standard Security) All PlatformsDesktopLaptop/NetbookPhone/PlayerTablet/PadServer/WorkStationVirtualised All Operating SystemsWindows x86Windows x64Windows Arm64 All Operational StatesNormalOverClocked Sort by PerformanceSort by NameSort by SpeedSort by OverClockSort by Date/TimeSort by PopularitySort by Operating SystemSort by Platform

Individual Results Local Rank Benchmark User Team Computer/Device Result ID Score Capacity Speed Power State Platform Operating System Created #63155 (>41.22%) Processor Arithmetic Friedrich Niebaum World GigaByte GA-78LMT-USB3 AMD FX(tm)-6300 Six-Core Processor (3M 6T 4.12GHz, 2GHz IMC, 3x 2MB L2, 2x 8MB L3) 5688GOPS 6CU 412GHz 1314W Normal Desktop Windows x64 10.0 8 January 2016 #156316 (>35.04%) Processor Multi-Media Friedrich Niebaum World GigaByte GA-78LMT-USB3 AMD FX(tm)-6300 Six-Core Processor (3M 6T 4.12GHz, 2GHz IMC, 3x 2MB L2, 2x 8MB L3) 11068Mpix/s 6CU 412GHz 1314W Normal Desktop Windows x64 10.0 8 January 2016 #37910 (>47.70%) .NET Arithmetic Friedrich Niebaum World GigaByte GA-78LMT-USB3 AMD FX(tm)-6300 Six-Core Processor (3M 6T 4.12GHz, 2GHz IMC, 3x 2MB L2, 2x 8MB L3) 1822GOPS 6CU 412GHz 1314W Normal Desktop Windows x64 10.0 8 January 2016 #135480 (>34.99%) Processor Cryptography (High Security) Friedrich Niebaum World GigaByte GA-78LMT-USB3 AMD FX(tm)-6300 Six-Core Processor (3M 6T 4.12GHz, 2GHz IMC, 3x 2MB L2, 2x 8MB L3) 286GB/s 6CU 412GHz 1314W Normal Desktop Windows x64 10.0 8 January 2016 #195491 (>14.36%) Data Cache/Memory Latencies (In-Page Random Access) Friedrich Niebaum World GigaByte GA-78LMT-USB3 AMD RS780/880 Host Bridge; 2x 6GB Samsung M378B5173DB0-CK0 DIMM DDR3 (1.6GHz 128-bit) PC3-12800 (11-11-11-28 5-39-12-6) 702ns 1200GB 160GHz 255W Normal Desktop Windows x64 10.0 8 January 2016 #228914 (>21.27%) Memory Bandwidth Friedrich Niebaum World GigaByte GA-78LMT-USB3 AMD RS780/880 Host Bridge; 2x 6GB Samsung M378B5173DB0-CK0 DIMM DDR3 (1.6GHz 128-bit) PC3-12800 (11-11-11-28 5-39-12-6) 992GB/s 1200GB 160GHz 255W Normal Desktop Windows x64 10.0 8 January 2016 #116218 (>36.81%) GP (GPU) Processing Friedrich Niebaum World GigaByte GA-78LMT-USB3 NVIDIA GeForce GTX 750 (512SP 4C 1.23GHz/1.36GHz, 2MB L2, 1GB 5.1GHz 128-bit) (CUDA) 32314Mpix/s 4CU 123GHz 550W Normal Desktop Windows x64 10.0 8 January 2016 #85610 (>41.92%) GP (GPU) Memory Bandwidth Friedrich Niebaum World GigaByte GA-78LMT-USB3 NVIDIA GeForce GTX 750 (512SP 4C 1.08GHz/1.36GHz, 2MB L2, 1GB 5.1GHz 128-bit) (CUDA) 1929GB/s 1024MB 510GHz 550W Normal Desktop Windows x64 10.0 8 January 2016 #129607 (>29.04%) Processor Financial Analysis (High/Double Precision) Friedrich Niebaum World GigaByte GA-78LMT-USB3 AMD FX(tm)-6300 Six-Core Processor (3M 6T 4.12GHz, 2GHz IMC, 3x 2MB L2, 2x 8MB L3) 1053kOPTS 6CU 412GHz 1314W Normal Desktop Windows x64 10.0 8 January 2016 #88632 (>44.45%) GP (GPU) Financial Analysis (Normal/Single Precision) Friedrich Niebaum World GigaByte GA-78LMT-USB3 NVIDIA GeForce GTX 750 (512SP 4C 1.23GHz/1.36GHz, 2MB L2, 1GB 5.1GHz 128-bit) (CUDA) 40447kOPTS 4CU 123GHz 550W Normal Desktop Windows x64 10.0 8 January 2016 #142405 (>18.48%) Processor Scientific Analysis (High/Double Precision) Friedrich Niebaum World GigaByte GA-78LMT-USB3 AMD FX(tm)-6300 Six-Core Processor (3M 6T 4.12GHz, 2GHz IMC, 3x 2MB L2, 2x 8MB L3) 499GFLOPS 6CU 412GHz 1314W Normal Desktop Windows x64 10.0 8 January 2016 #75569 (>47.48%) GP (GPU) Scientific Analysis (Normal/Single Precision) Friedrich Niebaum World GigaByte GA-78LMT-USB3 NVIDIA GeForce GTX 750 (512SP 4C 1.23GHz/1.36GHz, 2MB L2, 1GB 5.1GHz 128-bit) (CUDA) 19419GFLOPS 4CU 123GHz 550W Normal Desktop Windows x64 10.0 8 January 2016 #18014 (>51.09%) Overall Score (2015/Gold) Friedrich Niebaum World GigaByte GA-78LMT-USB3 GigaByte GA-78LMT-USB3 (AMD FX-6300 Six-Core Processor; AMD RS780/880 Host Bridge; 2x 6GB Samsung M378B5173DB0-CK0 DIM; SSD2SC120G3LC763C121S443; NVIDIA GeForce GTX 750) 799kPT 1300GB 412GHz 1864W Normal Desktop Windows x64 10.0 8 January 2016 0 - 1 (13)  Next > End

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