Gigabyte GA-X79-UD7 User Manual - Page 23

Onboard Voltage Measurement Module

Page 23 highlights

Onboard Voltage Measurement1 Module 1 23 Users can use a multimeter to measure component voltages, including Vcore, QPI VTT, DDR, VCCSA, CPU 1 PLL, and DDR VTT. You can employ one of the followiDnIP g two ways to measure component voltages. 1 23 Method I (Using the included voltage measurement cable): Steps: Connect the included voltage measurement cable to a voltage measurement header and your multimeter as shown. Please note the red wire is the positive and must be connected to the pin 1 (+12V). Method II (Connecting the multimeter directly): Steps: Connect the red lead of the multimeter to the pin 1 (+12V) of a voltage measurement point and the black lead to the pin 2 (ground). F_USB30 F_USB30 F_USB30 F_USB30 F_USB30F_AFU_DUISOB(3H0)F_AFU_UDSIOB(3H0)F_AUDIO(H)F_AUDIO(H)F_AUDIO(H)F_AUDIO(FH_)PFA_ANUEDL(INOH(FH)_)PANEL(NHF)_PANEL(NHF)_PANEL(NHF)_PANEL(NHF)_FP_APNAENLE(LNHF)_FP_APNAENLE(NLH)F_ (H61M-D2) (H61M-D2) (H - 23 - DIP 1 23 1 DIP 1 23 1 DIP 1 23 1 DIP 1 23 1 DIP 1 23 1 DIP 1 23 1 DIP 1 23 1 1 DIP 1 VCORE DIP 1 23 1 Pin 1 QPIVTT DIP 1 23 1 Pin 1 DDR_15V_DAIP 1 23 1 Pin 1 DDR_15V_B BIOS SwitcheBrIO(XS58SAw-iOtcChBe) rIO(XS5S8Aw-itOchCeB)rIO(XS58SAw-iOtcCheB) rIO(XS5S8Aw-iOtcChBe)rIO(XS5S8Aw-itOchCeB)rIO(XS5S8Aw-iOtcChe)r (X58A-OC) DB_PORT DB_PORT DB_PORT DB_PORT DB_PORT DB_PORT DB_PORT 1 1 1 1 1 1 1 1 1 1 1 1 1 1 M_SATA M_SATA M_SATA M_SATA M_SATA M_SATA M_SATA Pin 1 Pin 1 Pin 1 TPM w/housing TPM w/housing TPM w/housing TPM w/housing ACPI_CPT ACPI_CPT AC Voltage measVuorletamgeenmt meaosVduourletam(gXe5n8mtAme-aOosVdCuou)rleteam(gXee5n8mtAme-aOosVdCuuor)letam(gXe5n8mtAme-aOosVdCuou)rleteam(gXe5nm8tAme-aOosVdCuour)lleteam(gXe5nm8tAme-aOosdCuur)leem(Xe5n8tAm-OodCu)le(X58A-OC) (GA-IVB) (GA-IVB) (G TPM TPM TPM w/housing w/housing w/housing PWM SwitchP(XW5M8AS-OwiCtc)hP(WX5M8AS-wOiCtc)hP(XW5M8AS-OwiCtc)hP(XW5M8AS-wOiCtc)hP(WX5M8AS-wOiCtc)hP(XW5M8AS-wOiCtc)h (X58A-OC) DIP 1 23 DIP 1 23 DIP 1 23 DIP 1 23 DIP 1 23 DIP 1 23 DIP 1 23 VCCSA CPU_PLL Pin 1 DDRVTT DIP 1 23 DIP 1 23 DIP 1 23 DIP 1 23 DIP 1 23 DIP DIP 1 23 PCIe power cPoCnIneepctoowr e(Sr AcPoTCnAIne)(eXpc5oto8wrAe(-rSOcAPCoTCn)AIne)e(Xpc5too8wrAe(-SrOAcPCoTCnA)In)e(eXpc5oto8wrAe(-SrOcAPCoTCn)AIne)(eXpco5tow8rAe(-rSOcAPCoTCn)AIne)e(Xpcot5ow8rAe(Sr-OcAoCTnA)n)e(Xc5to8rA(-SOACT)A)(X58A-OC) 1 23 1 23 DIP DIP 1 2 3 SMB_CPT SMB_CPT SM (GA-IVB) (GA-IVB) (G Pin No. Definition 1 +12V 2 GND CLR_CMOS CLR_CMOSC CI CI CI DIS_ME DIS_ME DI GP15_CPT GP15_CPT G (GA-IVB) (GA-IVB) (G XDP_CPU XDP_CPU X XDP_PCH XDP_PCH X (GA-IVB) (GA-IVB) (G Hardware Installation

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- 23 -
Hardware Installation
Onboard Voltage Measurement Module
Users can use a multimeter to measure component voltages, including Vcore, QPI VTT, DDR, VCCSA, CPU
PLL, and DDR VTT. You can employ one of the following two ways to measure component voltages.
Pin No.
Deļ¬nition
1
+12V
2
GND
VCORE
Pin 1
QPIVTT
Pin 1
DDR_15V_A
Pin 1
DDR_15V_B
Pin 1
CPU_PLL
Pin 1
DDRVTT
Pin 1
Pin 1
VCCSA
Method I (Using the included voltage measurement cable):
Method II (Connecting the multimeter directly):
Steps:
Connect the included voltage measurement cable to a voltage
measurement header and your multimeter as shown. Please note
the red wire is the positive and must be connected to the pin 1
(+12V).
Steps:
Connect the red lead of the multimeter to the pin 1 (+12V) of a
voltage measurement point and the black lead to the pin 2 (ground).