Pentium D 840 und Extreme Edition 840 im Test: Erste Dual-Core Benchmarks
A6/20
Inhaltsverzeichnis
- 1 Vorwort
- Lesezeichen
- 2 Multi-Core-CPUs
- 4 Chipsätze
- 11 Preview-System
- Bios des D955XBK
- Testsysteme
- 12 Leistungsaufnahme
- 13 Dual-Core-Performance
- Synthetisch
- 14 Office/System
- 15 Audio-/Videoencoding
- 19 CAD/Raytracing
- 20 Fazit
- +Anhang
- Standard-Benchmarks
- 22 Standard-Benchmarks (Sandra 2004 SP2)
- 23 Standard-Benchmarks (PCMark04)
- 24 Office/System (Winstone)
- 25 Office/System (SYSmark2004)
- 26 Office/System (WebMark2004)
- 27 Audio-/Videoencoding (LAME)
- Audio-/Videoencoding (Vorbis)
- 28 Audio-/Videoencoding (Windows Media Encoder)
- 29 Audio-/Videoencoding (TMPGEnc)
- 30 CAD/Raytracing (Cinema 4D)
- CAD/Raytracing (Lightwave)
- CAD/Raytracing (Spec Viewperf)
- 31 Datenkomprimierung (WinRAR)
- Datenkomprimierung (7-Zip)
- 32 Spiele (3DMark2001SE)
- Spiele (3DMark03)
- 33 Spiele (3DMark05)
- 34 Spiele (Aquamark 3)
- Spiele (Call of Duty)
- 35 Spiele (Doom 3)
- 36 Spiele (FarCry)
- 37 Spiele (Fritz 8)
- Spiele (Half-Life 2)
- 38 Spiele (Quake 3 Arena)
- Spiele (Return to Castle Wolfenstein)
- 39 Spiele (Splinter Cell)
- 40 Spiele (Unreal Tournament 2004)
Office/System (WebMark2004)
- Offizielle Website:
BAPCo
- Download: -
- Kostenpunkt: $299.95
- Was benchen wir?
- Durchlauf des Benchmarks im „Official Run“-Modus
- Der BAPCo WebMark2004 misst die „Internet-Leistung“ eines Computers. Hierbei kommen fünf Plug-Ins in Zusammenarbeit mit dem aktuellen Internet Explorer 6 Service Pack 2 zum Einsatz:
- Adobe Acrobat Reader 6.0
- Macromedia Flash & Shockwave Player
- Microsoft .NET framework v1.1
- Sun Java Runtime Environment v1.4.1
- Windows Media Player 9 Serie
Der WebMark selbst ist in zwei Testszenarien aufgegliedert, die wiederum aus jeweils drei Teiltests bestehen.
Information Processing- Portal
- Research
- Training
Commercial Transactions- Finance
- Marketplace
- Purchasing
Das WebMark2004-Gesamtergebnis ist jeweils der gerundete Durchschnitt der Einzelergebnisse. Als Basis-System dient ein 2,40B-GHz-Intel Pentium 4 mit Intel i850 Chipsatz, 256 MB MB RIMM4200-Speicher (PC1066 32 Bit), ATi ATI Radeon 9800 Pro Grafikkarte mit 128 MB und einer 80-GB-IBM-Festplatte. Dieses System erreicht eine Wertung von 100 Punkten. Erreicht ein Computer 200 Punkte im SYSmark2004, so ist dieser doppelt so schnell wie das Basis-System.
- Durchlauf des Benchmarks im „Official Run“-Modus
WebMark2004 – Gesamt
-
- P4 EE 3,73 GHz (90 nm, FSB1066)157
- P4 570J (3,8 GHz, 90 nm, FSB800)156
- P4 EE 3,46 GHz (130 nm, FSB1066)152
- P4 660 (3,6 GHz, 90 nm, FSB800)152
- P4 560 (3,6 GHz, 90 nm, FSB800)149
- P4 EE 3,40 GHz (130 nm, FSB800)147
- P4 650 (3,4 GHz, 90 nm, FSB800)145
- P4 550 (3,4 GHz, 90 nm, FSB800)143
- P4 EE 840 (3,2 GHz, Dual-Core, 90 nm, FSB800)140
- P4 640 (3,2 GHz, 90 nm, FSB800)138
- A64 FX-55 (2,6 GHz, 130 nm, HT1000)137
- P4 540 (3,2 GHz, 90 nm, FSB800)135
- PM 755 (2,0 GHz, 90 nm, FSB400)134
- P4 3,06 GHz (130 nm, FSB533)130
- P4 530 (3,0 GHz, 90 nm, FSB800)127
- A64 3800+ (2,4 GHz, 130 nm, HT1000)126
- A64 4000+ (2,4 GHz, 130 nm, HT1000)126
- P4 2,8C GHz (130 nm, FSB800)126
- P4 520 (2,8 GHz, 90 nm, FSB800)121
- A64 3500+ (2,2 GHz, 90 nm, HT1000)120
- P4 2,6C GHz (130 nm, FSB800)119
- A64 3500+ (2,2 GHz, 130 nm, HT1000)117
- A64 3200+ (2,0 GHz, 90 nm, HT1000)111
- P4 2,4C GHz (130 nm, FSB800)110
- A64 3000+ (1,8 GHz, 90 nm, HT1000)102
- P4 2,00 GHz (130 nm, FSB400)80
Einheit: Punkte
WebMark2004 – IP
-
Information Processing:
- P4 570J (3,8 GHz, 90 nm, FSB800)159
- P4 EE 3,73 GHz (90 nm, FSB1066)159
- P4 EE 3,46 GHz (130 nm, FSB1066)154
- P4 660 (3,6 GHz, 90 nm, FSB800)154
- P4 560 (3,6 GHz, 90 nm, FSB800)152
- P4 EE 3,40 GHz (130 nm, FSB800)149
- P4 650 (3,4 GHz, 90 nm, FSB800)148
- P4 550 (3,4 GHz, 90 nm, FSB800)147
- P4 EE 840 (3,2 GHz, Dual-Core, 90 nm, FSB800)144
- P4 640 (3,2 GHz, 90 nm, FSB800)141
- P4 540 (3,2 GHz, 90 nm, FSB800)139
- PM 755 (2,0 GHz, 90 nm, FSB400)135
- P4 3,06 GHz (130 nm, FSB533)134
- A64 FX-55 (2,6 GHz, 130 nm, HT1000)133
- P4 2,8C GHz (130 nm, FSB800)131
- P4 530 (3,0 GHz, 90 nm, FSB800)130
- A64 3800+ (2,4 GHz, 130 nm, HT1000)124
- A64 4000+ (2,4 GHz, 130 nm, HT1000)124
- P4 520 (2,8 GHz, 90 nm, FSB800)124
- P4 2,6C GHz (130 nm, FSB800)123
- A64 3500+ (2,2 GHz, 90 nm, HT1000)117
- A64 3500+ (2,2 GHz, 130 nm, HT1000)115
- P4 2,4C GHz (130 nm, FSB800)114
- A64 3200+ (2,0 GHz, 90 nm, HT1000)109
- A64 3000+ (1,8 GHz, 90 nm, HT1000)100
- P4 2,00 GHz (130 nm, FSB400)80
Einheit: Punkte
Einzelergebnisse Information Processing
WebMark2004 – IP P
-
Portal:
- P4 570J (3,8 GHz, 90 nm, FSB800)160
- P4 EE 3,73 GHz (90 nm, FSB1066)160
- P4 EE 3,46 GHz (130 nm, FSB1066)155
- P4 660 (3,6 GHz, 90 nm, FSB800)155
- P4 560 (3,6 GHz, 90 nm, FSB800)151
- P4 EE 3,40 GHz (130 nm, FSB800)151
- P4 650 (3,4 GHz, 90 nm, FSB800)147
- P4 550 (3,4 GHz, 90 nm, FSB800)146
- P4 EE 840 (3,2 GHz, Dual-Core, 90 nm, FSB800)145
- P4 540 (3,2 GHz, 90 nm, FSB800)139
- P4 640 (3,2 GHz, 90 nm, FSB800)139
- P4 530 (3,0 GHz, 90 nm, FSB800)131
- P4 3,06 GHz (130 nm, FSB533)131
- P4 2,8C GHz (130 nm, FSB800)127
- P4 520 (2,8 GHz, 90 nm, FSB800)124
- P4 2,6C GHz (130 nm, FSB800)119
- PM 755 (2,0 GHz, 90 nm, FSB400)116
- P4 2,4C GHz (130 nm, FSB800)110
- A64 FX-55 (2,6 GHz, 130 nm, HT1000)104
- A64 3800+ (2,4 GHz, 130 nm, HT1000)100
- A64 4000+ (2,4 GHz, 130 nm, HT1000)100
- A64 3500+ (2,2 GHz, 90 nm, HT1000)96
- A64 3500+ (2,2 GHz, 130 nm, HT1000)95
- A64 3200+ (2,0 GHz, 90 nm, HT1000)90
- A64 3000+ (1,8 GHz, 90 nm, HT1000)82
- P4 2,00 GHz (130 nm, FSB400)81
Einheit: Punkte
WebMark2004 – IP R
-
Research:
- P4 570J (3,8 GHz, 90 nm, FSB800)165
- P4 EE 3,73 GHz (90 nm, FSB1066)165
- P4 560 (3,6 GHz, 90 nm, FSB800)163
- P4 660 (3,6 GHz, 90 nm, FSB800)162
- P4 EE 3,46 GHz (130 nm, FSB1066)159
- P4 550 (3,4 GHz, 90 nm, FSB800)158
- P4 650 (3,4 GHz, 90 nm, FSB800)158
- P4 EE 3,40 GHz (130 nm, FSB800)154
- P4 EE 840 (3,2 GHz, Dual-Core, 90 nm, FSB800)154
- P4 640 (3,2 GHz, 90 nm, FSB800)152
- P4 540 (3,2 GHz, 90 nm, FSB800)147
- P4 3,06 GHz (130 nm, FSB533)145
- A64 FX-55 (2,6 GHz, 130 nm, HT1000)142
- PM 755 (2,0 GHz, 90 nm, FSB400)141
- P4 530 (3,0 GHz, 90 nm, FSB800)139
- P4 2,8C GHz (130 nm, FSB800)139
- A64 4000+ (2,4 GHz, 130 nm, HT1000)133
- A64 3800+ (2,4 GHz, 130 nm, HT1000)132
- P4 520 (2,8 GHz, 90 nm, FSB800)132
- P4 2,6C GHz (130 nm, FSB800)132
- A64 3500+ (2,2 GHz, 130 nm, HT1000)123
- A64 3500+ (2,2 GHz, 90 nm, HT1000)123
- P4 2,4C GHz (130 nm, FSB800)123
- A64 3200+ (2,0 GHz, 90 nm, HT1000)115
- A64 3000+ (1,8 GHz, 90 nm, HT1000)105
- P4 2,00 GHz (130 nm, FSB400)81
Einheit: Punkte
WebMark2004 – IP T
-
Training:
- A64 FX-55 (2,6 GHz, 130 nm, HT1000)155
- P4 EE 3,73 GHz (90 nm, FSB1066)152
- P4 570J (3,8 GHz, 90 nm, FSB800)151
- PM 755 (2,0 GHz, 90 nm, FSB400)150
- P4 EE 3,46 GHz (130 nm, FSB1066)148
- A64 4000+ (2,4 GHz, 130 nm, HT1000)146
- A64 3800+ (2,4 GHz, 130 nm, HT1000)145
- P4 660 (3,6 GHz, 90 nm, FSB800)145
- P4 560 (3,6 GHz, 90 nm, FSB800)143
- P4 EE 3,40 GHz (130 nm, FSB800)143
- P4 650 (3,4 GHz, 90 nm, FSB800)139
- P4 550 (3,4 GHz, 90 nm, FSB800)137
- A64 3500+ (2,2 GHz, 90 nm, HT1000)136
- A64 3500+ (2,2 GHz, 130 nm, HT1000)135
- P4 EE 840 (3,2 GHz, Dual-Core, 90 nm, FSB800)135
- P4 640 (3,2 GHz, 90 nm, FSB800)133
- P4 540 (3,2 GHz, 90 nm, FSB800)131
- P4 3,06 GHz (130 nm, FSB533)128
- A64 3200+ (2,0 GHz, 90 nm, HT1000)126
- P4 2,8C GHz (130 nm, FSB800)126
- P4 530 (3,0 GHz, 90 nm, FSB800)122
- P4 2,6C GHz (130 nm, FSB800)118
- P4 520 (2,8 GHz, 90 nm, FSB800)116
- A64 3000+ (1,8 GHz, 90 nm, HT1000)115
- P4 2,4C GHz (130 nm, FSB800)110
- P4 2,00 GHz (130 nm, FSB400)79
Einheit: Punkte
WebMark2004 – CT
-
Commercial Transactions:
- P4 EE 3,73 GHz (90 nm, FSB1066)155
- P4 570J (3,8 GHz, 90 nm, FSB800)153
- P4 660 (3,6 GHz, 90 nm, FSB800)151
- P4 EE 3,46 GHz (130 nm, FSB1066)150
- P4 560 (3,6 GHz, 90 nm, FSB800)146
- P4 EE 3,40 GHz (130 nm, FSB800)145
- P4 650 (3,4 GHz, 90 nm, FSB800)142
- A64 FX-55 (2,6 GHz, 130 nm, HT1000)141
- P4 550 (3,4 GHz, 90 nm, FSB800)139
- P4 EE 840 (3,2 GHz, Dual-Core, 90 nm, FSB800)137
- P4 640 (3,2 GHz, 90 nm, FSB800)135
- PM 755 (2,0 GHz, 90 nm, FSB400)134
- P4 540 (3,2 GHz, 90 nm, FSB800)132
- A64 3800+ (2,4 GHz, 130 nm, HT1000)128
- A64 4000+ (2,4 GHz, 130 nm, HT1000)128
- P4 3,06 GHz (130 nm, FSB533)127
- P4 530 (3,0 GHz, 90 nm, FSB800)125
- A64 3500+ (2,2 GHz, 90 nm, HT1000)123
- P4 2,8C GHz (130 nm, FSB800)122
- A64 3500+ (2,2 GHz, 130 nm, HT1000)119
- P4 520 (2,8 GHz, 90 nm, FSB800)118
- P4 2,6C GHz (130 nm, FSB800)115
- A64 3200+ (2,0 GHz, 90 nm, HT1000)114
- P4 2,4C GHz (130 nm, FSB800)107
- A64 3000+ (1,8 GHz, 90 nm, HT1000)104
- P4 2,00 GHz (130 nm, FSB400)81
Einheit: Punkte
Einzelergebnisse Commercial Transactions
WebMark2004 – CT F
-
Finance:
- P4 570J (3,8 GHz, 90 nm, FSB800)152
- P4 EE 3,73 GHz (90 nm, FSB1066)152
- P4 560 (3,6 GHz, 90 nm, FSB800)146
- P4 660 (3,6 GHz, 90 nm, FSB800)146
- P4 EE 3,46 GHz (130 nm, FSB1066)144
- P4 EE 3,40 GHz (130 nm, FSB800)140
- P4 550 (3,4 GHz, 90 nm, FSB800)138
- P4 650 (3,4 GHz, 90 nm, FSB800)138
- A64 FX-55 (2,6 GHz, 130 nm, HT1000)133
- P4 EE 840 (3,2 GHz, Dual-Core, 90 nm, FSB800)133
- PM 755 (2,0 GHz, 90 nm, FSB400)132
- P4 640 (3,2 GHz, 90 nm, FSB800)131
- P4 540 (3,2 GHz, 90 nm, FSB800)130
- A64 3800+ (2,4 GHz, 130 nm, HT1000)124
- A64 4000+ (2,4 GHz, 130 nm, HT1000)124
- P4 3,06 GHz (130 nm, FSB533)124
- P4 530 (3,0 GHz, 90 nm, FSB800)123
- P4 2,8C GHz (130 nm, FSB800)118
- A64 3500+ (2,2 GHz, 130 nm, HT1000)116
- A64 3500+ (2,2 GHz, 90 nm, HT1000)116
- P4 520 (2,8 GHz, 90 nm, FSB800)115
- P4 2,6C GHz (130 nm, FSB800)111
- A64 3200+ (2,0 GHz, 90 nm, HT1000)108
- P4 2,4C GHz (130 nm, FSB800)103
- A64 3000+ (1,8 GHz, 90 nm, HT1000)98
- P4 2,00 GHz (130 nm, FSB400)79
Einheit: Punkte
WebMark2004 – CT M
-
Marketplace:
- P4 EE 3,73 GHz (90 nm, FSB1066)161
- P4 660 (3,6 GHz, 90 nm, FSB800)157
- P4 570J (3,8 GHz, 90 nm, FSB800)156
- P4 EE 3,46 GHz (130 nm, FSB1066)153
- P4 EE 3,40 GHz (130 nm, FSB800)151
- P4 560 (3,6 GHz, 90 nm, FSB800)150
- P4 650 (3,4 GHz, 90 nm, FSB800)148
- PM 755 (2,0 GHz, 90 nm, FSB400)145
- P4 550 (3,4 GHz, 90 nm, FSB800)144
- P4 EE 840 (3,2 GHz, Dual-Core, 90 nm, FSB800)143
- P4 640 (3,2 GHz, 90 nm, FSB800)140
- P4 540 (3,2 GHz, 90 nm, FSB800)137
- A64 FX-55 (2,6 GHz, 130 nm, HT1000)133
- P4 530 (3,0 GHz, 90 nm, FSB800)129
- A64 4000+ (2,4 GHz, 130 nm, HT1000)127
- P4 3,06 GHz (130 nm, FSB533)126
- A64 3800+ (2,4 GHz, 130 nm, HT1000)125
- P4 2,8C GHz (130 nm, FSB800)123
- P4 520 (2,8 GHz, 90 nm, FSB800)122
- A64 3500+ (2,2 GHz, 90 nm, HT1000)117
- A64 3500+ (2,2 GHz, 130 nm, HT1000)116
- P4 2,6C GHz (130 nm, FSB800)115
- A64 3200+ (2,0 GHz, 90 nm, HT1000)108
- P4 2,4C GHz (130 nm, FSB800)107
- A64 3000+ (1,8 GHz, 90 nm, HT1000)99
- P4 2,00 GHz (130 nm, FSB400)80
Einheit: Punkte
WebMark2004 – CT P
-
Purchasing:
- A64 FX-55 (2,6 GHz, 130 nm, HT1000)159
- P4 EE 3,46 GHz (130 nm, FSB1066)152
- P4 EE 3,73 GHz (90 nm, FSB1066)152
- P4 570J (3,8 GHz, 90 nm, FSB800)151
- P4 660 (3,6 GHz, 90 nm, FSB800)149
- P4 EE 3,40 GHz (130 nm, FSB800)143
- P4 560 (3,6 GHz, 90 nm, FSB800)141
- P4 650 (3,4 GHz, 90 nm, FSB800)140
- A64 3500+ (2,2 GHz, 90 nm, HT1000)137
- P4 EE 840 (3,2 GHz, Dual-Core, 90 nm, FSB800)135
- A64 3800+ (2,4 GHz, 130 nm, HT1000)134
- A64 4000+ (2,4 GHz, 130 nm, HT1000)134
- P4 550 (3,4 GHz, 90 nm, FSB800)134
- P4 640 (3,2 GHz, 90 nm, FSB800)133
- P4 540 (3,2 GHz, 90 nm, FSB800)130
- P4 3,06 GHz (130 nm, FSB533)130
- A64 3200+ (2,0 GHz, 90 nm, HT1000)127
- PM 755 (2,0 GHz, 90 nm, FSB400)126
- P4 2,8C GHz (130 nm, FSB800)126
- A64 3500+ (2,2 GHz, 130 nm, HT1000)125
- P4 530 (3,0 GHz, 90 nm, FSB800)123
- P4 2,6C GHz (130 nm, FSB800)118
- P4 520 (2,8 GHz, 90 nm, FSB800)117
- A64 3000+ (1,8 GHz, 90 nm, HT1000)117
- P4 2,4C GHz (130 nm, FSB800)111
- P4 2,00 GHz (130 nm, FSB400)85
Einheit: Punkte
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