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bei deinem board klar die Q9650, falls du viel MHZ haben willst.
Merkt man einen unterschied im normalen windows xp betrieb zwischen einen duo mit 3,6 und einem quad mit 3,6 oder 4 ghz?
meinst du jetzt beim arbeiten in win? so die normalen sachen wie office, inet usw.?
also da definitv nicht, ich bin von einem 4 ghz dual auf einen 4 ghz quad umgestiegen und merk im win eigentlich nix.
Hey Dark, was willste Dir denn kaufen? Umstieg auf i7 oder nur nen Q9650?
Ja sowas meine ich.
Ich wüsste jetzt nicht das ich ein Progamm habe welches 4 Kerne benutzt. Aber es würd sich doch trotzdem lohnen, oder? Wenn irgendwelche spiele mal kommen die mehrere kerne benutzen... oder so.
Hat jetzt schon einer von euch diesen hier!?
http://www.drivecity.de/product_info.php?products_id=495668&pid=geizhals
Robust Graphics Booster.........................Auto
CPU Clock Ratio.................................8x
Fine CPU Clock Ratio............................+0,5
CPU Frequency...................................3,60Ghz(400x8,5)
********** Clock Chip Control ********
>>>>> Standard Clock Control
CPU Host Clock Control..........................Enabled
CPU Host Frequency(Mhz).........................424
PCI Express Frequency(Mhz)......................100
C.I.A.2.........................................Disabled
>>>>> Advanced Clock Control
CPU Clock Drive.................................700mV
PCI Express Clock Drive.........................700mV
CPU Clock Skew..................................0ps
MCH Clock Skew..................................0ps
********** DRAM Performance Control ********
Performance Enhance.............................Standard
Extreme Memory Profile(X.M.P.)..................Auto
(G)MCH Frequency Latch..........................333
System Memory Multiplier(SPD)...................2,00B
Memory Frequency(Mhz).............800...........800
Dram Timing Selectable(SPD).....................Manual
>>>>>Standard Timing Control
CAS Latency Time..................4.............5
tRCD..............................4.............5
tRP...............................4.............5
tRAS..............................12............18
Advanced Timing Control:
tRRD..............................3.............Auto
tWTR..............................3.............Auto
tWR...............................6.............Auto
tRFC..............................42............Auto
tRTP..............................3.............Auto
Command Rate(CMD).................0.............Auto
>>>>> Channel A und B
Channel A/B Timing Settings:
Static tRead Value................11............10
tRD Phase0 Adjustment.............0.............Auto
tRD Phase1 Adjustment.............0.............Auto
tRD Phase2 Adjustment.............0.............Auto
tRD Phase3 Adjustment.............0.............Auto
Trd2rd(Different Rank)............6.............Auto
Twr2wr(Different Rank)............6.............Auto
Twr2rd(Different Rank)............5.............Auto
Trd2wr(Same/Diff Rank)............8.............Auto
DIMM1 Clock Skew Control........................Auto
DIMM2 Clock Skew Control........................Auto
DDR Write Training..............................Auto
Channel A/B Driving Settings:
Driving Strength Profile........................Auto
Data Driving Pull-Up Level......................Auto
Cmd Driving Pull-Up Level.......................Auto
Ctrl Driving Pull-Up Level......................Auto
Clk Driving Pull-Up Level.......................Auto
Data Driving Pull-Down Level....................Auto
Cmd Driving Pull-Down Level.....................Auto
Ctrl Driving Pull-Down Level....................Auto
Clk Driving Pull-Down Level.....................Auto
****** Mother Board Voltage Control ******
Voltage Types Normal Current
------------------------------------------------------------------------
>>>CPU
Load-Line Calibration Disabled
CPU Vcore 1,25000V 1,2875V
CPU Termination 1,200V 1,3V
CPU PLL 1,500V Normal
CPU Reference 0,760V 0,823V
>>>MCH/ICH
MCH Core 1,100V 1,3V
MCH Reference 0,760V 0,823V
MCH/Dram Reference 0,900V Auto
ICH I/O 1,500V Normal
ICH Core 1,100V Normal
>>>DRAM
DRAM Voltage 1,800V 2,1V
DRAM Termination 0,900V 1,05V
Channel A Reference 0,900V 1,05V
Channel B Reference 0,900V 1,05V
Advanced BIOS Features:
Limit CPUID Max. to 3 Disabled
No-Execute Memory Protect Enabled
CPU Enhanced Halt(C1E) Disabled
C2/C2E State Support Disabled
C4/C4E State Support Disabled
CPU Thermal Monitor 2(TM2) Enabled
CPU EIST Function Disabled
Virtualization Technology Disabled
welcher dieser shops hat denn garantiert einen E0 ?
http://preisvergleich.hardwareluxx.de/deutschland/a300001.html
Ich teste meinen Q9550(E0) gerade auf 3,6GHz. 3,4GHz hat er mit 1,2815V(real:1,248V), 1,3V VTT, 1,5 PLL und 1,3 MCH-Core Costum-Test(6 Stunden geschafft). GTL's hatte ich angepasst.
Bei 3,6GHz bekam ich nach 1-2 Stunden immer einen Bluescreen und er startete neu. Was könnte ich verbessern ? Alles läuft auf einem EP45-UD3R.
Hier meine momentanen Einstellungen.
Code:Robust Graphics Booster.........................Auto CPU Clock Ratio.................................8x Fine CPU Clock Ratio............................+0,5 CPU Frequency...................................3,60Ghz(400x8,5) ********** Clock Chip Control ******** >>>>> Standard Clock Control CPU Host Clock Control..........................Enabled CPU Host Frequency(Mhz).........................424 PCI Express Frequency(Mhz)......................100 C.I.A.2.........................................Disabled >>>>> Advanced Clock Control CPU Clock Drive.................................700mV PCI Express Clock Drive.........................700mV CPU Clock Skew..................................0ps MCH Clock Skew..................................0ps ********** DRAM Performance Control ******** Performance Enhance.............................Standard Extreme Memory Profile(X.M.P.)..................Auto (G)MCH Frequency Latch..........................333 System Memory Multiplier(SPD)...................2,00B Memory Frequency(Mhz).............800...........800 Dram Timing Selectable(SPD).....................Manual >>>>>Standard Timing Control CAS Latency Time..................4.............5 tRCD..............................4.............5 tRP...............................4.............5 tRAS..............................12............18 Advanced Timing Control: tRRD..............................3.............Auto tWTR..............................3.............Auto tWR...............................6.............Auto tRFC..............................42............Auto tRTP..............................3.............Auto Command Rate(CMD).................0.............Auto >>>>> Channel A und B Channel A/B Timing Settings: Static tRead Value................11............10 tRD Phase0 Adjustment.............0.............Auto tRD Phase1 Adjustment.............0.............Auto tRD Phase2 Adjustment.............0.............Auto tRD Phase3 Adjustment.............0.............Auto Trd2rd(Different Rank)............6.............Auto Twr2wr(Different Rank)............6.............Auto Twr2rd(Different Rank)............5.............Auto Trd2wr(Same/Diff Rank)............8.............Auto DIMM1 Clock Skew Control........................Auto DIMM2 Clock Skew Control........................Auto DDR Write Training..............................Auto Channel A/B Driving Settings: Driving Strength Profile........................Auto Data Driving Pull-Up Level......................Auto Cmd Driving Pull-Up Level.......................Auto Ctrl Driving Pull-Up Level......................Auto Clk Driving Pull-Up Level.......................Auto Data Driving Pull-Down Level....................Auto Cmd Driving Pull-Down Level.....................Auto Ctrl Driving Pull-Down Level....................Auto Clk Driving Pull-Down Level.....................Auto ****** Mother Board Voltage Control ****** Voltage Types Normal Current ------------------------------------------------------------------------ >>>CPU Load-Line Calibration Disabled CPU Vcore 1,25000V 1,2875V CPU Termination 1,200V 1,3V CPU PLL 1,500V Normal CPU Reference 0,760V 0,823V >>>MCH/ICH MCH Core 1,100V 1,3V MCH Reference 0,760V 0,823V MCH/Dram Reference 0,900V Auto ICH I/O 1,500V Normal ICH Core 1,100V Normal >>>DRAM DRAM Voltage 1,800V 2,1V DRAM Termination 0,900V 1,05V Channel A Reference 0,900V 1,05V Channel B Reference 0,900V 1,05V Advanced BIOS Features: Limit CPUID Max. to 3 Disabled No-Execute Memory Protect Enabled CPU Enhanced Halt(C1E) Disabled C2/C2E State Support Disabled C4/C4E State Support Disabled CPU Thermal Monitor 2(TM2) Enabled CPU EIST Function Disabled Virtualization Technology Disabled