BIOS Template - Gigabyte GA-EX58 - UD5 MB Intelligent Tweaker (M.I.T.)
INTEL CORE I7 920
(THIS WILL GIVE YOU A 3.6 OVERCLOCK)
I TESTED THIS IN PRIME95 FOR 8 HOURS AT 100% LOAD
**TEMPS WHERE BETWEEN 59C-67C FOR ENTIRE TEST
***FIRST THING I DID IN BIOS WAS TURN ON XMP,IT SET MOST OF
THESE SETTINGS AUTOMATICALLY.IT SET MY MEMORY AFTER TURNING
XMP ON.
***HAD TO GO BACK AND CHANGE VCORE TO 1.25, XMP SETS THIS HIGHER
THAN IT NEEDS TO BE
***I AM RUNNING A COOLER MASTER V10 CPU COOLER
(STOCK COOLER WITH THIS CHIP WILL NOT WORK FOR 3.6 OC)
***HERE IS MY BUILD LIST
INTEL CORE I7 920
GIGABYTE EX58 UD5
G-SKILL 6GB 1600
COOLER MASTER V10
WD 1T HARD DRIVE
SAPPHIRE 4870
SOUND BLASTER
ANTEC !@)) CASE 7 FANS
WINDOWS VISTA 64-BIT
PSU 1200W (PLAN ON UPGRADING A LOT WITH THIS UNIT)
***IM POSTING THIS BECAUSE I WAS UNFAMILURE WITH THE I7s
I THOUGHT THIS MIGHT HELP SOME PEOPLE GETTING STARTED
AFTER ME ,WITH THIS BOARD.
***IF ANYONE CAN SEE SOMTHING I SHOULD CHANGE PLEASE TELL ME FOR SURE.
KILLER454
CPU Clock Ratio [19x]
Advanced CPU Features [Press Enter]:
CPU Clock Ratio [19x]
Intel(R) Turbo Boost Tech [Disbaled]
CPU Cores Enabled [All]
CPU Multi Threading [Enabled]
CPU Enhanced Halt (C1E) [enabled]
C3/C6/C7 State Support [Disabled]
CPU Thermal Monitor [enabled]
CPU EIST Function [enabled]
Virtualization Technology [enabled]
Bi-Directional PROCHOT [enabled]
QPI Link Speed [auto]
Uncore & QPI Features [Press Enter]:
QPI Link Speed [6.94ghz]
Uncore Frequency [AUTO]
Isonchronous Frequency [Enabled]
Base Clock (BCLK) Control [Enabled]
BCLK Frequency (MHz) [193]
Advanced Clock Control [Press Enter]:
standard clock control
Base Clock (BCLK) Control [Enabled]
BCLK Frequency (MHz) [193]
PCI Express Frequency (MHz) [auto]
C.I.A.2 [Disabled]
advanced clock control
CPU Clock Drive [ 800mV]
PCI Express Clock Drive [ 900mV]
CPU Clock Skew [ 0ps]
IOH Clock Skew [ 0ps]
Performance Enhance [standard]
Extreme Memory Profile (X.M.P.) [profile 1]
System Memory Multiplier (SPD) [8.0]
DRAM Timing Selectable (sPD) [Auto]
Channel A
CAS Latency Time 9 [AUTO]
tRCD 9 [AUTO]
tRP 9 [AUTO]
tRAS 24 [AUTO]
Channel B
CAS Latency Time 9 [AUTO]
tRCD 9 [AUTO]
tRP 9 [AUTO]
tRAS 24 [AUTO]
Channel C
CAS Latency Time 9 [AUTO]
tRCD 9 [AUTO]
tRP 9 [AUTO]
tRAS 24 [AUTO]
Advanced DRAM Features [Press Enter]:
Performance Enhance [standard]
Extreme Memory Profile (X.M.P) [profile 1]
System Memory Multiplier (SPD) [8.0]
DRAM Timing Selectable (sPD) [Auto]
Channel A
Channel A Timing Settings [Press Enter]:
##Channel A Standard Timing Control##
CAS Latency Time 9 [AUTO]
tRCD 9 [AUTO]
tRP 9 [AUTO]
tRAS 24 [AUTO]
##Channel A Advanced Timing Control##
tRC 40 [AUTO]
tRRD 5 [AUTO]
tWTR 6 [AUTO]
tWR 12 [AUTO]
tRFC 88 [AUTO]
tRTP 6 [AUTO]
tFAW 50 [AUTO]
Command Rate (CMD) 2 [AUTO]
##Channel A Misc Timing Control##
Round Trip Latency 59 [AUTO]
Channel A Turnaround Settings [Press Enter]:
##Channel A Writes Followed By Reads##
Different DIMMs 6 [AUTO]
Different Ranks 6 [AUTO]
On The Same Rank 9 [AUTO]
##Channel A Reads Followed By Writes##
Different DIMMs 9 [AUTO]
Different Ranks 9 [AUTO]
On The Same Rank 9 [AUTO]
##Channel A Reads Followed By Reads##
Different DIMMs 6 [AUTO]
Different Ranks 5 [AUTO]
On The Same Rank 1 [AUTO]
##Channel A Writes Followed By Writes##
Different DIMMs 6 [AUTO]
Different Ranks 6 [AUTO]
On The Same Rank 1 [AUTO]
Channel B
Channel B Timing Settings [Press Enter]:
##Channel B Standard Timing Control##
CAS Latency Time 9 [AUTO]
tRCD 9 [AUTO]
tRP 9 [AUTO]
tRAS 24 [AUTO]
##Channel B Advanced Timing Control##
tRC 40 [AUTO]
tRRD 5 [AUTO]
tWTR 6 [AUTO]
tWR 12 [AUTO]
tRFC 88 [AUTO]
tRTP 6 [AUTO]
tFAW 50 [AUTO]
Command Rate (CMD) 2 [AUTO]
##Channel B Misc Timing Control##
Round Trip Latency 60 [AUTO]
Channel A Turnaround Settings [Press Enter]:
##Channel B Writes Followed By Reads##
Different DIMMs 6 [AUTO]
Different Ranks 6 [AUTO]
On The Same Rank 9 [AUTO]
##Channel B Reads Followed By Writes##
Different DIMMs 9 [AUTO]
Different Ranks 9 [AUTO]
On The Same Rank 9 [AUTO]
##Channel B Reads Followed By Reads##
Different DIMMs 6 [AUTO]
Different Ranks 5 [AUTO]
On The Same Rank 1 [AUTO]
##Channel B Writes Followed By Writes##
Different DIMMs 6 [AUTO]
Different Ranks 6 [AUTO]
On The Same Rank 1 [AUTO]
Channel C
Channel C Timing Settings [Press Enter]:
##Channel C Standard Timing Control##
CAS Latency Time 9 [AUTO]
tRCD 9 [AUTO]
tRP 9 [AUTO]
tRAS 24 [AUTO]
##Channel C Advanced Timing Control##
tRC 40 [AUTO]
tRRD 5 [AUTO]
tWTR 6 [AUTO]
tWR 12 [AUTO]
tRFC 88 [AUTO]
tRTP 6 [AUTO]
tFAW 50 [AUTO]
Command Rate (CMD) 2 [AUTO]
##Channel C Misc Timing Control##
Round Trip Latency 61 [AUTO]
Channel C Turnaround Settings [Press Enter]:
##Channel C Writes Followed By Reads##
Different DIMMs 6 [AUTO]
Different Ranks 6 [AUTO]
On The Same Rank 9 [AUTO]
##Channel C Reads Followed By Writes##
Different DIMMs 9 [AUTO]
Different Ranks 9 [AUTO]
On The Same Rank 9 [AUTO]
##Channel C Reads Followed By Reads##
Different DIMMs 6 [AUTO]
Different Ranks 5 [AUTO]
On The Same Rank 1 [AUTO]
##Channel C Writes Followed By Writes##
Different DIMMs 6 [AUTO]
Different Ranks 6 [AUTO]
On The Same Rank 1 [AUTO]
Load Line Calibration [disabled]
CPU Vcore 1.29375v [1.2500v]
QPI/VTT Voltage 1.235v [AUTO]
IOH Core 1.240v [AUTO]
DRAM Voltage 1.5v [1.600v]
Advanced Voltage Control [Press Enter]:
Load Line Calibration [disabled]
CPU Vcore 1.18125v [1.25000v]
QPI/VTT Voltage 1.175v [1.235v]
CPU PLL 1.800v [auto]
MCH
PCIE 1.500v [auto]
QPI PLL 1.100v [AUTO]
IOH Core 1.100v [1.240v]
ICH I/O 1.500v [AUTO]
ICH Core 1.100v [AUTO]
DRAM
DRAM Voltage 1.500v [1.600v]
DRAM Termination 0.750v [AUTO]
Ch-A Data VRef. 0.750v [AUTO]
Ch-B Data VRef. 0.750v [AUTO]
Ch-C Data VRef. 0.750v [AUTO]
Ch-A Address VRef. 0.750v [AUTO]
Ch-B Address VRef. 0.750v [AUTO]
Ch-C Address VRef. 0.750v [AUTO]
INTEL CORE I7 920
(THIS WILL GIVE YOU A 3.6 OVERCLOCK)
I TESTED THIS IN PRIME95 FOR 8 HOURS AT 100% LOAD
**TEMPS WHERE BETWEEN 59C-67C FOR ENTIRE TEST
***FIRST THING I DID IN BIOS WAS TURN ON XMP,IT SET MOST OF
THESE SETTINGS AUTOMATICALLY.IT SET MY MEMORY AFTER TURNING
XMP ON.
***HAD TO GO BACK AND CHANGE VCORE TO 1.25, XMP SETS THIS HIGHER
THAN IT NEEDS TO BE
***I AM RUNNING A COOLER MASTER V10 CPU COOLER
(STOCK COOLER WITH THIS CHIP WILL NOT WORK FOR 3.6 OC)
***HERE IS MY BUILD LIST
INTEL CORE I7 920
GIGABYTE EX58 UD5
G-SKILL 6GB 1600
COOLER MASTER V10
WD 1T HARD DRIVE
SAPPHIRE 4870
SOUND BLASTER
ANTEC !@)) CASE 7 FANS
WINDOWS VISTA 64-BIT
PSU 1200W (PLAN ON UPGRADING A LOT WITH THIS UNIT)
***IM POSTING THIS BECAUSE I WAS UNFAMILURE WITH THE I7s
I THOUGHT THIS MIGHT HELP SOME PEOPLE GETTING STARTED
AFTER ME ,WITH THIS BOARD.
***IF ANYONE CAN SEE SOMTHING I SHOULD CHANGE PLEASE TELL ME FOR SURE.
KILLER454
CPU Clock Ratio [19x]
Advanced CPU Features [Press Enter]:
CPU Clock Ratio [19x]
Intel(R) Turbo Boost Tech [Disbaled]
CPU Cores Enabled [All]
CPU Multi Threading [Enabled]
CPU Enhanced Halt (C1E) [enabled]
C3/C6/C7 State Support [Disabled]
CPU Thermal Monitor [enabled]
CPU EIST Function [enabled]
Virtualization Technology [enabled]
Bi-Directional PROCHOT [enabled]
QPI Link Speed [auto]
Uncore & QPI Features [Press Enter]:
QPI Link Speed [6.94ghz]
Uncore Frequency [AUTO]
Isonchronous Frequency [Enabled]
Base Clock (BCLK) Control [Enabled]
BCLK Frequency (MHz) [193]
Advanced Clock Control [Press Enter]:
standard clock control
Base Clock (BCLK) Control [Enabled]
BCLK Frequency (MHz) [193]
PCI Express Frequency (MHz) [auto]
C.I.A.2 [Disabled]
advanced clock control
CPU Clock Drive [ 800mV]
PCI Express Clock Drive [ 900mV]
CPU Clock Skew [ 0ps]
IOH Clock Skew [ 0ps]
Performance Enhance [standard]
Extreme Memory Profile (X.M.P.) [profile 1]
System Memory Multiplier (SPD) [8.0]
DRAM Timing Selectable (sPD) [Auto]
Channel A
CAS Latency Time 9 [AUTO]
tRCD 9 [AUTO]
tRP 9 [AUTO]
tRAS 24 [AUTO]
Channel B
CAS Latency Time 9 [AUTO]
tRCD 9 [AUTO]
tRP 9 [AUTO]
tRAS 24 [AUTO]
Channel C
CAS Latency Time 9 [AUTO]
tRCD 9 [AUTO]
tRP 9 [AUTO]
tRAS 24 [AUTO]
Advanced DRAM Features [Press Enter]:
Performance Enhance [standard]
Extreme Memory Profile (X.M.P) [profile 1]
System Memory Multiplier (SPD) [8.0]
DRAM Timing Selectable (sPD) [Auto]
Channel A
Channel A Timing Settings [Press Enter]:
##Channel A Standard Timing Control##
CAS Latency Time 9 [AUTO]
tRCD 9 [AUTO]
tRP 9 [AUTO]
tRAS 24 [AUTO]
##Channel A Advanced Timing Control##
tRC 40 [AUTO]
tRRD 5 [AUTO]
tWTR 6 [AUTO]
tWR 12 [AUTO]
tRFC 88 [AUTO]
tRTP 6 [AUTO]
tFAW 50 [AUTO]
Command Rate (CMD) 2 [AUTO]
##Channel A Misc Timing Control##
Round Trip Latency 59 [AUTO]
Channel A Turnaround Settings [Press Enter]:
##Channel A Writes Followed By Reads##
Different DIMMs 6 [AUTO]
Different Ranks 6 [AUTO]
On The Same Rank 9 [AUTO]
##Channel A Reads Followed By Writes##
Different DIMMs 9 [AUTO]
Different Ranks 9 [AUTO]
On The Same Rank 9 [AUTO]
##Channel A Reads Followed By Reads##
Different DIMMs 6 [AUTO]
Different Ranks 5 [AUTO]
On The Same Rank 1 [AUTO]
##Channel A Writes Followed By Writes##
Different DIMMs 6 [AUTO]
Different Ranks 6 [AUTO]
On The Same Rank 1 [AUTO]
Channel B
Channel B Timing Settings [Press Enter]:
##Channel B Standard Timing Control##
CAS Latency Time 9 [AUTO]
tRCD 9 [AUTO]
tRP 9 [AUTO]
tRAS 24 [AUTO]
##Channel B Advanced Timing Control##
tRC 40 [AUTO]
tRRD 5 [AUTO]
tWTR 6 [AUTO]
tWR 12 [AUTO]
tRFC 88 [AUTO]
tRTP 6 [AUTO]
tFAW 50 [AUTO]
Command Rate (CMD) 2 [AUTO]
##Channel B Misc Timing Control##
Round Trip Latency 60 [AUTO]
Channel A Turnaround Settings [Press Enter]:
##Channel B Writes Followed By Reads##
Different DIMMs 6 [AUTO]
Different Ranks 6 [AUTO]
On The Same Rank 9 [AUTO]
##Channel B Reads Followed By Writes##
Different DIMMs 9 [AUTO]
Different Ranks 9 [AUTO]
On The Same Rank 9 [AUTO]
##Channel B Reads Followed By Reads##
Different DIMMs 6 [AUTO]
Different Ranks 5 [AUTO]
On The Same Rank 1 [AUTO]
##Channel B Writes Followed By Writes##
Different DIMMs 6 [AUTO]
Different Ranks 6 [AUTO]
On The Same Rank 1 [AUTO]
Channel C
Channel C Timing Settings [Press Enter]:
##Channel C Standard Timing Control##
CAS Latency Time 9 [AUTO]
tRCD 9 [AUTO]
tRP 9 [AUTO]
tRAS 24 [AUTO]
##Channel C Advanced Timing Control##
tRC 40 [AUTO]
tRRD 5 [AUTO]
tWTR 6 [AUTO]
tWR 12 [AUTO]
tRFC 88 [AUTO]
tRTP 6 [AUTO]
tFAW 50 [AUTO]
Command Rate (CMD) 2 [AUTO]
##Channel C Misc Timing Control##
Round Trip Latency 61 [AUTO]
Channel C Turnaround Settings [Press Enter]:
##Channel C Writes Followed By Reads##
Different DIMMs 6 [AUTO]
Different Ranks 6 [AUTO]
On The Same Rank 9 [AUTO]
##Channel C Reads Followed By Writes##
Different DIMMs 9 [AUTO]
Different Ranks 9 [AUTO]
On The Same Rank 9 [AUTO]
##Channel C Reads Followed By Reads##
Different DIMMs 6 [AUTO]
Different Ranks 5 [AUTO]
On The Same Rank 1 [AUTO]
##Channel C Writes Followed By Writes##
Different DIMMs 6 [AUTO]
Different Ranks 6 [AUTO]
On The Same Rank 1 [AUTO]
Load Line Calibration [disabled]
CPU Vcore 1.29375v [1.2500v]
QPI/VTT Voltage 1.235v [AUTO]
IOH Core 1.240v [AUTO]
DRAM Voltage 1.5v [1.600v]
Advanced Voltage Control [Press Enter]:
Load Line Calibration [disabled]
CPU Vcore 1.18125v [1.25000v]
QPI/VTT Voltage 1.175v [1.235v]
CPU PLL 1.800v [auto]
MCH
PCIE 1.500v [auto]
QPI PLL 1.100v [AUTO]
IOH Core 1.100v [1.240v]
ICH I/O 1.500v [AUTO]
ICH Core 1.100v [AUTO]
DRAM
DRAM Voltage 1.500v [1.600v]
DRAM Termination 0.750v [AUTO]
Ch-A Data VRef. 0.750v [AUTO]
Ch-B Data VRef. 0.750v [AUTO]
Ch-C Data VRef. 0.750v [AUTO]
Ch-A Address VRef. 0.750v [AUTO]
Ch-B Address VRef. 0.750v [AUTO]
Ch-C Address VRef. 0.750v [AUTO]
if i lower the BCLK Frequency.. bring the clock down to about 3.4ghz would it be stable for longer.. just because i am running 3d studio max and needs to be stable for much longer.. and advise would be much appreciated
