Medir el rendimiento en Linux

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Linux Benchmarking – Medir el rendimiento en Linux

Para medir el rendimiento en linux de un ordenador de sobremesa, portátil o servidor, podemos utilizar diversas herramientas. Desde crear bucles esotéricos en bash hasta hacer pruebas de disco con DD, hdparm, iozone, etc.

Existen las denominadas suites que sirven para medir el rendimiento en linux con una serie de aplicaciones reales, simulando su uso mediante herramientas de benchmarking, y que nos proporcionarán unos datos de como se comportaría un equipo para realizar determinada tarea.

Cuando voy a medir el rendimiento en Linux, me gusta utilizar Phoronix Test Suite. Se distribuye en forma de un simple paquete deb, que al instalarlo nos proporciona el comando phoronix-test-suite con el que realizaremos todas las pruebas siguientes. Vamos con ello.

Instalar Phoronix Test Suite

El primer paso es descargarse el instalador de la . Para esta entrada voy a utilizar la última versión disponible, que es la 5.2.1

Para instalarlo, es probable que necesitemos instalar una serie de dependencias:

root@casa:/tmp# dpkg -i phoronix-test-suite_5.2.1_all.deb 
Selecting previously unselected package phoronix-test-suite.
(Reading database ... 202202 files and directories currently installed.)
Preparing to unpack phoronix-test-suite_5.2.1_all.deb ...
Unpacking phoronix-test-suite (5.2.1) ...
dpkg: dependency problems prevent configuration of phoronix-test-suite:
phoronix-test-suite depends on php5-gd; however:
Package php5-gd is not installed.

dpkg: error processing package phoronix-test-suite (--install):
dependency problems - leaving unconfigured
Processing triggers for man-db (2.7.0.2-2) ...
Processing triggers for hicolor-icon-theme (0.13-1) ...
Processing triggers for gnome-menus (3.10.1-0ubuntu2) ...
Processing triggers for desktop-file-utils (0.22-1ubuntu2) ...
Processing triggers for mime-support (3.55ubuntu1) ...
Errors were encountered while processing:
phoronix-test-suite

Podemos solucionar esto ejecutando apt-get -f install, que solicitará instalar todas las dependencias requeridas:

root@casa:/tmp# apt-get -f install
Reading package lists... Done
Building dependency tree 
Reading state information... Done
Correcting dependencies... Done
The following extra packages will be installed:
php5-gd
The following NEW packages will be installed:
php5-gd
0 upgraded, 1 newly installed, 0 to remove and 10 not upgraded.
1 not fully installed or removed.
Need to get 28,8 kB of archives.
After this operation, 167 kB of additional disk space will be used.
Do you want to continue? [Y/n]

Es probable que necesites más paquetes como dependencia que en mi ejemplo para terminar de instalar phoronix test suite. Una vez hayas terminado de instalar todas esas dependencias, vamos a explorar que opciones tenemos con phoronix para medir el rendimiento en Linux.

El programa de por si es un wrapper que se encarga de descargar los trozos de software necesarios para ejecutar sus benchmarks, lo hace todo solito y estas son sus opciones de ejecución:

root@casa:/tmp# phoronix-test-suite

Phoronix Test Suite v5.2.1 (Khanino)

The Phoronix Test Suite is the most comprehensive testing and benchmarking platform 
available for Linux, Solaris, Mac OS X, and BSD operating systems. The Phoronix Test 
Suite allows for carrying out tests in a fully automated manner from test installation 
to execution and reporting. All tests are meant to be easily reproducible, easy-to-use, 
and support fully automated execution. The Phoronix Test Suite is open-source under 
the GNU GPLv3 license and is developed by Phoronix Media in cooperation with partners.

View the included PDF / HTML documentation or visit http://www.phoronix-test-suite.com/ 
for full details.

TEST INSTALLATION

install [Test | Suite | OpenBenchmarking.org ID | Test Result] ...
install-dependencies [Test | Suite | OpenBenchmarking.org ID | Test Result] ...
make-download-cache
remove-installed-test [Test]

TESTING

auto-compare
benchmark [Test | Suite | OpenBenchmarking.org ID | Test Result] ...
finish-run [Test Result]
run [Test | Suite | OpenBenchmarking.org ID | Test Result] ...
run-random-tests
run-tests-in-suite

BATCH TESTING

batch-benchmark [Test | Suite | OpenBenchmarking.org ID | Test Result] ...
batch-install [Test | Suite | OpenBenchmarking.org ID | Test Result] ...
batch-run [Test | Suite | OpenBenchmarking.org ID | Test Result] ...
batch-setup
default-benchmark [Test | Suite | OpenBenchmarking.org ID | Test Result] ...
default-run [Test | Suite | OpenBenchmarking.org ID | Test Result] ...
internal-run [Test | Suite | OpenBenchmarking.org ID | Test Result] ...

OPENBENCHMARKING.ORG

clone-result [OpenBenchmarking ID] ...
list-recommended-tests
openbenchmarking-changes
openbenchmarking-launcher
openbenchmarking-login
openbenchmarking-refresh
openbenchmarking-repositories
upload-result [Test Result]
upload-test-profile
upload-test-suite

SYSTEM

detailed-system-info
diagnostics
interactive
system-info
system-sensors

INFORMATION

info [Test | Suite | OpenBenchmarking.org ID | Test Result]
list-available-suites
list-available-tests
list-available-virtual-suites
list-installed-dependencies
list-installed-suites
list-installed-tests
list-missing-dependencies
list-possible-dependencies
list-saved-results
list-test-usage
list-unsupported-tests

ASSET CREATION

debug-install [Test | Suite | OpenBenchmarking.org ID | Test Result] ...
debug-run [Test | Suite | OpenBenchmarking.org ID | Test Result] ...
debug-test-download-links [Test | Suite]
download-test-files [Test | Suite | OpenBenchmarking.org ID | Test Result] ...
force-install [Test | Suite | OpenBenchmarking.org ID | Test Result] ...
result-file-to-suite [Test Result]
validate-result-file
validate-test-profile
validate-test-suite

RESULT MANAGEMENT

auto-sort-result-file [Test Result]
copy-run-in-result-file [Test Result]
edit-result-file [Test Result]
extract-from-result-file [Test Result]
merge-results [Test Result] ...
refresh-graphs [Test Result]
remove-from-result-file [Test Result]
remove-result [Test Result]
rename-identifier-in-result-file [Test Result]
rename-result-file [Test Result]
reorder-result-file [Test Result]
result-file-to-csv [Test Result]
result-file-to-pdf [Test Result]
result-file-to-text [Test Result]
show-result [Test Result]

RESULT ANALYTICS

analyze-all-runs [Test Result]
analyze-batch [Test Result]
analyze-image-delta [Test Result]

OTHER

build-suite
debug-self-test
help
network-setup
rebuild-composite-xml [Test Result]
user-config-reset
user-config-set
version

WEB / GUI SUPPORT

gui
start-remote-gui-server
start-ws-server

MODULES

list-modules
module-info [Phoronix Test Suite Module]
module-setup [Phoronix Test Suite Module]
test-module [Phoronix Test Suite Module]

GUI / WEB SUPPORT

start-phoromatic-server

Como podemos ver, la ejecución de Phoronix Test Suite se basa en comandos y argumentos. Generalmente vamos a utilizar el comando con una sintaxis tipo phoronix-test-suite run suite/test pero primero vamos a ver más conceptos básicos:

¿Que Benchmarks tiene Phoronix Test Suite?

Phoronix Test Suite dispone de un montón de pruebas diferentes para medir el rendimiento de Linux. Generalmente se trata de aplicaciones especializadas, como servidores web, programas de codificación de vídeo, de cálculos matemáticos, etc. Podemos obtener una lista de los diferentes benchmarks de Phoronix Test Suite con el siguiente comando:

root@casa:/tmp# phoronix-test-suite list-tests

Phoronix Test Suite v5.2.1
Available Tests

pts/aio-stress - AIO-Stress Disk
pts/apache - Apache Benchmark System
pts/apitest - APITest Graphics
pts/apitrace - APITrace Graphics
pts/battery-power-usage - Battery Power Usage System
pts/blake2 - BLAKE2 Processor
pts/blogbench - BlogBench Disk
pts/bork - Bork File Encrypter Processor
pts/botan - Botan Processor
pts/build-apache - Timed Apache Compilation Processor
pts/build-firefox - Timed Firefox Compilation Processor
pts/build-imagemagick - Timed ImageMagick Compilation Processor
pts/build-linux-kernel - Timed Linux Kernel Compilation Processor
pts/build-mplayer - Timed MPlayer Compilation Processor
pts/build-php - Timed PHP Compilation Processor
pts/build-webkitfltk - Timed WebKitFLTK Compilation Processor
pts/bullet - Bullet Physics Engine Processor
pts/byte - BYTE Unix Benchmark Processor
pts/c-ray - C-Ray Processor
pts/cachebench - CacheBench Processor
pts/cairo-demos - Cairo Performance Demos Graphics
pts/cairo-perf-trace - cairo-perf-trace Graphics
pts/clomp - CLOMP Processor
pts/compilebench - Compile Bench Disk
pts/compress-7zip - 7-Zip Compression Processor
pts/compress-gzip - Gzip Compression Processor
pts/compress-lzma - LZMA Compression Processor
pts/compress-pbzip2 - Parallel BZIP2 Compression Processor
pts/corebreach - CoreBreach Graphics
pts/crafty - Crafty Processor
pts/csgo - Counter-Strike: Global Offensive Graphics
pts/cstrike - Counter-Strike Source Graphics
pts/cyclictest - Cyclictest System
pts/dbench - Dbench Disk
pts/dcraw - dcraw Processor
pts/dolfyn - Dolfyn Processor
pts/doom3 - Doom 3 Graphics
pts/ebizzy - ebizzy Processor
pts/encode-ape - Monkey Audio Encoding
pts/encode-flac - FLAC Audio Encoding
pts/encode-mp3 - LAME MP3 Encoding
pts/encode-ogg - Ogg Encoding
pts/encode-opus - Opus Codec Encoding
pts/encode-wavpack - WavPack Audio Encoding
pts/espeak - eSpeak Speech Engine Processor
pts/et - Enemy Territory Graphics
pts/etqw - ET: Quake Wars Graphics
pts/etqw-demo - ET: Quake Wars Demo Graphics
pts/etqw-demo-iqc - ET: Quake Wars Image Quality System
pts/etxreal - ETXreaL Graphics
pts/ffmpeg - FFmpeg Processor
pts/ffte - FFTE Processor
pts/fhourstones - Fhourstones Processor
pts/fio - Flexible IO Tester Disk
pts/fs-mark - FS-Mark Disk
pts/gcrypt - Gcrypt Library Processor
pts/glmark2 - GLmark2 Graphics
pts/gluxmark - gluxMark Graphics
pts/gmpbench - GMPbench Processor
pts/gnupg - GnuPG Processor
pts/gpu-residency - GPU Residency Processor
pts/gputest - GpuTest Graphics
pts/graphics-magick - GraphicsMagick Processor
pts/gtkperf - GtkPerf Graphics
pts/hdparm-read - hdparm Timed Disk Reads Disk
pts/himeno - Himeno Benchmark Processor
pts/hint - Hierarchical INTegration System
pts/hl2lostcoast - Half-Life 2 - Lost Coast Graphics
pts/hmmer - Timed HMMer Search Processor
pts/hpcc - HPC Challenge Processor
pts/hpcg - High Performance Conjugate Gradient Processor
pts/idle - Timed Idle System
pts/idle-power-usage - Idle Power Usage System
pts/interbench - Interbench System
pts/iozone - IOzone Disk
pts/j2dbench - Java 2D Microbenchmark Graphics
pts/java-scimark2 - Java SciMark Processor
pts/jgfxbat - Java Graphics Basic Acceptance Test Processor
pts/john-the-ripper - John The Ripper Processor
pts/juliagpu - JuliaGPU System
pts/jxrendermark - JXRenderMark Graphics
pts/lammps - LAMMPS Molecular Dynamics Simulator Processor
pts/lightsmark - Lightsmark Graphics
pts/luxmark - LuxMark System
pts/mafft - Timed MAFFT Alignment Processor
pts/mandelbulbgpu - MandelbulbGPU System
pts/mandelgpu - MandelGPU System
pts/mencoder - Mencoder Processor
pts/minion - Minion Processor
pts/mrbayes - Timed MrBayes Analysis Processor
pts/n-queens - N-Queens Processor
pts/nero2d - Open FMM Nero2D Processor
pts/network-loopback - Loopback TCP Network Performance Network
pts/nexuiz - Nexuiz Graphics
pts/nexuiz-iqc - Nexuiz Image Quality System
pts/nginx - NGINX Benchmark System
pts/noise-level - NoiseLevel Processor
pts/npb - NAS Parallel Benchmarks Processor
pts/open-porous-media - Open Porous Media Processor
pts/openarena - OpenArena Graphics
pts/opendwarfs - OpenDwarfs System
pts/openssl - OpenSSL Processor
pts/padman - World of Padman Graphics
pts/parboil - Parboil Processor
pts/pgbench - PostgreSQL pgbench System
pts/phpbench - PHPBench System
pts/polybench-c - PolyBench-C Processor
pts/portal - Portal Graphics
pts/postmark - PostMark Disk
pts/povray - POV-Ray Processor
pts/powertop-wakeups - Powertop Wakeups Processor
pts/ppracer - Planet Penguin Racer Graphics
pts/prey - Prey Graphics
pts/primesieve - Primesieve Processor
pts/pybench - PyBench System
pts/pyopencl - PyOpenCL System
pts/qgears2 - QGears2 Graphics
pts/quake4 - Quake 4 Graphics
pts/qvdpautest - qVDPAUtest Graphics
pts/ramspeed - RAMspeed SMP Memory
pts/reaction - Reaction Quake 3 Graphics
pts/render-bench - Render Bench Graphics
pts/rodinia - Rodinia Processor
pts/sample-program - Sample Pi Program Processor
pts/scimark2 - SciMark Processor
pts/smallpt - Smallpt Processor
pts/smallpt-gpu - SmallPT GPU System
pts/smokin-guns - Smokin Guns Graphics
pts/specviewperf10 - SPECViewPerf 10 Graphics
pts/specviewperf9 - SPECViewPerf 9 Graphics
pts/sqlite - SQLite Disk
pts/stockfish - Stockfish Processor
pts/stream - Stream Memory
pts/stresscpu2 - StressCPU2 Stress-Test Processor
pts/sudokut - Sudokut Processor
pts/sunflow - Sunflow Rendering System System
pts/supertuxkart - SuperTuxKart Graphics
pts/system-decompress-bzip2 - System BZIP2 Decompression Processor
pts/system-decompress-gzip - System GZIP Decompression Processor
pts/system-decompress-tiff - System Libtiff Decompression Processor
pts/system-decompress-xz - System XZ Decompression Processor
pts/system-decompress-zlib - System ZLIB Decompression Processor
pts/system-libjpeg - System JPEG Library Decode Processor
pts/system-libxml2 - System Libxml2 Parsing Processor
pts/systemd-boot-kernel - Systemd Kernel Boot Time Processor
pts/systemd-boot-total - Systemd Total Boot Time Processor
pts/systemd-boot-userspace - Systemd Userspace Boot Time Processor
pts/systester - SysTester Processor
pts/tachyon - Tachyon Processor
pts/tesseract - Tesseract Graphics
pts/tf2 - Team Fortress 2 Graphics
pts/tiobench - Threaded I/O Tester Disk
pts/tremulous - Tremulous Graphics
pts/trislam - Triangle Slammer Graphics
pts/tscp - TSCP Processor
pts/ttsiod-renderer - TTSIOD 3D Renderer Processor
pts/unigine-heaven - Unigine Heaven Graphics
pts/unigine-sanctuary - Unigine Sanctuary Graphics
pts/unigine-tropics - Unigine Tropics Graphics
pts/unigine-valley - Unigine Valley Graphics
pts/unpack-linux - Unpacking The Linux Kernel Disk
pts/unvanquished - Unvanquished Graphics
pts/urbanterror - Urban Terror Graphics
pts/ut2004-demo - Unreal Tournament 2004 Demo Graphics
pts/vdrift - VDrift Graphics
pts/video-cpu-usage - 1080p H.264 Video Playback Graphics
pts/viennacl - ViennaCL Graphics
pts/vpxenc - VP8 libvpx Encoding Processor
pts/warsow - Warsow Graphics
pts/x11perf - x11perf Graphics
pts/x264 - x264 Processor
pts/x264-opencl - x264 OpenCL Processor
pts/xonotic - Xonotic Graphics
pts/xplane9 - X-Plane Graphics
pts/xplane9-iqc - X-Plane Image Quality System

Los tests de rendimiento de Phoronix también se agrupan en lo que denominan suites. Son meta paquetes de tests que están orientados a medir el funcionamiento del equipo para determinados roles. Algunos son inestables y pueden fallar. De todas formas, estos son los que hay disponibles:

root@casa:/tmp# phoronix-test-suite list-available-suites

Phoronix Test Suite v5.2.1
Available Suites

pts/audio-encoding - Audio Encoding System
pts/chess - Chess Test Suite Processor
pts/compilation - Timed Code Compilation Processor
pts/compiler - Compiler Processor
pts/compression - Timed File Compression Processor
pts/computational - Computational Test Suite System
pts/computational-biology - Computational Biology Test Suite Processor
pts/cpu - CPU / Processor Suite Processor
pts/cryptography - Cryptography Processor
pts/daily-kernel-tracker - Daily Kernel Tracker System
pts/daily-system-tracker - Daily System Tracker System
pts/database - Database Test Suite System
pts/desktop-graphics - Desktop Graphics System
pts/disk - Disk Test Suite Disk
pts/encoding - Encoding System
pts/favorites - Favorites System
* pts/gaming - Gaming System
pts/gaming-closed - Closed-Source Gaming System
* pts/gaming-free - Free Software Gaming System
pts/gui-toolkits - GUI Toolkits Graphics
pts/ioquake3-games - Games Using The ioquake3 Engine System
pts/iqc - Image Quality Comparison Suite Graphics
pts/java - Java System
pts/java-opengl - Java OpenGL System
pts/kernel - Kernel System
pts/linux-system - Linux System System
pts/memory - Memory Test Suite Memory
pts/mesa - Mesa Test Suite Graphics
pts/motherboard - Motherboard System
pts/multicore - Multi-Core Processor
pts/netbook - Netbook Test Suite System
pts/network - Networking Test Suite Network
pts/nevada - OpenSolaris Nevada Test Suite System
pts/opencl - OpenCL System
pts/opengl-demos - OpenGL Demos Test Suite System
pts/opengl-workstation - OpenGL Workstation Test Suite System
pts/pts-desktop-live - PTS Desktop Live System
pts/ray-tracing - Ray-Tracing Test Suite System
pts/server - Server Motherboard System
pts/unigine - Unigine Test Suite Graphics
* pts/universe - Universe Test Suite System
pts/universe-cli - Universe CLI Test Suite System
* pts/universe-x - Universe X Test Suite System
pts/video-encoding - Video Encoding System
pts/workstation - Workstation System
pts/workstation-graphics - Workstation Graphics Graphics
pts/xrender - X Render Extension Testing Graphics

* Indicates a partially supported suite.

Te recomiendo que veas estos tests clasificándolos en función de la información que puedes obtener de ellos. De esta forma:

Medir el Rendimiento en Linux de un portatil

Para medir el rendimiento en linux de un laptop te recomiendo utilizar los siguientes tests:

  • pts/battery-power-usage para medir el uso de batería.
  • pts/unpack-linux para medir la velocidad del disco duro manejando muchos ficheros pequeños.
  • pts/byte que es un benchmark genérico para cualquier ordenador.

Medir el Rendimiento en Linux de un servidor HTTP

  • pts/apache para medir la cantidad de peticiones por segundo que puede servir apache en ese equipo.
  • pts/nginx para medir la cantidad de peticiones por segundo que puede servir nginx en ese equipo.

Medir el Rendimiento en Linux de un servidor de bases de datos

Para medir el rendimiento de un servidor de bases de datos, te recomiendo la suite:

  • pts/database

Medir el Rendimiento en Linux de un ordenador para desarrollo y compilación

Para medir el rendimiento de un ordenador que va a ser utilizado para desarrollo y compilación, los mejores tests son los de compilar y manejar muchos ficheros pequeños (suponiendo que trabajes habitualmente con git, svn, mercurial, etc):

  • pts/compiler
  • pts/unpack-linux

Medir el Rendimiento en Linux de un ordenador para jugar

Aqui tiraremos directamente de suites de juegos

  • pts/ioquake3-games
  • pts/gaming-closed

Medir el Rendimiento en Linux de un ordenador para codificar vídeo / audio

Para hacer estas pruebas, las mejores suites serán

  • pts/video-encoding
  • pts/audio-encoding
  • pts/opengl-workstation

Medir el Rendimiento en Linux con SSL

La mejor forma de medir el rendimiento de cifrado de un equipo para cifrar SSL es utilizar el test

  • pts/openssl

Medir el rendimiento en linux en un ordenador generico

  • pts/linux-system

 

Benchmarks con Phoronix Test Suite

Para ejecutar los tests, usaremos la sintaxis phoronix-test-suite run test como podrás ver a continuacion. La primera vez que se ejecuta un test es necesario descargar los archivos / programas por lo que puede tardar un poco. Veamos un ejemplo de test que solicita instalación de dependencias:

root@casa:/tmp# phoronix-test-suite run apache

[PROBLEM] pts/apache-1.6.1 is not installed. 
Would you like to stop and install these tests now (Y/n): y

The following dependencies are needed and will be installed:

- perl
- perl-base
- perl-modules
- libsdl-perl
- libperl-dev
- libpcre3-dev

This process may take several minutes.
dpkg-preconfigure: unable to re-open stdin: No such file or directory
Reading package lists...
Building dependency tree...
Reading state information...
perl is already the newest version.
perl-base is already the newest version.
perl-modules is already the newest version.

Procura ejecutar siempre los benchmark con el mínimo de aplicaciones en ejecución. Yo tengo que tener el navegador abierto por comodidad para ir actualizando el post, pero idealmente, lo haríamos desde una sesion de consola sin ningún programa arrancado por parte del usuario.

Voy a ejecutar los tests en mi equipo de sobremesa de casa. Se trata de un Intel Core i7 4770s con 16GB de RAM y SSD Samsung 840 Pro de 256GB corriendo Ubuntu Gnome 14.10. No tiene una gráfica dedicada a juegos ni nada, es un ordenador de sobremesa normal para trabajar. Veamos que tal se desenvuelve:

Benchmarks HTTP de Apache

Este test de rendimiento de linux mide la capacidad del equipo para servir páginas web usando el servidor HTTP apache.

root@casa:/tmp# phoronix-test-suite run apache

Phoronix Test Suite v5.2.1
System Information

Hardware:
Processor: Intel Core i7-4770S @ 3.90GHz (8 Cores), Motherboard: ASUS Z87I-PRO, 
Chipset: Intel 4th Gen Core DRAM, Memory: 2 x 8192 MB DDR3-1600MHz, 
Disk: 256GB Samsung SSD 840 + 120GB OCZ VERTEX3 + 750GB SAMSUNG HD753LJ, 
Graphics: Intel HD 4600 (1200MHz), Audio: Intel Xeon E3-1200 v3/4th, 
Network: Intel Connection I217-V + Qualcomm Atheros AR9462 Wireless

Software:
OS: Ubuntu 14.10, Kernel: 3.16.0-25-generic (x86_64), Desktop: GNOME Shell 3.12.2, 
Display Server: X Server 1.16.0, Display Driver: intel 2.99.914, OpenGL: 3.3 
Mesa 10.3.0, Compiler: GCC 4.9.1, File-System: ext4, Screen Resolution: 3840x1080

Would you like to save these test results (Y/n): n


Apache Benchmark 2.4.7:
pts/apache-1.6.1
Test 1 of 1
Estimated Trial Run Count: 3
Estimated Time To Completion: 2 Minutes
Running Pre-Test Script @ 09:56:31
Started Run 1 @ 09:56:36
Started Run 2 @ 09:57:05
Started Run 3 @ 09:57:34 [Std. Dev: 0.91%]
Running Post-Test Script @ 09:58:01

Test Results:
37548.84
38236.09
37935.43

Average: 37906.79 Requests Per Second

 

Bien, hemos obtenido casi 38000 peticiones por segundo de media en este equipo.

Benchmark HTTP de NGiNX

Vayamos con la típica batalla de servidores HTTP. Ahora vamos a ejecutar el test de nginx en el mismo equipo para medir el rendimiento de Linux sirviendo páginas usando este servidor HTTP.

root@casa:/tmp# phoronix-test-suite run nginx

Phoronix Test Suite v5.2.1
System Information

Hardware:
Processor: Intel Core i7-4770S @ 3.90GHz (8 Cores), Motherboard: ASUS Z87I-PRO, Chipset: Intel 4th Gen Core DRAM, Memory: 2 x 8192 MB DDR3-1600MHz, Disk: 256GB Samsung SSD 840 + 120GB OCZ VERTEX3 + 750GB SAMSUNG HD753LJ, Graphics: Intel HD 4600 (1200MHz), Audio: Intel Xeon E3-1200 v3/4th, Network: Intel Connection I217-V + Qualcomm Atheros AR9462 Wireless

Software:
OS: Ubuntu 14.10, Kernel: 3.16.0-25-generic (x86_64), Desktop: GNOME Shell 3.12.2, Display Server: X Server 1.16.0, Display Driver: intel 2.99.914, OpenGL: 3.3 Mesa 10.3.0, Compiler: GCC 4.9.1, File-System: ext4, Screen Resolution: 3840x1080

Would you like to save these test results (Y/n): n


NGINX Benchmark 1.0.11:
pts/nginx-1.1.0
Test 1 of 1
Estimated Trial Run Count: 3
Estimated Time To Completion: 4 Minutes
Running Pre-Test Script @ 10:01:23
Started Run 1 @ 10:01:28
Started Run 2 @ 10:01:39
Started Run 3 @ 10:01:50 [Std. Dev: 0.19%]
Running Post-Test Script @ 10:01:59

Test Results:
56523.73
56698.49
56725.92

Average: 56649.38 Requests Per Second

Con esto no quiero iniciar una guerra de comentarios o emails diciendome que si apache es mejor que nginx o nginx es la repera. Yo uso nginx desde el año 2008, es mi elección personal y me gusta. Cada uno que use lo que prefiera. Estos tests son para comparar los resultados del mismo test en diferentes equipos.

Benchmark de servidor de Base de Datos

Vamos ahora con la siguiente suite de benchmark de rendimiento en Linux. El benchmark de base de datos. La ejecución de las suites es igual que la de los tests individuales, pero instalan y ejecutan varios tests por separado como podemos ver aqui:

root@casa:/tmp# phoronix-test-suite run database


Multiple tests are not installed:

- pts/sqlite-1.8.0
- pts/pgbench-1.4.0
Would you like to stop and install these tests now (Y/n):

En ocasiones veremos como un test puede fallar porque o bien nuestro equipo tiene alguna dependencia que le falta y phoronix no ha podido identificarlo, o el test tiene una pre-configuración que es problemática. En este caso tenemos un ejemplo con los tests de PostgreSQL

SQLite 3.7.3:
pts/sqlite-1.8.0
Test 1 of 2
Estimated Trial Run Count: 3
Estimated Test Run-Time: 37 Minutes
Estimated Time To Completion: 54 Minutes
Running Pre-Test Script @ 10:08:57
Started Run 1 @ 10:08:57
Running Interim Test Script @ 10:11:39
Started Run 2 @ 10:11:41
Running Interim Test Script @ 10:14:16
Started Run 3 @ 10:14:18 [Std. Dev: 0.71%]
Running Post-Test Script @ 10:16:53

Test Results:
156.82768893242
155.14661979675
154.75241398811

Average: 155.58 Seconds


PostgreSQL pgbench 8.4.11:
pts/pgbench-1.4.0
Test 2 of 2
Estimated Trial Run Count: 3
Estimated Time To Completion: 17 Minutes
Started Run 1 @ 10:16:59
The test run did not produce a result.
Started Run 2 @ 10:17:31
The test run did not produce a result.
Started Run 3 @ 10:18:03
The test run did not produce a result.

Test Results:

Average: 0 TPS
This test failed to run properly.


The following tests failed to properly run:

- pts/pgbench-1.4.0: TPC-B Transactions Per Second

Benchmark de Compilación

La suite de compilación comprende varios tests que miden el rendimiento en Linux compilando una serie de aplicaciones populares. El resultado se mide en segundos, a menor tiempo, más capacidad de CPU. El disco tambien es importante en las compilaciones, pues se accede a multitud de pequeños archivos en poco tiempo.

root@casa:/tmp# phoronix-test-suite run compilation


Multiple tests are not installed:

- pts/build-apache-1.5.1
- pts/build-php-1.3.1
- pts/build-mplayer-1.3.0
- pts/build-linux-kernel-1.5.2
- pts/build-imagemagick-1.7.0
Would you like to stop and install these tests now (Y/n):

Estos tests requeriran de cierto espacio en disco, y te pondrán la CPU a echar humo, te recomiendo que te vayas a dar una vuelta mientras los ejecutas para no interferir.

Estos son los resultados del benchmark de compilación en mi equipo

root@casa:/tmp# phoronix-test-suite run compilation
Timed Apache Compilation 2.4.7:
pts/build-apache-1.5.1
Test 1 of 5
Estimated Trial Run Count: 3
Estimated Test Run-Time: 2 Minutes
Estimated Time To Completion: 37 Minutes
Running Pre-Test Script @ 13:26:14
Started Run 1 @ 13:26:34
Running Interim Test Script @ 13:27:08
Started Run 2 @ 13:27:11
Running Interim Test Script @ 13:27:39
Started Run 3 @ 13:27:42 [Std. Dev: 2.04%]
Running Post-Test Script @ 13:28:12

Test Results:
29.096920967102
28.542459964752
29.731173992157

Average: 29.12 Seconds


Timed ImageMagick Compilation 6.9.0:
pts/build-imagemagick-1.7.0
Test 2 of 5
Estimated Trial Run Count: 3
Estimated Test Run-Time: 3 Minutes
Estimated Time To Completion: 35 Minutes
Running Pre-Test Script @ 13:28:18
Started Run 1 @ 13:28:34
Running Interim Test Script @ 13:29:26
Started Run 2 @ 13:29:28
Running Interim Test Script @ 13:30:19
Started Run 3 @ 13:30:21 [Std. Dev: 1.69%]
Running Post-Test Script @ 13:31:11

Test Results:
51.780638933182
50.734742879868
50.079977989197

Average: 50.87 Seconds


Timed Linux Kernel Compilation 3.18-rc6:
pts/build-linux-kernel-1.5.2
Test 3 of 5
Estimated Trial Run Count: 3
Estimated Test Run-Time: 16 Minutes
Estimated Time To Completion: 32 Minutes
Running Pre-Test Script @ 13:31:17
Started Run 1 @ 13:31:25
Running Interim Test Script @ 13:33:18
Started Run 2 @ 13:33:22
Running Interim Test Script @ 13:35:17
Started Run 3 @ 13:35:21 [Std. Dev: 2.12%]
Running Post-Test Script @ 13:37:11

Test Results:
113.52240514755
114.80572199821
110.16753911972

Average: 112.83 Seconds


Timed MPlayer Compilation 1.0-rc3:
pts/build-mplayer-1.3.0
Test 4 of 5
Estimated Trial Run Count: 3
Estimated Test Run-Time: 10 Minutes
Estimated Time To Completion: 16 Minutes
Running Pre-Test Script @ 13:37:18
Started Run 1 @ 13:37:29
Running Interim Test Script @ 13:38:14
Started Run 2 @ 13:38:16
Running Interim Test Script @ 13:39:00
Started Run 3 @ 13:39:02 [Std. Dev: 1.67%]
Running Post-Test Script @ 13:39:46

Test Results:
45.049860954285
43.667047023773
43.913834810257

Average: 44.21 Seconds


Timed PHP Compilation 5.2.9:
pts/build-php-1.3.1
Test 5 of 5
Estimated Trial Run Count: 3
Estimated Time To Completion: 7 Minutes
Running Pre-Test Script @ 13:39:52
Started Run 1 @ 13:40:02
Running Interim Test Script @ 13:40:30
Started Run 2 @ 13:40:32
Running Interim Test Script @ 13:41:00
Started Run 3 @ 13:41:02 [Std. Dev: 2.55%]
Running Post-Test Script @ 13:41:29

Test Results:
27.400390148163
28.254701852798
26.863857984543

Average: 27.51 Seconds

Benchmark de Juegos en Linux

Para evaluar el rendimiento en linux de un ordenador que va a ser dedicado a jugar, podemos usar la suite gaming-closed o gaming-free. Es necesario descargar una buena cantidad de MB para ejecutarla y tarda bastante en terminar. Estás avisado.

root@casa:/tmp# phoronix-test-suite run gaming

Phoronix Test Suite v5.2.1
System Information

Hardware:
Processor: Intel Core i7-4770S @ 3.90GHz (8 Cores), Motherboard: ASUS Z87I-PRO, Chipset: Intel 4th Gen Core DRAM, Memory: 2 x 8192 MB DDR3-1600MHz, Disk: 256GB Samsung SSD 840 + 120GB OCZ VERTEX3 + 750GB SAMSUNG HD753LJ, Graphics: Intel HD 4600 (1200MHz), Audio: Intel Xeon E3-1200 v3/4th, Network: Intel Connection I217-V + Qualcomm Atheros AR9462 Wireless

Software:
OS: Ubuntu 14.10, Kernel: 3.16.0-25-generic (x86_64), Desktop: GNOME Shell 3.12.2, Display Server: X Server 1.16.0, Display Driver: intel 2.99.914, OpenGL: 3.3 Mesa 10.3.0, Compiler: GCC 4.9.1, File-System: ext4, Screen Resolution: 1920x1080

Would you like to save these test results (Y/n): n


ET: Quake Wars Demo:
pts/etqw-demo-1.1.0 [1920 x 1080]
Test 1 of 10
Estimated Trial Run Count: 3
Estimated Test Run-Time: 20 Minutes
Estimated Time To Completion: 1 Hour, 14 Minutes
Started Run 1 @ 18:19:28
Started Run 2 @ 18:21:35
Started Run 3 @ 18:23:41 [Std. Dev: 0.22%]

Test Results:
44.4
44.5
44.6

Average: 44.50 Frames Per Second


Nexuiz 2.5.2:
pts/nexuiz-1.6.1 [1920 x 1080]
Test 2 of 10
Estimated Trial Run Count: 3
Estimated Test Run-Time: 2 Minutes
Estimated Time To Completion: 54 Minutes
Started Run 1 @ 18:25:50
Started Run 2 @ 18:26:15
Started Run 3 @ 18:26:40 [Std. Dev: 0.15%]

Test Results:
49.8772378
49.7332036
49.8220639

Average: 49.81 Frames Per Second
Minimum: 25
Maximum: 63


OpenArena 0.8.8:
pts/openarena-1.5.2 [1920 x 1080]
Test 3 of 10
Estimated Trial Run Count: 3
Estimated Test Run-Time: 10 Minutes
Estimated Time To Completion: 52 Minutes
Started Run 1 @ 18:27:09
Started Run 2 @ 18:28:44
Started Run 3 @ 18:30:18 [Std. Dev: 0.15%]

Test Results:
37.8
37.9
37.8

Average: 37.83 Frames Per Second
Minimum: 2
Maximum: 59


World of Padman 1.2:
pts/padman-1.1.0 [1920 x 1080]
Test 4 of 10
Estimated Trial Run Count: 3
Estimated Test Run-Time: 10 Minutes
Estimated Time To Completion: 42 Minutes
Started Run 1 @ 18:31:56
Started Run 2 @ 18:34:15
Started Run 3 @ 18:36:33 [Std. Dev: 0.00%]

Test Results:
60
60
60

Average: 60 Frames Per Second


Smokin Guns 1.1:
pts/smokin-guns-1.2.2 [1920 x 1080]
Test 5 of 10
Estimated Trial Run Count: 3
Estimated Test Run-Time: 4 Minutes
Estimated Time To Completion: 33 Minutes
Started Run 1 @ 18:38:55
Started Run 2 @ 18:39:46
Started Run 3 @ 18:40:37 [Std. Dev: 0.00%]

Test Results:
60.1
60.1
60.1

Average: 60.10 Frames Per Second
Minimum: 3


Tremulous 1.1.0:
pts/tremulous-1.1.0 [1920 x 1080]
Test 6 of 10
Estimated Trial Run Count: 3
Estimated Test Run-Time: 6 Minutes
Estimated Time To Completion: 29 Minutes
Started Run 1 @ 18:41:32
Started Run 2 @ 18:42:29
Started Run 3 @ 18:43:25 [Std. Dev: 0.10%]

Test Results:
60
60.1
60

Average: 60.03 Frames Per Second


Urban Terror 4.2.013:
pts/urbanterror-1.2.1 [1920 x 1080]
Test 7 of 10
Estimated Trial Run Count: 3
Estimated Test Run-Time: 7 Minutes
Estimated Time To Completion: 24 Minutes
Started Run 1 @ 18:44:26
Started Run 2 @ 18:45:43
Started Run 3 @ 18:47:00 [Std. Dev: 0.00%]

Test Results:
60
60
60

Average: 60 Frames Per Second


Unreal Tournament 2004 Demo 3334:
pts/ut2004-demo-1.2.0 [ONS-Torlan Botmatch - 1280 x 1024]
Test 8 of 10
Estimated Trial Run Count: 3
Estimated Test Run-Time: 7 Minutes
Estimated Time To Completion: 17 Minutes
Started Run 1 @ 18:48:21
Started Run 2 @ 18:48:56
Started Run 3 @ 18:49:30 [Std. Dev: 0.33%]

Test Results:
127.101601
127.878983
127.792747

Average: 127.59 Frames Per Second


VDrift 2010-06-30:
pts/vdrift-1.2.0 [1920 x 1080]
Test 9 of 10
Estimated Trial Run Count: 3
Estimated Test Run-Time: 7 Minutes
Estimated Time To Completion: 11 Minutes
Started Run 1 @ 18:50:07
The test run did not produce a result.
Started Run 2 @ 18:50:09
The test run did not produce a result.
Started Run 3 @ 18:50:11
The test run did not produce a result.
E: ./vdrift: 40: ./vdrift: ./build/vdrift: not found

Test Results:

Average: 0 Frames Per Second
This test failed to run properly.


Warsow 1.51:
pts/warsow-1.5.1 [1920 x 1080]
Test 10 of 10
Estimated Trial Run Count: 3
Estimated Time To Completion: 5 Minutes
Started Run 1 @ 18:50:17
Started Run 2 @ 18:51:33
Started Run 3 @ 18:52:48 [Std. Dev: 0.00%]

Test Results:
42.6
42.6
42.6

Average: 42.60 Frames Per Second


The following tests failed to properly run:

- pts/vdrift-1.2.0: 1920 x 1080

Podemos ver como algunos tests fallan en algunas ocasiones. Podemos dedicarle tiempo a intentar solucionarlo o ignorar ese test concreto y utilizar los otros como referencia para comparar. En mi caso, en los tests gráficos de juegos he quitado el segundo monitor para no obligar a los juegos a mostrarse con resoluciones de 3840×1080, que sería un asesino de tarjetas gráficas.

 

Benchmark de Codificación de Video en Linux

El siguiente benchmark mide la capacidad del equipo para codificar vídeo. La suite se llama video-encoding y necesita descargarse unos cuantos MB de archivos para ejecutarse. Una vez haya terminado, utilizará ffmpeg, x264 y mencoder para hacer transcoding de diferentes vídeos y medir el número de frames por segundo que puede codificar nuestra CPU. En estos tests se pueden notar grandes diferencias si disponemos de instrucciones especiales en la CPU para la codificación de vídeo.

root@casa:/tmp# phoronix-test-suite run video-encoding

Phoronix Test Suite v5.2.1
System Information

Hardware:
Processor: Intel Core i7-4770S @ 3.90GHz (8 Cores), Motherboard: ASUS Z87I-PRO, Chipset: Intel 4th Gen Core DRAM, Memory: 2 x 8192 MB DDR3-1600MHz, Disk: 256GB Samsung SSD 840 + 120GB OCZ VERTEX3 + 750GB SAMSUNG HD753LJ, Graphics: Intel HD 4600 (1200MHz), Audio: Intel Xeon E3-1200 v3/4th, Network: Intel Connection I217-V + Qualcomm Atheros AR9462 Wireless

Software:
OS: Ubuntu 14.10, Kernel: 3.16.0-25-generic (x86_64), Desktop: GNOME Shell 3.12.2, Display Server: X Server 1.16.0, Display Driver: intel 2.99.914, OpenGL: 3.3 Mesa 10.3.0, Compiler: GCC 4.9.1, File-System: ext4, Screen Resolution: 3840x1080

Would you like to save these test results (Y/n): n


x264 2014-08-30:
pts/x264-1.9.0
Test 1 of 3
Estimated Trial Run Count: 5
Estimated Test Run-Time: 8 Minutes
Estimated Time To Completion: 13 Minutes
Started Run 1 @ 15:47:56
Started Run 2 @ 15:48:02
Started Run 3 @ 15:48:07
Started Run 4 @ 15:48:12
Started Run 5 @ 15:48:18 [Std. Dev: 2.51%]

Test Results:
176.39
175.59
175.51
177.13
166.48

Average: 174.22 Frames Per Second


FFmpeg 2.1.1:
pts/ffmpeg-2.3.1
Test 2 of 3
Estimated Trial Run Count: 3
Estimated Test Run-Time: 3 Minutes
Estimated Time To Completion: 6 Minutes
Started Run 1 @ 15:48:27
Started Run 2 @ 15:48:47
Started Run 3 @ 15:49:02 [Std. Dev: 0.25%]

Test Results:
12.542325973511
12.514246940613
12.576344966888

Average: 12.54 Seconds


Mencoder 1.1:
pts/mencoder-1.4.1
Test 3 of 3
Estimated Trial Run Count: 3
Estimated Time To Completion: 4 Minutes
Started Run 1 @ 15:49:20
Started Run 2 @ 15:49:42
Started Run 3 @ 15:50:03 [Std. Dev: 0.67%]

Test Results:
19.295552015305
19.535758018494
19.329349040985

Average: 19.39 Seconds

Benchmark de codificacion de Audio en Linux

Los siguientes tests miden la capacidad y rendimiento en Linux de tu ordenador a la hora de codificar audio o convertirlo de un formato a otro.

La suite se llama audio-encoding.

Monkey Audio Encoding 3.99u4b5s6:
pts/encode-ape-1.3.0
Test 1 of 5
Estimated Trial Run Count: 5
Estimated Test Run-Time: 4 Minutes
Estimated Time To Completion: 15 Minutes
Started Run 1 @ 15:58:37
Started Run 2 @ 15:58:49
Started Run 3 @ 15:58:56
Started Run 4 @ 15:59:03
Started Run 5 @ 15:59:10 [Std. Dev: 0.73%]

Test Results:
5.0162320137024
5.0727200508118
5.030266046524
5.0888209342957
5.1014640331268

Average: 5.06 Seconds


FLAC Audio Encoding 1.3.1:
pts/encode-flac-1.5.0
Test 2 of 5
Estimated Trial Run Count: 5
Estimated Test Run-Time: 3 Minutes
Estimated Time To Completion: 11 Minutes
Started Run 1 @ 15:59:21
Started Run 2 @ 15:59:29
Started Run 3 @ 15:59:37
Started Run 4 @ 15:59:45
Started Run 5 @ 15:59:53 [Std. Dev: 1.53%]

Test Results:
5.8921310901642
5.9472498893738
6.0024518966675
5.9289758205414
6.1271018981934

Average: 5.98 Seconds


LAME MP3 Encoding 3.99.3:
pts/encode-mp3-1.4.0
Test 3 of 5
Estimated Trial Run Count: 5
Estimated Test Run-Time: 3 Minutes
Estimated Time To Completion: 9 Minutes
Started Run 1 @ 16:00:05
Started Run 2 @ 16:00:19
Started Run 3 @ 16:00:33
Started Run 4 @ 16:00:46
Started Run 5 @ 16:01:00 [Std. Dev: 0.84%]

Test Results:
11.458210945129
11.61785197258
11.643948078156
11.421090126038
11.530397176743

Average: 11.53 Seconds


Ogg Encoding 1.3.0:
pts/encode-ogg-1.4.1
Test 4 of 5
Estimated Trial Run Count: 5
Estimated Test Run-Time: 4 Minutes
Estimated Time To Completion: 6 Minutes
Started Run 1 @ 16:01:17
Started Run 2 @ 16:01:27
Started Run 3 @ 16:01:36
Started Run 4 @ 16:01:45
Started Run 5 @ 16:01:54 [Std. Dev: 1.65%]

Test Results:
7.1822748184204
7.2787048816681
7.2101321220398
7.0531740188599
6.99080991745

Average: 7.14 Seconds


WavPack Audio Encoding 4.41.0:
pts/encode-wavpack-1.2.0
Test 5 of 5
Estimated Trial Run Count: 5
Estimated Time To Completion: 3 Minutes
Started Run 1 @ 16:02:07
Started Run 2 @ 16:02:18
Started Run 3 @ 16:02:29
Started Run 4 @ 16:02:40
Started Run 5 @ 16:02:50 [Std. Dev: 2.10%]

Test Results:
8.8411231040955
8.5602388381958
8.974356174469
8.7330629825592
9.0154690742493

Average: 8.82 Seconds

Benchmark de SSL en Linux

Para medir el rendimiento en Linux a la hora de cifrar SSL, podemos utilizar este test.

OpenSSL 1.0.1g:
pts/openssl-1.9.0
Test 1 of 1
Estimated Trial Run Count: 3
Estimated Time To Completion: 2 Minutes
Started Run 1 @ 16:05:49
Started Run 2 @ 16:06:11
Started Run 3 @ 16:06:33 [Std. Dev: 0.30%]

Test Results:
570.2
568.5
566.8

Average: 568.50 Signs Per Second

 

Benchmark Generico de Linux

El siguiente benchmark es una forma de medir el rendimiento en Linux general, usando todo el sistema. Se puede utilizar como una evaluación genérica del equipo sin entrar en detalles como el rendimiento de HTTP o cifrado SSL. Recomendado para comparar ordenadores de escritorio comunes.

Phoronix Test Suite v5.2.1
System Information

Hardware:
Processor: Intel Core i7-4770S @ 3.90GHz (8 Cores), Motherboard: ASUS Z87I-PRO, Chipset: Intel 4th Gen Core DRAM, Memory: 2 x 8192 MB DDR3-1600MHz, Disk: 256GB Samsung SSD 840 + 120GB OCZ VERTEX3 + 750GB SAMSUNG HD753LJ, Graphics: Intel HD 4600 (1200MHz), Audio: Intel Xeon E3-1200 v3/4th, Network: Intel Connection I217-V + Qualcomm Atheros AR9462 Wireless

Software:
OS: Ubuntu 14.10, Kernel: 3.16.0-25-generic (x86_64), Desktop: GNOME Shell 3.12.2, Display Server: X Server 1.16.0, Display Driver: intel 2.99.914, OpenGL: 3.3 Mesa 10.3.0, Compiler: GCC 4.9.1, File-System: ext4, Screen Resolution: 3840x1080

Would you like to save these test results (Y/n): n


SQLite 3.7.3:
pts/sqlite-1.8.0
Test 1 of 29
Estimated Trial Run Count: 3
Estimated Test Run-Time: 9 Minutes
Estimated Time To Completion: 6 Hours, 36 Minutes
Running Pre-Test Script @ 14:59:42
Started Run 1 @ 14:59:42
Running Interim Test Script @ 15:02:29
Started Run 2 @ 15:02:31
Running Interim Test Script @ 15:05:12
Started Run 3 @ 15:05:14 [Std. Dev: 0.63%]
Running Post-Test Script @ 15:07:56

Test Results:
162.40153694153
160.60897612572
162.37312817574

Average: 161.79 Seconds


Dbench 4.0:
pts/dbench-1.0.0 [12 Clients]
Test 2 of 29
Estimated Trial Run Count: 3
Estimated Test Run-Time: 51 Minutes
Estimated Time To Completion: 6 Hours, 28 Minutes
Started Run 1 @ 15:08:02
Started Run 2 @ 15:20:05
Started Run 3 @ 15:32:07 [Std. Dev: 0.12%]

Test Results:
370.906
370.762
370.095

Average: 370.59 MB/s


Threaded I/O Tester 0.3.3:
pts/tiobench-1.2.0 [64MB Read - 32 Threads]
Test 3 of 29
Estimated Trial Run Count: 3
Estimated Test Run-Time: 1 Hour, 10 Minutes
Estimated Time To Completion: 5 Hours, 37 Minutes
Started Run 1 @ 15:44:13
Started Run 2 @ 15:47:56
Started Run 3 @ 15:51:36 [Std. Dev: 1.34%]

Test Results:
15756.755
16128.397
16130.684

Average: 16005.28 MB/s


Threaded I/O Tester 0.3.3:
pts/tiobench-1.2.0 [64MB Write - 32 Threads]
Test 4 of 29
Estimated Trial Run Count: 3
Estimated Test Run-Time: 1 Hour, 10 Minutes
Estimated Time To Completion: 4 Hours, 28 Minutes
Started Run 1 @ 15:55:21
Started Run 2 @ 15:58:56
Started Run 3 @ 16:02:37 [Std. Dev: 2.15%]

Test Results:
9.697
9.393
9.31

Average: 9.47 MB/s


PostMark 1.51:
pts/postmark-1.1.0
Test 5 of 29
Estimated Trial Run Count: 3
Estimated Test Run-Time: 28 Minutes
Estimated Time To Completion: 3 Hours, 18 Minutes
Started Run 1 @ 16:06:24
Started Run 2 @ 16:07:09
Started Run 3 @ 16:07:53 [Std. Dev: 2.39%]

Test Results:
5813
5952
6097

Average: 5954 TPS


Timed HMMer Search 2.3.2:
pts/hmmer-1.1.0
Test 6 of 29
Estimated Trial Run Count: 3
Estimated Test Run-Time: 4 Minutes
Estimated Time To Completion: 2 Hours, 51 Minutes
Started Run 1 @ 16:08:40
Started Run 2 @ 16:08:53
Started Run 3 @ 16:09:05 [Std. Dev: 0.88%]

Test Results:
10.404771089554
10.269676923752
10.231294870377

Average: 10.30 Seconds


Timed MAFFT Alignment 6.864:
pts/mafft-1.4.0
Test 7 of 29
Estimated Trial Run Count: 3
Estimated Test Run-Time: 3 Minutes
Estimated Time To Completion: 2 Hours, 47 Minutes
Started Run 1 @ 16:09:21
Started Run 2 @ 16:09:28
Started Run 3 @ 16:09:35 [Std. Dev: 1.13%]

Test Results:
4.868353843689
4.9791300296783
4.9128141403198

Average: 4.92 Seconds


GMPbench 0.2:
pts/gmpbench-1.1.0
Test 8 of 29
Estimated Trial Run Count: 1
Estimated Test Run-Time: 8 Minutes
Estimated Time To Completion: 2 Hours, 45 Minutes
Started Run 1 @ 16:09:46

Test Results:
4067.7

Average: 4067.70 GMPbench Score


GraphicsMagick 1.3.19:
pts/graphics-magick-1.6.1 [HWB Color Space]
Test 9 of 29
Estimated Trial Run Count: 3
Estimated Test Run-Time: 4 Minutes
Estimated Time To Completion: 2 Hours, 37 Minutes
Started Run 1 @ 16:16:53
Started Run 2 @ 16:17:56
Started Run 3 @ 16:18:58 [Std. Dev: 0.28%]

Test Results:
209
208
209

Average: 209 Iterations Per Minute


GraphicsMagick 1.3.19:
pts/graphics-magick-1.6.1 [Local Adaptive Thresholding]
Test 10 of 29
Estimated Trial Run Count: 3
Estimated Test Run-Time: 4 Minutes
Estimated Time To Completion: 2 Hours, 34 Minutes
Started Run 1 @ 16:20:04
Started Run 2 @ 16:21:06
Started Run 3 @ 16:22:08 [Std. Dev: 0.00%]

Test Results:
96
96
96

Average: 96 Iterations Per Minute


C-Ray 1.1:
pts/c-ray-1.1.0
Test 11 of 29
Estimated Trial Run Count: 3
Estimated Test Run-Time: 10 Minutes
Estimated Time To Completion: 2 Hours, 30 Minutes
Started Run 1 @ 16:23:15
Started Run 2 @ 16:23:41
Started Run 3 @ 16:24:07 [Std. Dev: 0.26%]

Test Results:
24.318
24.207
24.213

Average: 24.25 Seconds


Parallel BZIP2 Compression 1.1.6:
pts/compress-pbzip2-1.4.0
Test 12 of 29
Estimated Trial Run Count: 3
Estimated Test Run-Time: 3 Minutes
Estimated Time To Completion: 2 Hours, 21 Minutes
Running Pre-Test Script @ 16:24:38
Started Run 1 @ 16:24:57
Started Run 2 @ 16:25:06
Started Run 3 @ 16:25:16 [Std. Dev: 1.13%]
Running Post-Test Script @ 16:25:24

Test Results:
7.6994268894196
7.6019430160522
7.7748258113861

Average: 7.69 Seconds


LZMA Compression:
pts/compress-lzma-1.2.0
Test 13 of 29
Estimated Trial Run Count: 3
Estimated Test Run-Time: 16 Minutes
Estimated Time To Completion: 2 Hours, 18 Minutes
Running Pre-Test Script @ 16:25:30
Started Run 1 @ 16:25:49
Started Run 2 @ 16:27:50
Started Run 3 @ 16:29:52 [Std. Dev: 0.19%]
Running Post-Test Script @ 16:31:51

Test Results:
119.18468499184
119.59050989151
119.19962906837

Average: 119.32 Seconds


Crafty 23.4:
pts/crafty-1.3.0
Test 14 of 29
Estimated Trial Run Count: 3
Estimated Test Run-Time: 8 Minutes
Estimated Time To Completion: 2 Hours, 3 Minutes
Started Run 1 @ 16:31:57
Started Run 2 @ 16:33:07
Started Run 3 @ 16:34:17 [Std. Dev: 0.22%]

Test Results:
67.82
67.94
68.12

Average: 67.96 Seconds


dcraw:
pts/dcraw-1.1.0
Test 15 of 29
Estimated Trial Run Count: 3
Estimated Test Run-Time: 6 Minutes
Estimated Time To Completion: 1 Hour, 56 Minutes
Running Pre-Test Script @ 16:35:31
Started Run 1 @ 16:35:31
Running Interim Test Script @ 16:36:20
Started Run 2 @ 16:36:22
Running Interim Test Script @ 16:37:10
Started Run 3 @ 16:37:12 [Std. Dev: 0.10%]
Running Post-Test Script @ 16:38:00

Test Results:
48.457756996155
48.424959897995
48.360155820847

Average: 48.41 Seconds


LAME MP3 Encoding 3.99.3:
pts/encode-mp3-1.4.0
Test 16 of 29
Estimated Trial Run Count: 5
Estimated Test Run-Time: 2 Minutes
Estimated Time To Completion: 1 Hour, 51 Minutes
Started Run 1 @ 16:38:07
Started Run 2 @ 16:38:20
Started Run 3 @ 16:38:33
Started Run 4 @ 16:38:47
Started Run 5 @ 16:39:00 [Std. Dev: 0.38%]

Test Results:
11.31739616394
11.325706005096
11.307581186295
11.36891579628
11.411577939987

Average: 11.35 Seconds


Ogg Encoding 1.3.0:
pts/encode-ogg-1.4.1
Test 17 of 29
Estimated Trial Run Count: 5
Estimated Test Run-Time: 1 Minute
Estimated Time To Completion: 1 Hour, 49 Minutes
Started Run 1 @ 16:39:18
Started Run 2 @ 16:39:27
Started Run 3 @ 16:39:36
Started Run 4 @ 16:39:45
Started Run 5 @ 16:39:54 [Std. Dev: 0.77%]

Test Results:
7.0879538059235
7.0198640823364
7.1014490127563
7.0097510814667
7.1375060081482

Average: 7.07 Seconds


FFmpeg 2.1.1:
pts/ffmpeg-2.3.1
Test 18 of 29
Estimated Trial Run Count: 3
Estimated Test Run-Time: 1 Minute
Estimated Time To Completion: 1 Hour, 49 Minutes
Started Run 1 @ 16:40:07
Started Run 2 @ 16:40:22
Started Run 3 @ 16:40:36 [Std. Dev: 1.40%]

Test Results:
12.715773105621
12.38431096077
12.652889966965

Average: 12.58 Seconds


GnuPG 1.4.10:
pts/gnupg-1.3.1
Test 19 of 29
Estimated Trial Run Count: 4
Estimated Test Run-Time: 2 Minutes
Estimated Time To Completion: 1 Hour, 48 Minutes
Running Pre-Test Script @ 16:40:55
Started Run 1 @ 16:40:55Reading passphrase from file descriptor 6

Started Run 2 @ 16:41:05Reading passphrase from file descriptor 6

Started Run 3 @ 16:41:14Reading passphrase from file descriptor 6

Started Run 4 @ 16:41:23Reading passphrase from file descriptor 6 
[Std. Dev: 1.05%]
Running Post-Test Script @ 16:41:31

Test Results:
7.3513829708099
7.3323450088501
7.4802160263062
7.4724631309509

Average: 7.41 Seconds


Minion 0.15:
pts/minion-1.4.0 [Solitaire]
Test 20 of 29
Estimated Trial Run Count: 3
Estimated Test Run-Time: 11 Minutes
Estimated Time To Completion: 1 Hour, 46 Minutes
Started Run 1 @ 16:41:37
Started Run 2 @ 16:42:51
Started Run 3 @ 16:44:06 [Std. Dev: 0.51%]

Test Results:
72.003948
72.71246
72.537082

Average: 72.42 Seconds


Open FMM Nero2D 2.0.2:
pts/nero2d-1.0.1
Test 21 of 29
Estimated Trial Run Count: 1
Estimated Test Run-Time: 21 Minutes
Estimated Time To Completion: 1 Hour, 35 Minutes
Running Pre-Test Script @ 16:45:24
Started Run 1 @ 16:45:24
The test exited with a non-zero exit status.
E: ./nero2d: 2: ./nero2d: ./nero2d_/bin/nero2d: not found
Running Post-Test Script @ 16:45:24

Test Results:

Average: 0 Seconds
This test failed to run properly.


POV-Ray 3.7.0:
pts/povray-1.1.2
Test 22 of 29
Estimated Trial Run Count: 3
Estimated Test Run-Time: 40 Minutes
Estimated Time To Completion: 1 Hour, 15 Minutes
Started Run 1 @ 16:45:30
The test run did not produce a result.
Started Run 2 @ 16:45:32
The test run did not produce a result.
Started Run 3 @ 16:45:34
The test run did not produce a result.
E: ./povray: 3: ./povray: ./unix/povray: not found

Test Results:

Average: 0 Seconds
This test failed to run properly.


Sudokut 0.4:
pts/sudokut-1.0.0
Test 23 of 29
Estimated Trial Run Count: 3
Estimated Test Run-Time: 3 Minutes
Estimated Time To Completion: 36 Minutes
Started Run 1 @ 16:45:41
Started Run 2 @ 16:45:55
Started Run 3 @ 16:46:10 [Std. Dev: 0.29%]

Test Results:
12.644780874252
12.634191989899
12.702623128891

Average: 12.66 Seconds


Tachyon 0.98.9:
pts/tachyon-1.1.1
Test 24 of 29
Estimated Trial Run Count: 3
Estimated Test Run-Time: 7 Minutes
Estimated Time To Completion: 33 Minutes
Started Run 1 @ 16:46:29
Started Run 2 @ 16:46:44
Started Run 3 @ 16:47:00 [Std. Dev: 0.26%]

Test Results:
13.5031
13.5591
13.4962

Average: 13.52 Seconds


OpenSSL 1.0.1g:
pts/openssl-1.9.0
Test 25 of 29
Estimated Trial Run Count: 3
Estimated Test Run-Time: 2 Minutes
Estimated Time To Completion: 26 Minutes
Started Run 1 @ 16:47:19
Started Run 2 @ 16:47:41
Started Run 3 @ 16:48:03 [Std. Dev: 0.14%]

Test Results:
574.7
576.2
575.9

Average: 575.60 Signs Per Second


PostgreSQL pgbench 8.4.11:
pts/pgbench-1.4.0
Test 26 of 29
Estimated Trial Run Count: 3
Estimated Test Run-Time: 17 Minutes
Estimated Time To Completion: 25 Minutes
Started Run 1 @ 16:48:29
The test run did not produce a result.
Started Run 2 @ 16:49:01
The test run did not produce a result.
Started Run 3 @ 16:49:33
The test run did not produce a result.

Test Results:

Average: 0 TPS
This test failed to run properly.


PyBench 2008-08-14:
pts/pybench-1.0.0
Test 27 of 29
Estimated Trial Run Count: 3
Estimated Test Run-Time: 5 Minutes
Estimated Time To Completion: 8 Minutes
Started Run 1 @ 16:50:09
Started Run 2 @ 16:50:43
Started Run 3 @ 16:51:17 [Std. Dev: 0.53%]

Test Results:
1428
1435
1420

Average: 1428 Milliseconds


Apache Benchmark 2.4.7:
pts/apache-1.6.1
Test 28 of 29
Estimated Trial Run Count: 3
Estimated Test Run-Time: 2 Minutes
Estimated Time To Completion: 4 Minutes
Running Pre-Test Script @ 16:51:55
Started Run 1 @ 16:52:00
Started Run 2 @ 16:52:34
Started Run 3 @ 16:53:08 [Std. Dev: 0.66%]
Running Post-Test Script @ 16:53:39

Test Results:
32456.82
32085.78
32451.96

Average: 32331.52 Requests Per Second


Sunflow Rendering System 0.07.2:
pts/sunflow-1.1.0
Test 29 of 29
Estimated Trial Run Count: 2
Estimated Time To Completion: 2 Minutes
Started Run 1 @ 16:53:48
Started Run 2 @ 16:54:16 [Std. Dev: 4.27%]
Started Run 3 @ 16:54:45 [Std. Dev: 3.15%]

Test Results:
2.552
2.711
2.675

Average: 2.65 Seconds

 

Bueno, pues espero que estas indicaciones puedan haberte ayudado a tener ideas la próxima vez que quieras medir el rendimiento en Linux de un equipo.

 

rendimiento-en-linux