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User Shu T 日本 (Japan) Name Shu T Description Points 539 (0) Status Active Created 20 January 2016 Password Protected Yes Language Japanese Country 日本 (Japan) Computers/Devices 1 Individual Results 14 Report Issue | Top Users Rank Good Performance :) Global Rank #29551 Position Higher than 66.61% ranked results Qualification Good Performance :) Report Issue Team Lenovo Name Lenovo Status Active Country   Report Issue | Top Teams | Join Team Lenovo | Details for Team Lenovo

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 Benchmark User Team Computer/Device Result ID Score Capacity Speed Power State Platform Operating System Created Processor Multi-Media Shu T Lenovo Lenovo 80J8 IDEAPAD (Lenovo Paganini) Intel(R) Core(TM) M-5Y10c CPU @ 0.80GHz (2C 4T 2GHz, 2GHz IMC, 2x 256kB L2, 4MB L3) 4684Mpix/s 4CU 200GHz 90W Normal Tablet/Pad Windows x64 8.1 20 January 2016 Processor Cryptography (High Security) Shu T Lenovo Lenovo 80J8 IDEAPAD (Lenovo Paganini) Intel(R) Core(TM) M-5Y10c CPU @ 0.80GHz (2C 4T 798MHz/2GHz, 800MHz IMC/2GHz, 2x 256kB L2, 4MB L3) 169GB/s 4CU 080GHz 90W Normal Tablet/Pad Windows x64 8.1 20 January 2016 Data Cache/Memory Latencies (In-Page Random Access) Shu T Lenovo Lenovo 80J8 IDEAPAD (Lenovo Paganini) Intel Core (Broadwell-ULV) Host Bridge (インターナル グラフィックス); 2x 2GB 4KTF25664HZ-1G9N1 DDR3 SO-DIMM (1.6GHz 128-ビット) PC3-12800 (11-11-11-28 5-39-12-8) 386ns 400GB 160GHz 15W Normal Tablet/Pad Windows x64 8.1 20 January 2016 File System Bandwidth Shu T Lenovo Lenovo 80J8 IDEAPAD (Lenovo Paganini) LITEON IT L8T-128L9G (128GB, SATA600, SSD) (NTFS, 4kB) 43908MB/s 12804GB Normal Laptop/Netbook Windows x64 8.1 20 January 2016 File System I/O Shu T Lenovo Lenovo 80J8 IDEAPAD (Lenovo Paganini) LITEON IT L8T-128L9G (128GB, SATA600, SSD) (NTFS, 4kB) 24855IOPS 12804GB 600Gbps Normal Laptop/Netbook Windows x64 8.1 20 January 2016 Memory Bandwidth Shu T Lenovo Lenovo 80J8 IDEAPAD (Lenovo Paganini) Intel Core (Broadwell-ULV) Host Bridge (インターナル グラフィックス); 2x 2GB 4KTF25664HZ-1G9N1 DDR3 SO-DIMM (1.6GHz 128-ビット) PC3-12800 (11-11-11-28 5-39-12-8) 721GB/s 400GB 160GHz 15W Normal Tablet/Pad Windows x64 8.1 20 January 2016 Media (Audio/Video) Transcode (AVC/H.264) Shu T Lenovo Lenovo 80J8 IDEAPAD (Lenovo Paganini) Intel(R) HD Graphics 5300 (24CU 192SP SM5.1 300MHz/800MHz, 768kB L2, 128MB DDR3 1.6GHz 128-ビット, インターナル グラフィックス) (Microsoft H264 Video Decoder MFT > Intel® Quick Sync Video H.264 Encoder MFT; Microsoft AAC Audio Decoder MFT > Microsoft AAC Audio Encoder M 259MB/s 192CU 030GHz 90W Normal Desktop Windows x64 8.1 20 January 2016 GP (GPU) Processing Shu T Lenovo Lenovo 80J8 IDEAPAD (Lenovo Paganini) Intel(R) HD Graphics 5300 (192SP 24C 450MHz/800MHz, 576kB L2, 1.6GB DDR3 1.6GHz 128-ビット, インターナル グラフィックス) (OpenCL) 3973Mpix/s 24CU 045GHz 90W Normal Desktop Windows x64 8.1 20 January 2016 GP (GPU) Memory Bandwidth Shu T Lenovo Lenovo 80J8 IDEAPAD (Lenovo Paganini) Intel(R) HD Graphics 5300 (192SP 24C 400MHz/800MHz, 576kB L2, 1.6GB DDR3 1.6GHz 128-ビット, インターナル グラフィックス) (OpenCL) 697GB/s 1600MB 160GHz 90W Normal Desktop Windows x64 8.1 20 January 2016 GP (GPU) Cryptography (High Security) Shu T Lenovo Lenovo 80J8 IDEAPAD (Lenovo Paganini) Intel(R) HD Graphics 5300 (192SP 24C 350MHz/800MHz, 576kB L2, 1.6GB DDR3 1.6GHz 128-ビット, インターナル グラフィックス) (OpenCL) 077GB/s 24CU 035GHz 90W Normal Desktop Windows x64 8.1 20 January 2016 Processor Financial Analysis (High/Double Precision) Shu T Lenovo Lenovo 80J8 IDEAPAD (Lenovo Paganini) Intel(R) Core(TM) M-5Y10c CPU @ 0.80GHz (2C 4T 2GHz, 2GHz IMC, 2x 256kB L2, 4MB L3) 415kOPTS 4CU 200GHz 90W Normal Tablet/Pad Windows x64 8.1 20 January 2016 GP (GPU) Financial Analysis (Normal/Single Precision) Shu T Lenovo Lenovo 80J8 IDEAPAD (Lenovo Paganini) Intel(R) HD Graphics 5300 (192SP 24C 300MHz/800MHz, 576kB L2, 1.6GB DDR3 1.6GHz 128-ビット, インターナル グラフィックス) (OpenCL) 3587kOPTS 24CU 030GHz 90W Normal Desktop Windows x64 8.1 20 January 2016 Processor Scientific Analysis (High/Double Precision) Shu T Lenovo Lenovo 80J8 IDEAPAD (Lenovo Paganini) Intel(R) Core(TM) M-5Y10c CPU @ 0.80GHz (2C 4T 2GHz, 2GHz IMC, 2x 256kB L2, 4MB L3) 475GFLOPS 4CU 200GHz 90W Normal Tablet/Pad Windows x64 8.1 20 January 2016 GP (GPU) Scientific Analysis (Normal/Single Precision) Shu T Lenovo Lenovo 80J8 IDEAPAD (Lenovo Paganini) Intel(R) HD Graphics 5300 (192SP 24C 300MHz/800MHz, 576kB L2, 1.6GB DDR3 1.6GHz 128-ビット, インターナル グラフィックス) (OpenCL) 1743GFLOPS 24CU 030GHz 90W Normal Desktop Windows x64 8.1 20 January 2016 0 - 1 (14)  Next > End

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