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

A8/21

27.7.2005 12:33 Uhr Thomas Hübner (+1)

Audio-/Videoencoding

Lame 3.96.1

Offizielle Website: lame.sourceforge.net
Download: Freenet.de
- Kostenpunkt: Freeware
Was benchen wir?
- Komprimieren einer Wave-Datei in MP3: "Iron Butterfly - In-A-Gadda-DA-Vida" CD Rip, 17,04 Minuten, 180,75MB.
- Besondere Einstellungen: bitrate 192kbit / joint stereo, optimization; quality, VBR: 320kbit, Quality 0

Razorlame (Lame 3.96.1)

- PM 7X0 (2,60 GHz, 90nm, FSB800)
  1:16
- PM 770 (2,13 GHz, 90nm, FSB533)
  1:32
- A64 FX-55 (2,6 GHz, 130 nm, HT1000)
  1:34
- P4 EE 3,46 GHz (130 nm, FSB1066)
  1:36
- P4 EE 3,40 GHz (130 nm, FSB800)
  1:37
- P4 570J (3,8 GHz, 90 nm, FSB800)
  1:37
- PM 760 (2,0 GHz, 90nm, FSB533)
  1:38
- PM 755 (2,0 GHz, 90 nm, FSB400)
  1:38
- P4 EE 3,73 GHz (90 nm, FSB1066)
  1:39
- A64 3800+ (2,4 GHz, 130 nm, HT1000)
  1:42
- A64 4000+ (2,4 GHz, 130 nm, HT1000)
  1:42
- P4 560 (3,6 GHz, 90 nm, FSB800)
  1:43
- P4 660 (3,6 GHz, 90 nm, FSB800)
  1:43
- P4 3,06 GHz (130 nm, FSB533)
  1:48
- P4 550 (3,4 GHz, 90 nm, FSB800)
  1:49
- P4 650 (3,4 GHz, 90 nm, FSB800)
  1:50
- A64 3500+ (2,2 GHz, 90 nm, HT1000)
  1:51
- P4 540 (3,2 GHz, 90 nm, FSB800)
  1:56
- P4 640 (3,2 GHz, 90 nm, FSB800)
  1:57
- P4 2,8C GHz (130 nm, FSB800)
  1:58
- P XE 840 (3,2 GHz, Dual-Core, 90 nm, FSB800)
  1:58
- A64 3200+ (2,0 GHz, 90 nm, HT1000)
  2:02
- P4 530 (3,0 GHz, 90 nm, FSB800)
  2:04
- P4 2,6C GHz (130 nm, FSB800)
  2:08
- P4 520 (2,8 GHz, 90 nm, FSB800)
  2:12
- A64 3000+ (1,8 GHz, 90 nm, HT1000)
  2:16
- P4 2,4C GHz (130 nm, FSB800)
  2:20
- P4 2,00 GHz (130 nm, FSB400)
  2:50

Einheit: Minuten, Sekunden

Ogg Vorbis 1.1.0

Offizielle Website: Vorbis.com
Download: Rarewares.org (OggdropXPd 1.7.11 mit libVorbis v1.1.0)
- Für AMD: Version P3/AMD
- Für Intel: Version P4
- Kostenpunkt: Freeware
Was benchen wir?
- Komprimieren einer Wave-Datei in OGG-Vorbis mittels Ogg-Drop: "Iron Butterfly - In-A-Gadda-DA-Vida" CD Rip, 17,04 Minuten, 180,75 MB.
- Besondere Einstellungen: nominal Bitrate 320 kbps (Quality 9)

OggdropXP (Ogg Vorbis 1.1.0)

- PM 7X0 (2,60 GHz, 90nm, FSB800)
  0:47
- P4 570J (3,8 GHz, 90 nm, FSB800)
  0:53
- P4 EE 3,73 GHz (90 nm, FSB1066)
  0:53
- P4 EE 3,46 GHz (130 nm, FSB1066)
  0:54
- P4 EE 3,40 GHz (130 nm, FSB800)
  0:55
- P4 560 (3,6 GHz, 90 nm, FSB800)
  0:56
- P4 660 (3,6 GHz, 90 nm, FSB800)
  0:56
- PM 770 (2,13 GHz, 90nm, FSB533)
  0:56
- A64 FX-55 (2,6 GHz, 130 nm, HT1000)
  0:57
- P4 550 (3,4 GHz, 90 nm, FSB800)
  0:59
- P4 650 (3,4 GHz, 90 nm, FSB800)
  0:59
- A64 4000+ (2,4 GHz, 130 nm, HT1000)
  1:01
- P4 3,06 GHz (130 nm, FSB533)
  1:01
- PM 760 (2,0 GHz, 90nm, FSB533)
  1:01
- PM 755 (2,0 GHz, 90 nm, FSB400)
  1:01
- A64 3800+ (2,4 GHz, 130 nm, HT1000)
  1:02
- P4 540 (3,2 GHz, 90 nm, FSB800)
  1:03
- P XE 840 (3,2 GHz, Dual-Core, 90 nm, FSB800)
  1:03
- P4 640 (3,2 GHz, 90 nm, FSB800)
  1:04
- A64 3500+ (2,2 GHz, 90 nm, HT1000)
  1:06
- P4 530 (3,0 GHz, 90 nm, FSB800)
  1:07
- P4 2,8C GHz (130 nm, FSB800)
  1:07
- P4 520 (2,8 GHz, 90 nm, FSB800)
  1:11
- A64 3200+ (2,0 GHz, 90 nm, HT1000)
  1:13
- P4 2,6C GHz (130 nm, FSB800)
  1:14
- P4 2,4C GHz (130 nm, FSB800)
  1:20
- A64 3000+ (1,8 GHz, 90 nm, HT1000)
  1:21
- P4 2,00 GHz (130 nm, FSB400)
  1:42

Einheit: Minuten, Sekunden

IFA 2024 (6.–10. September 2024): Alle News auf der Themenseite!