User Manual
Table Of Contents
- 1. Knowing BIOS
- 2. BIOS setup program
- 3. Managing and updating your BIOS
- 4. BIOS menu screen
- 5. Main menu
- 6. Ai Tweaker menu
- 7. Advanced menu
- 7.1 Trusted Computing
- 7.2 AMD fTPM configuration
- 7.3 Redfish Host Interface Settings
- 7.4 UEFI Variables Protection
- 7.5 Serial Port Console Redirection
- 7.6 CPU Configuration
- 7.7 PCI Subsystem Settings
- 7.8 USB Configuration
- 7.9 Network Stack Configuration
- 7.10 NVMe Configuration
- 7.11 HDD/SSD SMART Information
- 7.12 SATA Configuration
- 7.13 APM Configuration
- 7.14 Onboard Devices Configuration
- 7.15 PCIe Redriver Tuning
- 7.16 AMD Mem Configuration Status
- 7.17 AMD PBS
- 7.18 AMD Overclocking
- 7.19 AMD CBS
- 7.20 Third-party UEFI driver configurations
- 8. Monitor menu
- 9. Boot menu
- 10. Tool menu
- 11. Server Mgmt menu
- 12. Exit menu
Pro WS sTR5 Series BIOS Manual
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LN2 Mode
LN2 Mode
Enables settings that provide additional stability at extreme cold operatinf
temperatures.
Configuration options: [Auto] [Disabled] [Enabled]
VDD Misc
VDD Misc Control
Allows the user to adjust the VDD Misc Voltage.
[Auto] VDD MISC is set to system default.
[Manual] Set voltage for the GMI PHY.
The following item appears only when VDD Misc Control is set to [Manual].
VDD Misc Voltage
Specifies the VDD MISC Voltage in mV, definitely follow SVI3 type 2 Slave VID (500-
5600mV, step 10mV).
Configuration options: [500] - [5600]
LCLK Frequency Control
LCLK Frequency Control
[Auto] Use default settings.
[Manual] Manually configure LCLK frequency.
The following item appears only when LCLK Frequency Control is set to [Manual].
Maximum Frequency
Allows you to set the maximum LCLK frequency.
Configuration options: [889] - [2500]
Onboard Voltage Control
VDDIO Voltage Control
VDDIO Ctrl
Allows the user to adjust the VDDIO voltage.
[Auto] Use the default VDDIO voltage.
[Manual] Set DIMM VDD/VDDQ to synchronize to APU VDDIO.
[Separate] Independent control of APU VDDIO, DIMM VDD/VDDQ.
Running VDDQ != VDD is non-standard and may cause memory stability issues. Take
care that during ramp down and ramp up, the VDDQ-VDD voltage must be less than
200mV.