1. AISuite_II_V20001_SA-X79_XPVistaWin7_8.zip Driver
  2. English.ini File Contents

English.ini Driver File Contents (AISuite_II_V20001_SA-X79_XPVistaWin7_8.zip)

ÿþ[translations]



CPUTempNote = "This sensor detects the CPU temperature. You can monitor the CPU temperature, and adjust the CPU fan and system fan speeds to provide a better thermal solution for the CPU, thus ensuring the system's stability."



MBTempNote = "This sensor detects the motherboard temperature. You can monitor the motherboard temperature, and adjust the system fan speed to provide a better thermal solution for the motherboard, thus ensuring the system's stability."



VCORE-1TempNote = "This sensor detects the temperature of the CPU core voltage (Vcore), which refers to the power supply voltage supplied to the CPU. You can monitor the Vcore temperature, and adjust the CPU and system fan speeds to provide a better thermal solution for the Vcore, thus ensuring a stable power supply voltage for the CPU and ensuring the system's stability."



VCORE-2TempNote = "This sensor detects the temperature of the CPU core voltage (Vcore), which refers to the power supply voltage supplied to the CPU. You can monitor the Vcore temperature, and adjust the CPU and system fan speeds to provide a better thermal solution for the Vcore, thus ensuring a stable power supply voltage for the CPU and ensuring the system's stability."



VCORETempNote = "This sensor detects the temperature of the CPU core voltage (Vcore), which refers to the power supply voltage supplied to the CPU. You can monitor the Vcore temperature, and adjust the CPU and system fan speeds to provide a better thermal solution for the Vcore, thus ensuring a stable power supply voltage for the CPU and ensuring the system's stability."

VCORE(Back)TempNote = "This sensor detects the VCORE(Back) temperature, which is placed with MOSFETs to supply power to the CPU. Poor air circulation causes the motherboard to become hot and reduce the MOSFETs lifespan. To improve air circulation, ASUS designed the convection hole to direct the airflow from the I/O fan to the VCORE (Back) area.\n\nYou can monitor the VCORE(Back) temperature, and adjust the CPU fan speeds to provide a better thermal solution for the whole motherboard to ensure the system's stability."



DRAMTempNote = "This sensor is for the temperatures of the system memory. You can monitor this temperature and adjust the system fans accordingly to provide better thermal for the entire system to enhance the system lifespan."

DRAM-ABTempNote = "This sensor detects the AB channel memory power modules' temperatures. You can monitor the AB channel memory power modules' temperatures, and adjust the system and memory fan speeds to provide a better thermal solution for the AB channel memory power modules, thus ensuring the system's stability."

DRAM-CDTempNote = "This sensor detects the CD channel memory power modules' temperatures. You can monitor the CD channel memory power modules' temperatures, and adjust the system and memory fan speeds to provide a better thermal solution for the CD channel memory power modules, thus ensuring the system's stability."



VCCIOTempNote = "VCCIO is the logic power supply for high frequency CPU input and output data like CPU clock. Along with the switching power design for VCCIO, it can provide higher efficiency with less wasted heat, and ensure a longer component lifespan.\n\nBy monitoring this temperature, you can make sure the logic power supply is stable for better signal quality and faster data transfer."

VCCIO/VCCSATempNote = "VCCIO is the logic power supply for high frequency CPU input and output data like CPU clock.\nVCCSA is the power supply for the System Agent including memory controller and PCIe controllers.\nAlong with the switching power design for both VCCIO and VCCSA, it can provide higher efficiency with less wasted heat, and ensure a longer component lifespan.\n\nThis sensor detects the VCCIO and VCCSA temperature. You can monitor the temperature and adjust the CPU and system fan speeds to ensure that the power supply for the integrated memory controller and PCI Express interface is stable for better signal quality and the trustworthy data transfer."

iGPUTempNote = "VAUX is the power supply for the Integrated GPU (iGPU). Along with the switching power design for VAUX, it can provide higher efficiency with less wasted heat, and ensure a longer component lifespan.\n\nThis sensor detects the VAUX temperature. You can monitor the temperature and adjust the CPU and system fan speeds to ensure that the power supply for the Integrated GPU (iGPU) is stable for better signal quality and the trustworthy data transfer."



PCIE-1TempNote = "This sensor detects the temperature around the PCIe x16_1 slot.\n\nYou can monitor the temperature around this area, and adjust the system fan speed to provide a better thermal solution for this area and prevent overheating of installed graphic cards."



USB3.0-1TempNote = "ASUS provides standardized front panel USB 3.0 support which is compatible with any chassis. Enjoy faster throughput of USB 3.0 without relegating cables or devices to the hard-to-reach rear I/O. \n\nThis sensor is for the temperature of the front panel USB 3.0 host controller. You can monitor this temperature and adjust the system fan speed to provide a better thermal solution for this controller, thus ensuring the stability of your devices connected to the two front panel USB3.0 ports."

USB3.0-1TempNote990FX = "USB 3.0 is the latest connectivity standard with ultra-fast data transfers at 5Gbps. Built to connect easily with next generation components and peripherals, USB 3.0 transfers data 10X faster and is also backward compatible with USB 2.0 components.\n\nThis sensor is for the temperature of the rear panel USB 3.0 host controller. By monitoring this temperature, you can make sure the stability for your devices connected to the two rear panel USB 3.0 ports."

USB3.0-1TempNoteX79 = "ASUS provides standardized front panel USB 3.0 support which is compatible with any chassis. Enjoy faster throughput of USB 3.0 without relegating cables or devices to the hard-to-reach rear I/O. \n\nThis sensor is for the temperature of the front panel USB 3.0 host controller. You can monitor this temperature and adjust the system fan speed to provide a better thermal solution for this controller, thus ensuring the stability of your devices connected to the two front panel USB3.0 ports."



VCCSATempNote = "VCCSA is the power supply for the System Agent including memory controller and Power Control Unit. Along with the switching power design for VCCSA, it can provide higher efficiency with less wasted heat, and ensure a longer component lifespan. \n\nThis sensor detects the VCCSA temperature. You can monitor the temperature and adjust the CPU and system fan speeds to ensure that the power supply for the system agent is stable for better signal quality and the trustworthy data transfer."

VTTCPUTempNote = "VTTCPU is the power supply for the I/O section of PCI Express interface. Along with the switching power design for VTTCPU, it can provide higher efficiency with less wasted heat, and ensure a longer component lifespan.\n\nThis sensor detects the VTTCPU temperature. You can monitor the temperature and adjust the CPU and system fan speeds to ensure that the power supply for the I/O section of PCI Express interface is stable for better signal quality and the trustworthy data transfer."

PCHTempNote = "PCH is the main controller of all peripheral interface such as SATA, USB and LAN.  It provides enhanced stability, faster data retrieval, and also more flexible bandwidth of current bus systems.\n\nThis sensor is for the temperature of the PCH. You can monitor this temperature and adjust the system fan speed to provide a better thermal solution for PCH, thus ensuring the stability of your devices connected to the onboard and back I/O connectors."



PCIE-2TempNote = "This sensor is for the temperatures around the area of PCIe x1 and PCIe x16_2 slots. You can real-time monitor the temperature and prevent overheating caused by expansion slots."

PCIE-2TempNote990FX = "This sensor is for the temperatures around the area of PCIe x16_3 and PCI slots. You can real-time monitor the temperature and prevent overheating caused by expansion slots."

PCIE-2TempNoteX79 = "This sensor detects the temperature around the PCIe x16_2 slot. You can monitor the temperature around these areas, and adjust the system fan speed to provide better thermal solutions for these areas and prevent overheating of installed graphic cards."



SATA6GTempNote = "SATA 6Gb/s delivers up to 6Gb/s data transfer rates, which is twice as current SATA 3Gb/s. Additionally, it gets enhanced scalability, faster data retrieval, and also double the bandwidth of current bus systems.\n\nThis sensor is for the temperature of the SATA 6Gb/s controller. By monitoring this temperature, you can make sure the stability for your devices connected to the two onboard SATA 6Gb/s ports."



USB3.0-2TempNote = "USB 3.0 is the latest connectivity standard with ultra-fast data transfers at 5Gbps. Built to connect easily with next generation components and peripherals, USB 3.0 transfers data 10X faster and is also backward compatible with USB 2.0 components.\n\nThis sensor detects the temperature of the rear panel USB 3.0 host controller. You can monitor this temperature and adjust the system fan speed to provide a better thermal solution for this controller, thus ensuring the stability of the devices connected to the two rear panel USB 3.0 ports."

USB3.0-2TempNote990FX = "ASUS provides standardized front panel USB 3.0 support which is compatible with any chassis. Enjoy faster throughput of USB 3.0 without relegating cables or devices to the hard-to-reach rear I/O.\n\nThis sensor is for the temperature of the front panel USB 3.0 host controller. By monitoring this temperature, you can make sure the stability for your devices connected to the two front panel USB 3.0 ports."

USB3.0-2TempNoteX79 = "USB 3.0 is the latest connectivity standard with ultra-fast data transfers at 5Gbps. Built to connect easily with next generation components and peripherals, USB 3.0 transfers data 10X faster and is also backward compatible with USB 2.0 components.\n\nThis sensor detects the temperature of the rear panel USB 3.0 host controller. You can monitor this temperature and adjust the system fan speed to provide a better thermal solution for this controller, thus ensuring the stability of the devices connected to the two rear panel USB 3.0 ports."



NB-HTTempNote = "NB HT is the high-speed data transfer channel between  the processor and the NorthBridge chipset. It can also automatically control the power supply and the data transfer speed based on your system status.\n\nThis sensor detects the NB HT's temperature, allowing you to adjust the fan speed for a better data transfer speed and quality."               



CpuFanNote = "To achieve better cooling environment, a downward blowing CPU fan is required. If you are not using a downward blowing CPU fan, we recommend that you install a 50mm x 50mm x 10mm assistant fan on the Thermal Armor to achieve the best cooling environment."

CoverFanNote = "To achieve better cooling environment, a downward blowing CPU fan is required. If you are not using a downward blowing CPU fan, we recommend that you install a 50mm x 50mm x 10mm assistant fan on the Thermal Armor to achieve the best cooling environment."

ChassisFanNote = "Sabertooth P67 provide two chassis fan connectors."



CpuFanNote990FX = "To achieve better cooling environment, a downward blowing CPU fan is required."

ChassisFanNote990FX = "Sabertooth 990FX provide four chassis fan connectors."

ChassisFanNote990FXR2.0 = "SABERTOOTH 990FX R2.0 provides total four chassis fan connectors and two sets of fan control functions. First set includes chassis fan1-3, second set includes chassis fan4."

CHA_FAN4 = "This unique TUF feature ensures the system s stability without overheating through allowing you to manually adjust the fan speeds and select  a preset fan profile based on the CPU temperature.\n\n*To achieve maximum efficiency, install the chassis side panel fan on the CHA_FAN4 connector."



CpuFanNoteX79 = "To achieve better cooling environment, a downward blowing CPU fan is recommended. We also recommend that you install the I/O cover fan on the back I/O Thermal Armor to achieve the best cooling environment."

ChassisFanNoteX79 = "Sabertooth X79 provide four chassis fan connectors."

CoverFanNoteX79 = "Assistant Fan is also known as the  I/O Cover Fan. The downward blowing I/O Cover Fan can help propel dissipation from critical components with special heat pipes design. we strongly recommend that you install the I/O cover fan on the back I/O Thermal Armor to achieve the best cooling environment."

PchFanNoteX79 = "The downward blowing PCH Fan can help propel dissipation from PCH chipset to achieve better cooling environment. If the PCH Fan stop working or the fan speed is abnormal, check the fan is properly setup. If the PCH Fan still work abnormally, contact the local ASUS Service Center for help."



ChassisFanNoteZ77 = "Sabertooth Z77 provide four chassis fan connectors."

AssistantFan1@Z77 = "The air admission design I/O Cover Fan can help direct cold air from outside the chassis into the Thermal Armor to propel dissipation from critical components with special heat pipes design.\n\nWe strongly recommend that you install the 35mm x 35mm x 10mm assistant fan on the back I/O Thermal Armor to achieve the best cooling environment."

AssistantFan2@Z77 = "The downward blowing Cover Fan drives hot air away from Thermal Armor.\n\nWe strongly recommend that you install a 35mm x 35mm x 10mm assistant fan provided in the accessory pack on the Thermal Armor to achieve the best cooling environment."



CpuFanName = "CPU Fan"

CoverFanName = "Assistant Fan"

ChassisFanName = "Chassis Fan"



CoverFanNameX79 = "Assistant Fan"

PchFanNameX79 = "PCH Fan"



Setting = "Setting"

Fan = "Fan"

Temperature = "Temperature"

Voltage = "Voltage"



Recommend = "AUTO"

Fan Name: = "Fan Name:"

Profile Name: = "Profile Name:"



Undo = "Undo"

Apply = "Apply"

Back = "Back"



Disable = "Disable"

Standard = "Standard"

Silent = "Silent"

Turbo = "Turbo"

Intelligent = "Intelligent"

Stable = "Stable"

User = "User"



Remains : = "Remains :"

WeightsError = "ERROR! You must distribute all weighted value."



Performance = "Turbo"

Optimal = "Standard"

Manual = "User"



FanOvertime = "Fan Overtime: "

FanOvertimeDescript = "Fan Overtime has two Turbo fans running a few minutes post shutdown on standby power to remove remaining heat. Continuous blowing from 2 Turbo fans can dissipate waste heat from important components efficiently to lower down the temperature in short time to get longer lifespan of components.  It extends critical components  longevity, dropping heat by as much as 7°C in just ten minutes."



AutoStop = Allow Fan Stop

Rename = Rename

Close = Close

Cancel = Cancel

Save = Save



Front Fan = Front Fan

Back Fan = Back Fan

Side Fan = Side Fan

Top Fan = Top Fan

Bottom Fan = Bottom Fan

Unknown = Unknown

N/A = N/A
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