[Offer] Asus ROG Strix B760-I BIOS Mod - Unlocked Hidden Settings

[denisuu]

You’re right. After testing, it’s clear this only works by rolling back to an older microcode. The issue is that the BIOS mod only changes the interface, not the CPU’s core behavior. Newer microcodes like 0x12B and 0x12F include hardened security that blocks undervolting by enforcing a minimum voltage floor, regardless of what the BIOS settings show.

Even if you disable “Undervolt Protection” in the BIOS, the CPU’s microcode has the final say. During boot, microcodes 0x12B and 0x12F load a patch that forces the CPU to ignore any undervolting commands below its factory-set V/F curve. This hardware-level instruction overrides any input from the BIOS or OS, making the setting irrelevant unless the system is using the older 0x104 microcode.

To undervolt now, you have two real options:

1. Use microcode 0x104 , which allows adaptive undervolting with this mod. However, it is critical to manually enforce power limits to prevent damaging the CPU. This is relatively safe, but not ideal.

   • CPU Core/Cache Current Limit Max → 400
   • Long/Short Duration Package Power Limit → 253
   • IA VR Voltage Limit → 1400

2. Stick with 0x12F and adjust the AC Loadline instead. This is the safer, intended method for modern locked CPUs. It doesn’t change the voltage directly; instead, it tells the CPU to aim for a lower point on its internal V/F curve.

[screwer]

A new file named nvram.txt should appear in the folder. Open it in a text editor, then open a new, empty file.

It created log-file.txt and nvram.txt but the latter is a 1KB folder only involves the following:

---

| AMISCE Utility. Ver 5.05.01.0002 |

Copyright (c) 2021 AMI. All rights reserved.
WARNING: Duplicate questions found. Only one question will be enabled in the script.

Script file exported successfully.

// Script File Name : nvram.txt
// Created on 12/21/25 at 21:38:52
// AMISCE Utility. Ver 5.05.01.0002
// Copyright (c) 2021 AMI. All rights reserved.
HIICrc32= 9603220A

How can I fix this issue. Should I try .efi pre OS method if it does exist for SCEWIN?

Tried to change “Password protection of Runtime Variables” via efi shell and got this error. Any workaround?

I can do a ch341a flash with my modified image, but I want to be able to use FPT to flash the BIOS after External flash. My mobo makes it a lengthy procedure because the SPI chip is at backside of the mobo.

[denisuu]

Are you using the same motherboard (Asus ROG Strix B760-I)?

If so, which BIOS version are you running? If not, is it at least an Intel-based ASUS board?

An empty nvram.txt file usually indicates that the following settings weren’t enabled.

• Setup → Tool → Publish HII Resources: Enabled

• Setup → Advanced → UEFI Variables Protection → Password protection of Runtime Variables: Disabled

If these options aren’t available, you’ll likely need to use a hardware flasher and follow the steps above. Alternatively, you can check if anyone has found a model-specific workaround for reading / writing to your motherboard.

[denisuu]

For some reason, the edits I made on firmware version 1820 no longer work on the newer 1825 firmware. Maybe because IntelME was updated in this version, or I did something wrong…

I applied exactly the same modifications as described in this post:

[Offer] Asus ROG Strix B760-I BIOS Mod - Unlocked Hidden Settings

ASUS ROG STRIX B760-I - v1820 Changelog Firmware version 1820: Release Date: 27/05/2025 Microcode: 0x12F Important: The undervolting options require to set microcode to 0x104. See the post below for more info. Unsuppressed Menu Options The following options, identified by their hexadecimal offsets, have been revealed using UEFITools. These previously hidden settings, or entire submenus have now been made visible. 0x6E29C, 0x73B0E, 0x73B39, 0x73B73, 0x73C23, 0x789E1, 0x78BB1, 0x7CF4B, 0x8B…

After flashing, the system didn’t reach the BIOS splash screen, and Windows wouldn’t boot either. So, I also couldn’t enter the BIOS menu to reflash the stock firmware as it comes after the splash screen.

Interestingly, as soon as I inserted a Ventoy USB stick, the system would automatically boot from it. From there, I was able to boot Linux, macOS and WinPE (Hiren’s Boot CD), as long as the BIOS splash screen didn’t need to be displayed.

Flashing the BIOS from Win PE didn’t work, and using FPT.EFI in the UEFI shell also failed because BIOS Lock was enabled by flashing the modified 1825 firmware. I couldn’t disable it with WinSCE as described in the first post, since Publish HII Resources was disabled and Password Protection of Runtime Variables was enabled and I couldn’t reach the BIOS menu to turn them off. Trying to turn it off with RU.efi also didn’t work.

At that point, I had already taken my hardware flasher from the attic, but decided to try one last method using AfuEfix64.efi and IT WORKED!

Shell> FSO:
FS0:\> cd UEFI-Shell_Tools
FSO:\UEFI-Shell Tools> AfuEfix64.efi B760-I.ROM /p /b /n /x

+------------------------------------------------------------------+
| AMI Firmware Update Utility v5.12.00.1904                        |
| Copyright (C) 2019 American Megatrends Inc. All Rights Reserved. |
+------------------------------------------------------------------+
Reading flash . . . . . . . . . . . . . . . . . . . . . . . done
Secure Flash enabled, recalculate ROM size with signature . . . Enable.
- FFS checksums . . . . . . . . . . . . . . . . . . . . . . ok
- Check RomLayout . . . . . . . . . . . . . . . . . . . . . ok
Loading capsule to secure memory buffer . . . . . . . . . . done
Erasing Boot Block  . . . . . . . . . . . . . . . . . . . . done
Updating Boot Block . . . . . . . . . . . . . . . . . . . . done
Verifying Boot Block. . . . . . . . . . . . . . . . . . . . done
Erasing Main Block . . . . . . . . . . . . . . . . . . . .  done
Updating Main Block . . . . . . . . . . . . . . . . . . . . done
Verifying Main Block . . . . . . . . . . . . . . . . . . .  done
Erasing NVRAM Block . . . . . . . . . . . . . . . . . . . . done
Updating NVRAM Block . . . . . . . . . . . . . .  . . . . . done 
Verifying NVRAM Block . . . . . . . . . . . . . . . . . . . done

Process completed. 

So long story short, if anyone is unable to use WINSCE in the first post, you can always try to create a full 32MB ROM file and flash it with AfuEfix64.efi also a lesson learned is that you need to disable the BIOS lock in the modified firmware you want to flash.

Now I need to determine whether this issue was caused by the custom splash screen, an error in my modifications, or a change in the 1825 update, such as stricter signature verification that prevents modified firmware from being accepted.

[denisuu]

Since firmware version v1825, the method described in the guide no longer works. BIOS Lock can no longer be disabled via SCEWIN / AMISCE. See ASRock X570 | B550 | A520: protected variable

It is still possible to flash the attached firmware if you are on an earlier version, or by using a hardware flasher. Note that the method mentioned in the post above using AfuEfix64.efi only works with the stock firmware, any modified firmware will refuse to flash.

UEFI-Editor Edits:

========== Setup.sct ==========

Unsuppressed 
0x6E4BC, 0x78C01, 0x7D16B, 0x8B3C5, 0x8B3F6, 0x8B3BD
0x8B4A2, 0x8B2D5, 0x8B5DB, 0x8B571, 0x9E5C6, 0x9E5FB
0x9E65D, 0x9E6B7, 0x9E6FF, 0x9E655, 0xAC6B3

========== SetupData_body.bin ==========

UnderVolt Protection | QuestionId 0x129: Access Level 09 -> 01
Low Power S0 Idle Capability | QuestionId 0x271C: Access Level 29 -> 01
CFG Lock | QuestionId 0x5A5: Access Level 09 -> 01
Overclocking Lock | QuestionId 0x5A6: Access Level 09 -> 01
VT-d | QuestionId 0x2776: Access Level 09 -> 01
Intel LAN Controller | QuestionId 0xA1A: Access Level 09 -> 01
LAN Wake From DeepSx | QuestionId 0xA1B: Access Level 09 -> 01
  Wake on LAN Enable | QuestionId 0xA1C: Access Level 09 -> 01
Foxville I225 LAN Controller | QuestionId 0xA1E: Access Level 09 -> 01
  Foxville I225 Wake on LAN Support | QuestionId 0xA1F: Access Level 09 -> 01
Wake on WLAN and BT Enable | QuestionId 0xA23: Access Level 09 -> 01
DeepSx Wake on WLAN and BT Enable | QuestionId 0xA24: Access Level 09 -> 01
RTC Memory Lock | QuestionId 0xF62: Access Level 09 -> 01
BIOS Lock | QuestionId 0xF63: Access Level 09 -> 01
Force unlock on all GPIO pads | QuestionId 0xF64: Access Level 09 -> 01
OverClocking Feature | QuestionId 0x2831: Access Level 29 -> 01
UnderVolt Protection | QuestionId 0x1147: Access Level 09 -> 01
WDT Enable | QuestionId 0x1149: Access Level 09 -> 01
CPU BCLK OC Frequency | QuestionId 0x114A: Access Level 09 -> 01
BCLK Aware Adaptive Voltage | QuestionId 0x114B: Access Level 09 -> 01
PVD Ratio Threshold | QuestionId 0x114C: Access Level 09 -> 01
FLL Overclock Mode Enable | QuestionId 0x114D: Access Level 09 -> 01
  FLL Overclock Mode Select | QuestionId 0x114E: Access Level 09 -> 01
SA PLL Frequency Override | QuestionId 0x114F: Access Level 09 -> 01
BCLK TSC HW Fixup | QuestionId 0x1150: Access Level 09 -> 01
Password Protection of Runtime Variables | QuestionId 0x130D: Access Level 09 -> 01
Publish HII Resources | QuestionId 0x13CA: Access Level 09 -> 01
Easy OverClocking | QuestionId 0x13CF: Access Level 09 -> 01

Hex edits:

0x6A8C1: 		OneOf Prompt: "Global Core SVID Voltage", Help: "Configure the global Core Voltage requested by the cores. Result may be influenced by Actual VRM Core Voltage.", QuestionFlags: 0x10, QuestionId: 0x2CDA, VarStoreId: 0x30, VarOffset: 0x16C, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 0F 28 10 28 DA 2C 30 00 6C 01 10 10 00 03 00 }
0x6A8D2: 			OneOfOption Option: "Auto" Value: 0, Default { 09 07 1B 27 10 00 00 }
0x6A8D9: 			OneOfOption Option: "Manual Mode" Value: 1 { 09 07 A6 27 00 00 01 }
0x6A8E0: 			SuppressIf  { 0A 82 }
0x6A8E2: 				Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
-0x6A8EC: 					Uint64 Value: 0x1 { 45 0A 01 00 00 00 00 00 00 00 }
+0x6A8EC: 					Uint64 Value: 0xFF { 45 0A FF 00 00 00 00 00 00 00 }
0x6A8F6: 					Equal  { 2F 02 }
0x6A8F8: 				End  { 29 02 }
0x6A8FA: 				SuppressIf  { 0A 82 }
-0x6A8FC: 					EqIdValList QuestionId: 0x2DAE, Values: [0] { 14 08 AE 2D 01 00 00 00 }
+0x6A8FC: 					EqIdValList QuestionId: 0x2DAE, Values: [255] { 14 08 AE 2D 01 00 FF 00 }
0x6A904: 					OneOfOption Option: "Offset Mode" Value: 2 { 09 07 A7 27 00 00 02 }
0x6A90B: 				End  { 29 02 }
0x6A90D: 			End  { 29 02 }
0x6A90F: 			SuppressIf  { 0A 82 }
0x6A911: 				Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
-0x6A91B: 					Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
+0x6A91B: 					Uint64 Value: 0xFF { 45 0A FF 00 00 00 00 00 00 00 }
0x6A925: 					Equal  { 2F 02 }
0x6A927: 				End  { 29 02 }
0x6A929: 				SuppressIf  { 0A 82 }
0x6A92B: 					EqIdVal QuestionId: 0x1577, Value: 0x7 { 12 86 77 15 07 00 }
-0x6A931: 						Not  { 17 02 }
+0x6A931: 						False  { 47 02 }
0x6A933: 					End  { 29 02 }
0x6A935: 					SuppressIf  { 0A 82 }
-0x6A937: 						EqIdVal QuestionId: 0x159A, Value: 0x1 { 12 06 9A 15 01 00 }
+0x6A937: 						EqIdVal QuestionId: 0x159A, Value: 0xFF { 12 06 9A 15 FF 00 }
0x6A93D: 						OneOfOption Option: "Adaptive Mode" Value: 3 { 09 07 A8 27 00 00 03 }
0x6A944: 					End  { 29 02 }
0x6A946: 				End  { 29 02 }
0x6A948: 			End  { 29 02 }
0x6A94A: 		End  { 29 02 }
0x6A94C: 		SuppressIf  { 0A 82 }
0x6A94E: 			EqIdValList QuestionId: 0x2CDA, Values: [0, 2, 3] { 14 0C DA 2C 03 00 00 00 02 00 03 00 }
0x6A95A: 			String Prompt: "  - CPU Core Voltage Override", Help: "Configure the voltage for the CPU Core.
...
0x6AA60: 		OneOf Prompt: "Cache SVID Voltage", Help: "Configure the Cache Voltage requested by the Ring Domain. Result may be influenced Actual VRM Vore Voltage.", QuestionFlags: 0x10, QuestionId: 0x2CDE, VarStoreId: 0x30, VarOffset: 0x184, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 25 28 26 28 DE 2C 30 00 84 01 10 10 00 03 00 }
0x6AA71: 			OneOfOption Option: "Auto" Value: 0, Default { 09 07 1B 27 10 00 00 }
0x6AA78: 			OneOfOption Option: "Manual Mode" Value: 1 { 09 07 A6 27 00 00 01 }
0x6AA7F: 			SuppressIf  { 0A 82 }
0x6AA81: 				Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
-0x6AA8B: 					Uint64 Value: 0x1 { 45 0A 01 00 00 00 00 00 00 00 }
+0x6AA8B: 					Uint64 Value: 0xFF { 45 0A FF 00 00 00 00 00 00 00 }
0x6AA95: 					Equal  { 2F 02 }
0x6AA97: 				End  { 29 02 }
0x6AA99: 				SuppressIf  { 0A 82 }
-0x6AA9B: 					EqIdValList QuestionId: 0x2DAE, Values: [0] { 14 08 AE 2D 01 00 00 00 }
+0x6AA9B: 					EqIdValList QuestionId: 0x2DAE, Values: [255] { 14 08 AE 2D 01 00 FF 00 }
0x6AAA3: 					OneOfOption Option: "Offset Mode" Value: 2 { 09 07 A7 27 00 00 02 }
0x6AAAA: 				End  { 29 02 }
0x6AAAC: 			End  { 29 02 }
0x6AAAE: 			SuppressIf  { 0A 82 }
0x6AAB0: 				Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
-0x6AABA: 					Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
+0x6AABA: 					Uint64 Value: 0xFF { 45 0A FF 00 00 00 00 00 00 00 }
0x6AAC4: 					Equal  { 2F 02 }
0x6AAC6: 				End  { 29 02 }
0x6AAC8: 				SuppressIf  { 0A 82 }
0x6AACA: 					EqIdVal QuestionId: 0x1577, Value: 0x7 { 12 86 77 15 07 00 }
-0x6AAD0: 						Not  { 17 02 }
+0x6AAD0: 						False  { 47 02 }
0x6AAD2: 					End  { 29 02 }
0x6AAD4: 					OneOfOption Option: "Adaptive Mode" Value: 3 { 09 07 A8 27 00 00 03 }
0x6AADB: 				End  { 29 02 }
0x6AADD: 			End  { 29 02 }
0x6AADF: 		End  { 29 02 }
0x6AAE1: 		SuppressIf  { 0A 82 }
0x6AAE3: 			EqIdValList QuestionId: 0x2CDE, Values: [0, 2, 3] { 14 0C DE 2C 03 00 00 00 02 00 03 00 }
0x6AAEF: 			String Prompt: "  - Cache Voltage Override", Help: "Configure the voltage for the Cache.
...
Min.: 0.001V   |   Max.: 0.999V   |   Standard: By CPU   |   Increment: 0.001V", QuestionFlags: 0x0, QuestionId: 0x49, VarStoreId: 0x30, VarOffset: 0x18A, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 2D 28 2E 28 49 00 30 00 8A 01 00 11 00 00 FF FF 01 00 }
0x6ABD0: 					Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x6ABD7: 				End  { 29 02 }
0x6ABD9: 			End  { 29 02 }
0x6ABDB: 		End  { 29 02 }
0x6ABDD: 		SuppressIf  { 0A 82 }
0x6ABDF: 			EqIdValList QuestionId: 0x2CDE, Values: [0, 1, 2] { 14 0C DE 2C 03 00 00 00 01 00 02 00 }
0x6ABEB: 			Text Prompt: "  \x1b[1;37;mTotal Adaptive Mode Cache Voltage", Help: "  \x1b[1;37;mTotal Adaptive Mode Cache Voltage", Text: "\x1b[1;37;mBy CPU" { 03 08 2F 28 2F 28 30 28 }
0x6ABF3: 		End  { 29 02 }
0x6ABF5: 		SuppressIf  { 0A 82 }
-0x6ABF7: 			EqIdVal QuestionId: 0x1544, Value: 0x0 { 12 06 44 15 00 00 }
+0x6ABF7: 			EqIdVal QuestionId: 0x1544, Value: 0xFF { 12 06 44 15 FF 00 }
0x6ABFD: 			OneOf Prompt: "CPU Graphics Voltage", Help: "Configure the mode of voltage fed to the CPU Graphics. Manual mode allows user-defined values. Offset mode modifies values by SVID.", QuestionFlags: 0x10, QuestionId: 0x2CE2, VarStoreId: 0x30, VarOffset: 0x174, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x2, Step: 0x0 { 05 91 4C 28 4D 28 E2 2C 30 00 74 01 10 10 00 02 00 }
0x6AC0E: 				OneOfOption Option: "Auto" Value: 0, Default { 09 07 1B 27 10 00 00 }
0x6AC15: 				OneOfOption Option: "Manual Mode" Value: 1 { 09 07 A6 27 00 00 01 }
0x6AC1C: 				OneOfOption Option: "Offset Mode" Value: 2 { 09 07 A7 27 00 00 02 }
0x6AC23: 			End  { 29 02 }
0x6AC25: 			SuppressIf  { 0A 82 }
0x6AC27: 				EqIdValList QuestionId: 0x2CE2, Values: [0, 2] { 14 0A E2 2C 02 00 00 00 02 00 }
0x6AC31: 				String Prompt: "  - CPU Graphics Voltage Override", Help: "Configure the voltage for the CPU Graphics.
...
Min.: 0.600V   |   Max.: 1.700V   |   Standard: By CPU   |   Increment: 0.005V", QuestionFlags: 0x0, QuestionId: 0x4A, VarStoreId: 0x30, VarOffset: 0x175, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 4E 28 4F 28 4A 00 30 00 75 01 00 11 00 00 FF FF 01 00 }
0x6AC5B: 						Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x6AC62: 					End  { 29 02 }
0x6AC64: 				End  { 29 02 }
0x6AC66: 			End  { 29 02 }
0x6AC68: 			SuppressIf  { 0A 82 }
-0x6AC6A: 				EqIdValList QuestionId: 0x2CE2, Values: [0, 1] { 14 0A E2 2C 02 00 00 00 01 00 }
+0x6AC6A: 				EqIdValList QuestionId: 0x2CE2, Values: [0, 255] { 14 0A E2 2C 02 00 00 00 FF 00 }
0x6AC74: 				OneOf Prompt: "  - Offset Mode Sign", Help: "[+]: Offset the CPU graphics voltage by a positive value.
[-]: Offset the CPU graphics voltage by a negative value.", QuestionFlags: 0x10, QuestionId: 0x4B, VarStoreId: 0x30, VarOffset: 0x177, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x1, Step: 0x0 { 05 91 50 28 51 28 4B 00 30 00 77 01 10 10 00 01 00 }
0x6AC85: 					OneOfOption Option: "+" Value: 0, Default { 09 07 A9 27 10 00 00 }
0x6AC8C: 					OneOfOption Option: "-" Value: 1 { 09 07 AA 27 00 00 01 }
0x6AC93: 				End  { 29 02 }
0x6AC95: 				String Prompt: "  - CPU Graphics Voltage Offset", Help: "Configure the CPU graphics voltage offset value. Save changes and reset the system for the change to take effect.
...
Min.: 0.005V   |   Max.: 0.635V   |   Standard: By CPU   |   Increment: 0.005V", QuestionFlags: 0x14, QuestionId: 0x2CE4, VarStoreId: 0x30, VarStoreInfo: 0x13BD, MinSize: 0x0, MaxSize: 0x14, Flags: 0x0 { 1C 90 52 28 53 28 E4 2C 30 00 BD 13 14 00 14 00 }
0x6ACA5: 				End  { 29 02 }
0x6ACA7: 				SuppressIf  { 0A 82 }
-0x6ACA9: 					True  { 46 02 }
+0x6ACA9: 					False  { 47 02 }

0x6ACAB: 					Numeric Prompt: "  - CPU Graphics Voltage Offset", Help: "Configure the CPU graphics voltage offset value. Save changes and reset the system for the change to take effect.
Min.: 0.005V   |   Max.: 0.635V   |   Standard: By CPU   |   Increment: 0.005V", QuestionFlags: 0x0, QuestionId: 0x4C, VarStoreId: 0x30, VarOffset: 0x178, Flags: 0x11, Size: 16, Min: 0x0, Max: 0xFFFF, Step: 0x1 { 07 94 52 28 53 28 4C 00 30 00 78 01 00 11 00 00 FF FF 01 00 }
0x6ACBF: 						Default DefaultId: 0x0 Value: 0 { 5B 07 00 00 01 00 00 }
0x6ACC6: 					End  { 29 02 }
0x6ACC8: 				End  { 29 02 }
0x6ACCA: 			End  { 29 02 }
0x6ACCC: 		End  { 29 02 }
0x6ACCE: 		SuppressIf  { 0A 82 }
-0x6ACD0: 			EqIdVal QuestionId: 0x1599, Value: 0x0 { 12 06 99 15 00 00 }
+0x6ACD0: 			EqIdVal QuestionId: 0x1599, Value: 0xFF { 12 06 99 15 FF 00 }
0x6ACD6: 			OneOf Prompt: "CPU L2 Voltage", Help: "Configure the voltage for the CPU L2. This may help for sustaining high clock speeds.", QuestionFlags: 0x10, QuestionId: 0x2CE5, VarStoreId: 0x30, VarOffset: 0x17A, Flags: 0x10, Size: 8, Min: 0x0, Max: 0x3, Step: 0x0 { 05 91 17 28 18 28 E5 2C 30 00 7A 01 10 10 00 03 00 }
0x6ACE7: 				OneOfOption Option: "Auto" Value: 0, Default { 09 07 1B 27 10 00 00 }
0x6ACEE: 				OneOfOption Option: "Manual Mode" Value: 1 { 09 07 A6 27 00 00 01 }
0x6ACF5: 				SuppressIf  { 0A 82 }
-0x6ACF7: 					True  { 46 02 }
+0x6ACF7: 					False  { 47 02 }
0x6ACF9: 					OneOfOption Option: "Offset Mode" Value: 2 { 09 07 A7 27 00 00 02 }
0x6AD00: 				End  { 29 02 }
0x6AD02: 				SuppressIf  { 0A 82 }
0x6AD04: 					Uint64 Value: 0x0 { 45 8A 00 00 00 00 00 00 00 00 }
-0x6AD0E: 						Uint64 Value: 0x0 { 45 0A 00 00 00 00 00 00 00 00 }
+0x6AD0E: 						Uint64 Value: 0xFF { 45 0A FF 00 00 00 00 00 00 00 }
0x6AD18: 						Equal  { 2F 02 }
0x6AD1A: 					End  { 29 02 }
0x6AD1C: 					SuppressIf  { 0A 82 }
0x6AD1E: 						EqIdVal QuestionId: 0x1577, Value: 0x7 { 12 86 77 15 07 00 }
-0x6AD24: 							Not  { 17 02 }
+0x6AD24: 							False  { 47 02 }
0x6AD26: 						End  { 29 02 }
0x6AD28: 						OneOfOption Option: "Adaptive Mode" Value: 3 { 09 07 A8 27 00 00 03 }
0x6AD2F: 					End  { 29 02 }
0x6AD31: 				End  { 29 02 }
0x6AD33: 			End  { 29 02 }
0x6AD35: 			SuppressIf  { 0A 82 }
0x6AD37: 				EqIdValList QuestionId: 0x2CE5, Values: [0, 2, 3] { 14 0C E5 2C 03 00 00 00 02 00 03 00 }
0x6AD43: 				String Prompt: "  - CPU L2 Voltage Override", Help: "Configure the voltage for the CPU L2.

Download: B760I_v1825_MOD.rom

• SHA256: D9F06F628F5687788CCA46E10C9F22A0AF0C715CCCBCFF27A8C2F3050135BDB0
• MD5: 5723778EC86EEB2387A334FB2C1AAB5B