Asus CT-479 Pentium M Adapter im Test: Sockel doch mal um!

 A12/21
Thomas Hübner (+1)
126 Kommentare

Datenkomprimierung

WinRAR 3.40

  • Offizielle Website: Rarlabs.com

  • Download: Rarlabs.com
    • Kostenpunkt: kostenlose Trialversion

  • Was benchen wir?
    • WinRAR bekommt den Ordner von Quake 3 Arena 1.32 vorgesetzt.

    • Besondere Einstellungen: best compression


WinRAR 3.40
    • A64 FX-55 (2,6 GHz, 130 nm, HT1000)
      5:10
    • A64 4000+ (2,4 GHz, 130 nm, HT1000)
      5:21
    • PM 7X0 (2,60 GHz, 90nm, FSB800)
      5:21
    • A64 3800+ (2,4 GHz, 130 nm, HT1000)
      5:36
    • A64 3500+ (2,2 GHz, 90 nm, HT1000)
      5:44
    • PM 770 (2,13 GHz, 90nm, FSB533)
      5:50
    • PM 760 (2,0 GHz, 90nm, FSB533)
      5:56
    • A64 3200+ (2,0 GHz, 90 nm, HT1000)
      5:58
    • P4 EE 3,73 GHz (90 nm, FSB1066)
      6:03
    • P4 660 (3,6 GHz, 90 nm, FSB800)
      6:06
    • P4 570J (3,8 GHz, 90 nm, FSB800)
      6:14
    • P4 650 (3,4 GHz, 90 nm, FSB800)
      6:16
    • A64 3000+ (1,8 GHz, 90 nm, HT1000)
      6:18
    • P4 560 (3,6 GHz, 90 nm, FSB800)
      6:20
    • P4 550 (3,4 GHz, 90 nm, FSB800)
      6:25
    • P4 EE 3,46 GHz (130 nm, FSB1066)
      6:26
    • P4 640 (3,2 GHz, 90 nm, FSB800)
      6:29
    • P4 EE 3,40 GHz (130 nm, FSB800)
      6:31
    • P XE 840 (3,2 GHz, Dual-Core, 90 nm, FSB800)
      6:31
    • P4 540 (3,2 GHz, 90 nm, FSB800)
      6:32
    • P4 530 (3,0 GHz, 90 nm, FSB800)
      6:47
    • PM 755 (2,0 GHz, 90 nm, FSB400)
      6:54
    • P4 520 (2,8 GHz, 90 nm, FSB800)
      6:57
    • P4 2,8C GHz (130 nm, FSB800)
      7:03
    • P4 2,6C GHz (130 nm, FSB800)
      7:21
    • P4 2,4C GHz (130 nm, FSB800)
      7:33
    • P4 3,06 GHz (130 nm, FSB533)
      7:45
    • P4 2,00 GHz (130 nm, FSB400)
      11:56
Einheit: Minuten, Sekunden

7-Zip 3.13

  • Offizielle Website: 7-zip.org

  • Download: ComputerBase

    • Kostenpunkt: Freeware

  • Was benchen wir?

    • Auch 7-Zip bekommt den Ordner von Quake 3 Arena 1.32 vorgesetzt.

    • Besondere Einstellungen: compression ultra


7-Zip 3.13
    • P XE 840 (3,2 GHz, Dual-Core, 90 nm, FSB800)
      8:02
    • P4 EE 3,73 GHz (90 nm, FSB1066)
      8:07
    • P4 EE 3,46 GHz (130 nm, FSB1066)
      8:09
    • P4 660 (3,6 GHz, 90 nm, FSB800)
      8:13
    • P4 650 (3,4 GHz, 90 nm, FSB800)
      8:18
    • P4 EE 3,40 GHz (130 nm, FSB800)
      8:19
    • P4 570J (3,8 GHz, 90 nm, FSB800)
      8:30
    • P4 640 (3,2 GHz, 90 nm, FSB800)
      8:42
    • PM 7X0 (2,60 GHz, 90nm, FSB800)
      8:49
    • P4 560 (3,6 GHz, 90 nm, FSB800)
      8:50
    • P4 540 (3,2 GHz, 90 nm, FSB800)
      9:01
    • P4 550 (3,4 GHz, 90 nm, FSB800)
      9:07
    • P4 530 (3,0 GHz, 90 nm, FSB800)
      9:20
    • A64 FX-55 (2,6 GHz, 130 nm, HT1000)
      9:27
    • P4 520 (2,8 GHz, 90 nm, FSB800)
      9:38
    • A64 4000+ (2,4 GHz, 130 nm, HT1000)
      9:48
    • P4 2,6C GHz (130 nm, FSB800)
      9:48
    • PM 770 (2,13 GHz, 90nm, FSB533)
      9:49
    • PM 760 (2,0 GHz, 90nm, FSB533)
      10:01
    • P4 3,06 GHz (130 nm, FSB533)
      10:03
    • P4 2,4C GHz (130 nm, FSB800)
      10:10
    • P4 2,8C GHz (130 nm, FSB800)
      10:28
    • A64 3800+ (2,4 GHz, 130 nm, HT1000)
      10:31
    • A64 3500+ (2,2 GHz, 90 nm, HT1000)
      10:51
    • A64 3200+ (2,0 GHz, 90 nm, HT1000)
      11:29
    • PM 755 (2,0 GHz, 90 nm, FSB400)
      11:50
    • A64 3000+ (1,8 GHz, 90 nm, HT1000)
      12:13
    • P4 2,00 GHz (130 nm, FSB400)
      20:39
Einheit: Minuten, Sekunden