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CPUID - System & hardware benchmark, monitoring, reporting Validation News Developers Goodies Contact CPU-Z for Windows® x86/x64 is a freeware that gathers information on some of the main devices of your system : Processor name and number, codename, process, package, cache levels. Mainboard and chipset. Memory type, size, timings, and module specifications (SPD). Real time measurement of each core's internal frequency, memory frequency. CPU-Z is fully supported on Windows® 11. The CPU-Z‘s detection engine is now available for customized use through the CPUID System Information Development Kit, a professional SDK built for the Microsoft Windows & Android. MY ACCOUNT Install and Remove Since version 1.51, CPU-Z includes an installer. The installation offers several advantages in comparison to the stand-alone version : The installation creates program entries in the start menu and on the desktop. It installs the right binary (x32 or x64) depending on your system. Installation Run the setup executable file, and let it guide you for the installation process. Removal You can remove the program either from the Add or Remove Programs window (from Settings, Control Panel), or choose Uninstall CPU-Z from Start menu, Programs, CPUID, CPU-Z. Configuration file CPU-Z uses a configuration file, cpuz.ini, that allows to set several parameters for the program. The cpuz.ini file must be in the same directory as cpuz.exe. Note that the use of this file is optional. If no .ini file is found, default values will be used. It looks like this : [CPU-Z] TextFontName=Verdana TextFontSize=13 TextFontColor=000060 LabelFontName=Verdana LabelFontSize=13 PCI=1 MaxPCIBus=256 DMI=1 Sensor=1 SMBus=1 Display=1 UseDisplayAPI=1 BusClock=1 Chipset=1 SPD=1 CheckUpdates=1 TextFontName Font used for the information boxes. TextFontSize Size of the font used for the information boxes. TextFontColor Color of the font used for the information boxes. Value is expressed in hexadecimal, and consists in a classic Red/Green/Blue color code :

822 822 54 54 200797 100 822 822 54 54AES256CBC:1 37526 100 923 922 60 60 37546 100 922 923 60 60AES256CBC:2 CRC32:1 166189 100 1211 1210 79 79CRC32:4 425545 100 949 950 62 62CRC32:8 620946 100 842 842 55 55CRC64 297979 100 610 610 40 40SHA256 52860 100 1079 1078 70 70SHA1 113298 100 1061 1060 69 69BLAKE2sp 45058 100 991 991 65 65CPU 100 1537 1535------------------------------------------------------Tot: 111 1179 1276 75 8332-bit, Thumb2# gcc-6 -O2 -mthumb -mcpu=cortex-a537-Zip (a) [32] 16.02 : Copyright (c) 1999-2016 Igor Pavlov : 2016-05-21p7zip Version 16.02 (locale=ru_RU.UTF-8,Utf16=on,HugeFiles=on,32 bits,3 CPUs LE)LECPU Freq: 1535 1534 1535 1535 1535 1535 1535 1535 1534RAM size: 1719 MB, # CPU hardware threads: 3RAM usage: 225 MB, # Benchmark threads: 1Method Speed Usage R/U Rating E/U Effec KiB/s % MIPS MIPS % %CPU 100 1537 1535CPU 100 1537 1535CPU 100 1533 1535 100 100LZMA:x1 3128 100 1143 1144 74 75 17070 100 1390 1390 91 91LZMA:x5:mt1 819 100 1024 1024 67 67 15883 100 1342 1340 87 87LZMA:x5:mt2 1285 173 927 1605 60 105 15912 100 1342 1342 87 87Deflate:x1 8850 100 1125 1124 73 73 42192 100 1311 1311 85 85Deflate:x5 3016 100 1162 1162 76 76 42194 100 1310 1310 85 85Deflate:x7 1105 100 1226 1225 80 80 42417 100 1315 1316 86 86Deflate64:x5 2631 100 1136 1137 74 74 42168 100 1320 1319 86 86BZip2:x1 1572 100 950 950 62 62 9200 100 998 997 65 65BZip2:x5 1014 100 847 847 55 55 5197 100 1021 1020 66 66BZip2:x5:mt2 1776 195 762 1483 50 97 9641 191 992 1892 65 123BZip2:x7 325 100 844 844 55 55 5218 100 1023 1023 67 67PPMD:x1 1013 100 1048 1048 68 68 878 100 1035 1034 67 67PPMD:x5 676 100 1146 1146 75 75 596 100 1118 1118 73 73Delta:4 173258 100 1066 1064 69 69 144342 100 886 887 58 58BCJ 212562 100 871 871 57 57 212315 100 870 870 57 57AES256CBC:1 31623 100 777 777 51 51 31507 100 774 774 50 50AES256CBC:2 CRC32:1 166290 100 1211 1211 79 79CRC32:4 385831 100 861 861 56 56CRC32:8 542376 100 735 735 48 48CRC64 277470 100 568 568 37 37SHA256 44457 100 907 907 59 59SHA1 107530 100 1007 1006 66 66BLAKE2sp 42744 100 940 940 61 61CPU 100 1537 1535------------------------------------------------------Tot: 111 1108 1206 71 7964-bit# gcc-6 -O2 -march=armv8-a -mcpu=cortex-a537-Zip (a) [64] 16.02 : Copyright (c) 1999-2016 Igor Pavlov : 2016-05-21p7zip Version 16.02 (locale=ru_RU.UTF-8,Utf16=on,HugeFiles=on,64 bits,3 CPUs LE)LECPU Freq: 1534 1535 1535 1535 1535 1535 1535 1535 1535RAM size: 1719 MB, # CPU hardware threads: 3RAM usage: 225 MB, # Benchmark threads: 1Method Speed Usage R/U Rating E/U Effec KiB/s % MIPS MIPS % %CPU 100 1535 1535CPU 100 1535 1535CPU

Are named cpu.bmp, cache.bmp, mainboard.bmp and memory.bmp. The F6 key copies the current page in the clipboard. The F7 key saves the validation cvf file in the current directory. The F9 key switches between CPU clock computation methods. Cache Latency Computation The cache latency computation tool allows to gather information about the cache hierarchy of the system. For each cache level, it provides its size and its latency. Please note that code caches are not reported.The latency tool can be downloaded here. 1.CPU-Z reports my CPU running below its clock specification or the clock speed is varying. This is the effect of the CPU power reduction mechanism : C1E (Enhanced Halt State) and/or EIST (Enhanced Intel SpeedStep Technology) for Intel CPUs, Cool'n'Quiet and or PowerNow! for AMD CPUs. Load your system and you will see the frequency increase to its nominal value. 2.CPU-Z reports a wrong CPU vcore. Please download HWMonitor then save monitoring data (menu file -> save monitoring data) and send back the file to us via the bug report form. 3.CPU-Z causes a general protection fault, or freezes my system, or causes a blue screen. edit cpuz.ini, and replace: DMI=1 Sensor=1 SMBus=1 Display=1 UseDisplayAPI=1 with: DMI=0 Sensor=0 SMBus=0 Display=0 UseDisplayAPI=0 Then run cpu-z again. If it works, restore the "1" one by one, until the problem occurs again. Then send an email and mentioning which "1" is responsible. 4.Why does CPU-Z misreport my memory module specification ? For example, my DDR2-800 is reported as DDR2-667. The memory theorical bandwidth is computed using the module access time information for the maximal CAS# latency value, included in the SPD area. If the computed bandwidth is lower than the one specified on the memory module, that means that the SPD information on the module is not correctly programmed, or most