Linx Xtreme Intel and AMD Burn-In Test

[pwacooijmans]

Ik heb speciaal voor de fanatieke tweakers een build gemaakt van een LinPack Burn-In test door 3 Burn-In tests te combineren en er 1 van te maken. De tests die ik heb gecombineerd zijn: LinX Burn-In Test 0.6.5 (11.1.2), Xtreme Burn-In 1.1.5 Test en Intel® oneAPI Math Kernel Library (oneMKL) Benchmarks Suite 2022-0-2-92. Ik heb uit LinX de gegevens gehaald om zo op geheugen size te kunnen selecteren. Uit Xtreme heb ik de Amd versie gehaald en uit Intel oneAPI Math Kernel Library de laatste versie van Intel linpack. Dit heb ik gedaan om op deze manier zo goed mogelijk intel tegenover amd te kunnen zetten wat betreft GFlops en ook de processoren echt zo warm mogelijk te maken. Verder heb ik de meest recente versie van een hardware monitor toegevoegd om zo een goed beeld te krijgen of het een en ander ook echt werkt.

Bij deze de link:
https://drive.google.com/...kHiROpi5wX8mj?usp=sharing

Het gaat om de bestanden LinX Xtreme Intel and Amd Burn-In Test.zip en LibreHardwareMonitor-net452.zip
LinX Xtreme Intel and Amd Burn-In Test is een kwestie van uitpakken, geen verdere installatie vereist.

De manual is super simpel: Ga naar command prompt>ga naar de map>typ runme_intel of runme_amd voor help. Nu volgen een paar voorbeelden:
1. runme_amd 28GB 3
2. runme_intel 1.75GB 20
Het eerste voorbeeld is bedoeld voor een 64-bit AMD systeem met minimaal 32GB. Er wordt 3 keer getest.
Het tweede voorbeeld is bedoeld voor een 32-bit Intel systeem met 4GB geheugen. Er wordt 20 keer getest.

LibreHardwareMonitor is een kwestie van uitpakken en uitvoeren, vereist geen installatie.

Beide programma's zouden moeten werken onder windows 10 en 11.

Is mijn vraag aan de mede tweakers, laat je test ervaringen horen. Werkt het zoals het moet werken?

PS: Ik ga ervan uit dat iedereen die dit probeert voldoende cooling heeft.

[pwacooijmans]

Dit is runme_amd.bat
@echo off
echo Shared-memory version of Intel(R) Distribution for LINPACK* Benchmark. *Other names and brands may be claimed as the property of others. > lininput
echo User-defined string >> lininput
echo 1 # number of tests >> lininput
if "%1"=="16MB" goto %1
if "%1"=="32MB" goto %1
if "%1"=="64MB" goto %1
if "%1"=="128MB" goto %1
if "%1"=="256MB" goto %1
if "%1"=="512MB" goto %1
if "%1"=="768MB" goto %1
if "%1"=="1GB" goto %1
if "%1"=="1.25GB" goto %1
if "%1"=="1.5GB" goto %1
if "%1"=="1.75GB" goto %1
if "%1"=="2GB" goto %1
if "%1"=="2.5GB" goto %1
if "%1"=="3GB" goto %1
if "%1"=="3.5GB" goto %1
if "%1"=="4GB" goto %1
if "%1"=="5GB" goto %1
if "%1"=="6GB" goto %1
if "%1"=="7GB" goto %1
if "%1"=="8GB" goto %1
if "%1"=="10GB" goto %1
if "%1"=="12GB" goto %1
if "%1"=="14GB" goto %1
if "%1"=="16GB" goto %1
if "%1"=="20GB" goto %1
if "%1"=="24GB" goto %1
if "%1"=="28GB" goto %1
goto end2
:16MB
echo 1354 # problem sizes >> lininput
echo 1368 # leading dimensions >> lininput
goto amd32
:32MB
echo 1967 # problem sizes >> lininput
echo 1976 # leading dimensions >> lininput
goto amd32
:64MB
echo 2825 # problem sizes >> lininput
echo 2840 # leading dimensions >> lininput
goto amd32
:128MB
echo 4031 # problem sizes >> lininput
echo 4040 # leading dimensions >> lininput
goto amd32
:256MB
echo 5732 # problem sizes >> lininput
echo 5736 # leading dimensions >> lininput
goto amd32
:512MB
echo 8135 # problem sizes >> lininput
echo 8136 # leading dimensions >> lininput
goto amd32
:768MB
echo 9977 # problem sizes >> lininput
echo 9992 # leading dimensions >> lininput
goto amd32
:1GB
echo 11530 # problem sizes >> lininput
echo 11544 # leading dimensions >> lininput
goto amd32
:1.25GB
echo 12898 # problem sizes >> lininput
echo 12904 # leading dimensions >> lininput
goto amd32
:1.5GB
echo 14135 # problem sizes >> lininput
echo 14136 # leading dimensions >> lininput
goto amd32
:1.75GB
echo 15272 # problem sizes >> lininput
echo 15272 # leading dimensions >> lininput
goto amd32
:2GB
echo 16331 # problem sizes >> lininput
echo 16344 # leading dimensions >> lininput
goto amd64
:2.5GB
echo 18265 # problem sizes >> lininput
echo 18280 # leading dimensions >> lininput
goto amd64
:3GB
echo 20014 # problem sizes >> lininput
echo 20024 # leading dimensions >> lininput
goto amd64
:3.5GB
echo 21622 # problem sizes >> lininput
echo 21624 # leading dimensions >> lininput
goto amd64
:4GB
echo 23118 # problem sizes >> lininput
echo 23128 # leading dimensions >> lininput
goto amd64
:5GB
echo 25854 # problem sizes >> lininput
echo 25864 # leading dimensions >> lininput
goto amd64
:6GB
echo 28326 # problem sizes >> lininput
echo 28328 # leading dimensions >> lininput
goto amd64
:7GB
echo 30600 # problem sizes >> lininput
echo 30600 # leading dimensions >> lininput
goto amd64
:8GB
echo 32717 # problem sizes >> lininput
echo 32728 # leading dimensions >> lininput
goto amd64
:10GB
echo 36585 # problem sizes >> lininput
echo 36600 # leading dimensions >> lininput
goto amd64
:12GB
echo 40082 # problem sizes >> lininput
echo 40088 # leading dimensions >> lininput
goto amd64
:14GB
echo 43297 # problem sizes >> lininput
echo 43304 # leading dimensions >> lininput
goto amd64
:16GB
echo 46290 # problem sizes >> lininput
echo 46296 # leading dimensions >> lininput
goto amd64
:20GB
echo 51760 # problem sizes >> lininput
echo 51768 # leading dimensions >> lininput
goto amd64
:24GB
echo 56705 # problem sizes >> lininput
echo 56712 # leading dimensions >> lininput
goto amd64
:28GB
echo 61253 # problem sizes >> lininput
echo 61256 # leading dimensions >> lininput
goto amd64

:amd32
if not "%2"=="" echo %2 # times to run a test >> lininput
if "%2"=="" echo 3 # times to run a test >> lininput
echo 4 # alignment values (in KBytes) >> lininput
SETLOCAL

rem Setting up affinity for better threading performance
set KMP_AFFINITY=nowarnings,compact,1,0,granularity=fine

"32-bit\linpack_amd32.exe" lininput

echo Done:
date /t
time /t

ENDLOCAL
goto end1

:amd64
if not "%2"=="" echo %2 # times to run a test >> lininput
if "%2"=="" echo 3 # times to run a test >> lininput
echo 4 # alignment values (in KBytes) >> lininput
SETLOCAL

rem Setting up affinity for better threading performance
set KMP_AFFINITY=nowarnings,compact,1,0,granularity=fine

"64-bit\linpack_amd64.exe" lininput

echo Done:
date /t
time /t

ENDLOCAL
goto end1

:end2
echo Specify the memory size and the times to run a test, also in that order and the memory size is capital.
echo Valid 32bit values are: 16MB 32MB 64MB 128MB 256MB 512MB 768MB 1GB 1.25GB 1.5GB 1.75GB
echo Valid 64bit values are: 2GB 2.5GB 3GB 3.5GB 4GB 5GB 6GB 7GB 8GB 10GB 12GB 14GB 16GB 20GB 24GB 28GB
echo Example: runme_amd.bat 28GB 7
echo Runs the test 7 times needing 28GB memory at 64bit on an amd processor
:end1
del /q /f lininput
pause

[pwacooijmans]

Dit is runme_intel.bat
@echo off
echo Shared-memory version of Intel(R) Distribution for LINPACK* Benchmark. *Other names and brands may be claimed as the property of others. > lininput
echo User-defined string >> lininput
echo 1 # number of tests >> lininput
if "%1"=="16MB" goto %1
if "%1"=="32MB" goto %1
if "%1"=="64MB" goto %1
if "%1"=="128MB" goto %1
if "%1"=="256MB" goto %1
if "%1"=="512MB" goto %1
if "%1"=="768MB" goto %1
if "%1"=="1GB" goto %1
if "%1"=="1.25GB" goto %1
if "%1"=="1.5GB" goto %1
if "%1"=="1.75GB" goto %1
if "%1"=="2GB" goto %1
if "%1"=="2.5GB" goto %1
if "%1"=="3GB" goto %1
if "%1"=="3.5GB" goto %1
if "%1"=="4GB" goto %1
if "%1"=="5GB" goto %1
if "%1"=="6GB" goto %1
if "%1"=="7GB" goto %1
if "%1"=="8GB" goto %1
if "%1"=="10GB" goto %1
if "%1"=="12GB" goto %1
if "%1"=="14GB" goto %1
if "%1"=="16GB" goto %1
if "%1"=="20GB" goto %1
if "%1"=="24GB" goto %1
if "%1"=="28GB" goto %1
goto end2
:16MB
echo 1354 # problem sizes >> lininput
echo 1368 # leading dimensions >> lininput
goto intel32
:32MB
echo 1967 # problem sizes >> lininput
echo 1976 # leading dimensions >> lininput
goto intel32
:64MB
echo 2825 # problem sizes >> lininput
echo 2840 # leading dimensions >> lininput
goto intel32
:128MB
echo 4031 # problem sizes >> lininput
echo 4040 # leading dimensions >> lininput
goto intel32
:256MB
echo 5732 # problem sizes >> lininput
echo 5736 # leading dimensions >> lininput
goto intel32
:512MB
echo 8135 # problem sizes >> lininput
echo 8136 # leading dimensions >> lininput
goto intel32
:768MB
echo 9977 # problem sizes >> lininput
echo 9992 # leading dimensions >> lininput
goto intel32
:1GB
echo 11530 # problem sizes >> lininput
echo 11544 # leading dimensions >> lininput
goto intel32
:1.25GB
echo 12898 # problem sizes >> lininput
echo 12904 # leading dimensions >> lininput
goto intel32
:1.5GB
echo 14135 # problem sizes >> lininput
echo 14136 # leading dimensions >> lininput
goto intel32
:1.75GB
echo 15272 # problem sizes >> lininput
echo 15272 # leading dimensions >> lininput
goto intel32
:2GB
echo 16331 # problem sizes >> lininput
echo 16344 # leading dimensions >> lininput
goto intel64
:2.5GB
echo 18265 # problem sizes >> lininput
echo 18280 # leading dimensions >> lininput
goto intel64
:3GB
echo 20014 # problem sizes >> lininput
echo 20024 # leading dimensions >> lininput
goto intel64
:3.5GB
echo 21622 # problem sizes >> lininput
echo 21624 # leading dimensions >> lininput
goto intel64
:4GB
echo 23118 # problem sizes >> lininput
echo 23128 # leading dimensions >> lininput
goto intel64
:5GB
echo 25854 # problem sizes >> lininput
echo 25864 # leading dimensions >> lininput
goto intel64
:6GB
echo 28326 # problem sizes >> lininput
echo 28328 # leading dimensions >> lininput
goto intel64
:7GB
echo 30600 # problem sizes >> lininput
echo 30600 # leading dimensions >> lininput
goto intel64
:8GB
echo 32717 # problem sizes >> lininput
echo 32728 # leading dimensions >> lininput
goto intel64
:10GB
echo 36585 # problem sizes >> lininput
echo 36600 # leading dimensions >> lininput
goto intel64
:12GB
echo 40082 # problem sizes >> lininput
echo 40088 # leading dimensions >> lininput
goto intel64
:14GB
echo 43297 # problem sizes >> lininput
echo 43304 # leading dimensions >> lininput
goto intel64
:16GB
echo 46290 # problem sizes >> lininput
echo 46296 # leading dimensions >> lininput
goto intel64
:20GB
echo 51760 # problem sizes >> lininput
echo 51768 # leading dimensions >> lininput
goto intel64
:24GB
echo 56705 # problem sizes >> lininput
echo 56712 # leading dimensions >> lininput
goto intel64
:28GB
echo 61253 # problem sizes >> lininput
echo 61256 # leading dimensions >> lininput
goto intel64

:intel32
if not "%2"=="" echo %2 # times to run a test >> lininput
if "%2"=="" echo 3 # times to run a test >> lininput
echo 4 # alignment values (in KBytes) >> lininput
SETLOCAL

rem Setting up affinity for better threading performance
set KMP_AFFINITY=nowarnings,compact,1,0,granularity=fine

"32-bit\linpack_xeon32.exe" lininput

echo Done:
date /t
time /t

ENDLOCAL
goto end1

:intel64
if not "%2"=="" echo %2 # times to run a test >> lininput
if "%2"=="" echo 3 # times to run a test >> lininput
echo 4 # alignment values (in KBytes) >> lininput
SETLOCAL

rem Setting up affinity for better threading performance
set KMP_AFFINITY=nowarnings,compact,1,0,granularity=fine

"64-bit\linpack_xeon64.exe" lininput

echo Done:
date /t
time /t

ENDLOCAL
goto end1
:end2
echo Specify the memory size and the times to run a test, also in that order and the memory size is capital.
echo Valid 32bit values are: 16MB 32MB 64MB 128MB 256MB 512MB 768MB 1GB 1.25GB 1.5GB 1.75GB
echo Valid 64bit values are: 2GB 2.5GB 3GB 3.5GB 4GB 5GB 6GB 7GB 8GB 10GB 12GB 14GB 16GB 20GB 24GB 28GB
echo Example: runme_intel.bat 28GB 7
echo Runs the test 7 times needing 28GB memory at 64bit on an intel processor
:end1
del /q /f lininput
pause