Cara ngukur kinerja GPU kita

Wis KZKG ^ Gaara nuduhake kepiye ngukur kinerja hard drive kita utawa CPU komputer kita, lan saiki aku nuduhake sampeyan carane ngukur kinerja GPU (aka Unit Prosesor Grafis), utawa Unit Pemrosesan Grafis ing basa Spanyol.

Kanggo iki, kita bisa nggunakake rong alat kaca2 y gir-gir, sing kalebu ing paket kasebut meja-util. 

GLX-Gir

GLX-Gear kaya sing dakkandhakake sadurunge minangka bagean saka paket mesa-utils lan umpamane minangka saka rong pilihan sing dakkirim saiki paling misuwur utawa paling populer, nanging iku ora paling apik. Sawise nginstal paket mesa-utils, mula diluncurake kanthi dieksekusi ing terminal:

$ glxgears

sing bakal nuduhake sawetara roda cog sing obah, kaya mengkene:

Dene ing terminal kasebut mbuwang statistik, sing miturutku yaiku:

Mlaku disinkronake menyang refresh vertikal. Framerate kudu padha karo rate refresh monitor. 467 frame in 5.0 detik = 93.200 frame FPS 385 ing 5.0 detik = 76.835 frame FPS 300 ing 5.0 detik = 59.873 FPS 406 frame ing 5.0 detik = 80.952 FPS 438 frame ing 5.0 detik = 87.493 FPS 399 frame ing 5.0 detik = 79.626 FPS 300 frame ing 5.0 detik = 59.871 FPS 300 frame ing 5.0 detik = 59.873 frame FPS 300 ing 5.0 detik = 59.869 FPS 300 frame ing 5.0 detik = 59.868 FPS 413 frame ing 5.0 detik = 82.424 FPS 324 frame ing 5.0 detik = 64.662 FPS

GL Markus 2

Saka uji coba iki, luwih lengkap tinimbang GLX-Gear lan ngukur paramèter kayata buffer, konstruksi, tekstur, cahya, bayangan, medan ... lsp. Alat iki digawe dening tim distribusi sing fokus ing pemroses ARM sing diarani linaro.

Kanggo nginstal ing Ubuntu lan turunan, kita mung kudu nglakokake:

$ sudo apt-get install glmark2

lan ing kasus ArchLinux lan turunan, kita kudu nindakake saka AUR:

$ yaourt -S glmark2

mengko kita mbukak terminal lan ngluncurake tes kanthi ngetik:

$ glmark2

GLMark2 nuduhake serangkaian urutan nalika nyetak statistik ing konsol.

Ing kasus tartamtu, kanthi GPU integral Intel ngasilake:

================================== = ==== glmark2 2014.03 ==== ==== == ========== Informasi OpenGL GL_VENDOR: Pusat Teknologi Sumber Terbuka Intel GL_RENDERER: Tabel Intel DRI (R) Ivybridge Mobile GL_VERSION: 3.0 Tabel 10.6.1 =________________ = =________________________________________________________ [build] use-vbo = false : FPS: 640 FrameTime: 1.562 ms [build] use-vbo = true: FPS: 641 FrameTime: 1.560 ms [tekstur] tekstur-filter = paling cedhak: FPS: 768 FrameTime: 1.302 ms [tekstur] tekstur-filter = linear: FPS : 786 FrameTime: 1.272 ms [tekstur] tekstur-filter = mipmap: FPS: 866 FrameTime: 1.155 ms [shading] shading = gouraud: FPS: 506 FrameTime: 1.976 ms [shading] shading = blinn-phong-inf: FPS: 536 FrameTime: 1.866 ms [shading] shading = phong: FPS: 496 FrameTime: 2.016 ms [shading] shading = cel: FPS: 525 FrameTime: 1.905 ms [bump] bump-render = poli tinggi: FPS: 226 FrameTime: 4.425 ms [bump] bump-render = normal: FPS: 915 FrameTime: 1.093 ms [bump] bump-render = dhuwur: FPS: 898 FrameT ime: 1.114 ms [effect2d] kernel = 0,1,0, 1, -4,1, 0,1,0;: FPS: 559 FrameTime: 1.789 ms [effect2d] kernel = 1,1,1,1,1; 1,1,1,1,1 , 1,1,1,1,1; 260;: FPS: 3.846 FrameTime: 5 ms [press] light = false: quads = 646: texture = false: FPS: 1.548 FrameTime: 5 ms [desktop] kabur- radius = 1: efek = blur: pass = 4: bisa dipisahake = true: windows = 188: FPS: 5.319 FrameTime: 4 ms [desktop] effect = shadow: windows = 365: FPS: 2.740 FrameTime: 200 ms [buffer] kolom = 0.9: interleave = false: update-dispersion = 0.5: update-fraksi = 363: update-method = map: FPS: 2.755 FrameTime: 200 ms [buffer] kolom = 0.9: interleave = false: update- dispersion = 0.5: update- fraksi = 498: nganyari-cara = subdata: FPS: 2.008 FrameTime: 200 ms [buffer] kolom = 0.9: interleave = true: update-dispersion = 0.5: update-fraksi = 385: nganyari-cara = peta: FPS: 2.597 FrameTime : 537 ms [ide] kacepetan = durasi: FPS: 1.862 FrameTime: 361 ms [ubur ubur]: FPS: 2.770 FrameTime: 48 ms [terrain]: FPS: 20.833 FrameTime: 270 ms [shadow]: FPS: 3.704 FrameTime: 73 ms [bias]: FPS: 13.699 FrameTime: 0 ms [kondhisi] fragmen-steps = 0: vertex-steps = 750: FPS: 1.333 FrameTime: 5 ms [conditionals] fragment-steps = 0: vertex-steps = 800: FPS: 1.250 FrameTime: 0 ms [conditionals] fragment- langkah = 5: vertex-steps = 774: FPS: 1.292 FrameTime: 5 ms [function] fragment-complexity = low: fragment-steps = 791: FPS: 1.264 FrameTime: 5 ms [function] fragment-complexity = medium: fragment- langkah = 811: FPS: 1.233 FrameTime: 5 ms [loop] fragmen-loop = false: fragment-steps = 5: vertex-steps = 794: FPS: 1.259 FrameTime: 5 ms [loop] fragment-steps = 5: fragment- seragam = salah: vertex-steps = 798: FPS: 1.253 FrameTime: 5 ms [loop] fragment-steps = 5: fragment-uniform = true: vertex-steps = 764: FPS: 1.309 FrameTime: 2 ms ===== =________________________________________ glmark564 Skor: XNUMX ================================== = == ====

Mesthine, aku kira yen luwih dhuwur FPS (Framing per Detik), kemungkinan kita bakal main game utawa nonton video kanthi resolusi dhuwur, nanging aku ora pati ngerti babagan perkara kasebut.

Pilihan liyane kanggo ngukur kinerja GPU kita

Sejatine kita duwe opsi kaping telu, nanging kudu nindakake tes kasar maneh. Kanggo iku kita kudu ndownload sawetara alat sing ditawakake kanthi gratis seragam.