ASUS UEFI BIOS updates for ASUS Intel Motherboards - Z890 Microcode 0x114 for better gaming performance, memory compatibility/stability >6000MT/s and CUDIMM Dual PLL Mode; B760 improved ethernet stability; and more - W50&51 - AIoT, B760, H610, MiniPC, Q670E, R680E, X299, Z890 - 52 Motherboards

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Happy Holidays Everyone!

This update is the one many of you with Z890 motherboards have been waiting for to start seeing performance improvements in gaming. We've also posted a thread in r/Intel about this new 0x114 Microcode update with performance numbers, testing parameters, and more in this thread:

However, we also have a number of updates for B760, H610, some of our AIoT and MiniPC-based products, as well as a couple X299 motherboards.

If you don't see your board here, please check the previous weeks:

- WK49 - WK48 - WK47&46 - WK45 - WK44 - WK43 - WK41&42 - WK39 -

*PLEASE NOTE – IF YOUR MOTHERBOARD IS LISTED AND NOT YET AVAILABLE ON THE WEBSITE, IT MAY TAKE UP TO A FEW EXTRA DAYS FOR IT TO SHOW UP. PLEASE BE PATIENT.*

New UEFI BIOS updates For ASUS Intel motherboards – W50&51

*Please do not ask about motherboards not listed. Please review the FAQ below for details.

Release notes –

For Z890 boards -

  • Intel microcode updated to 0x114.
  • M.R.C updated to v1.4.6.64.
  • ME FW updated to v19.0.0.1827.
  • GOP updated to v1057.
  • RST VMD updated to v20.1.0.5850.
  • NVM FW updated to v56 for Thunderbolt 5.0 models.*
  • Improved memory compatibility and stability for frequencies >6000MHz; added CUDIMM Dual PLL mode.
  • Enabled Wi-Fi 7 (320MHz) and Wi-Fi 6E (6GHz) support for multiple countries.
  • Includes IDI Data Transfer Mode for integrated graphics, enhancing flexibility in handling various data sizes.

*ROG Maximus Z890 Extreme and ProArt Z890-CREATOR WIFI only

For B760 boards

  • Improve system ethernet stability
  • Updating this BIOS will simultaneously update the corresponding Intel ME to version 16.1.32.2473v3

For H610 boards

  • Updated with Intel microcode 0x12B to address elevated voltage requests during idle or light activity, further mitigating Vmin Shift instability issues.
  • The option to disable C1E in the BIOS has been removed to ensure it remains enabled, reducing processor stress and maintaining stability per Intel's recommendation.
  • Updating this BIOS will simultaneously update the corresponding Intel ME to version 16.1.32.2473v3.

For X299 boards

  • Intel ME FW updated to 11.12.97.2614.
  • Enhance system stability and compatibility.

For Q670EA-IM-A, R680EI-IM-A, PE5100D/PE5101D, PN64, PN64-M, and PN43 - Various release notes

Intel

Z series – Z890

X series – X299

B series – B760

H series – H610

Q series – Q670E

C series –

W series –

R series - R680E

Mini-PC - PN64, PN64-M, PN43, PE5100D, PE5101D

Workstations -

UEFI BIOS update list noted below – A total of 52 boards with a UEFI BIOS update.

W is in relation to the workweek; December 9th - December 22th 2024

Intel – B760, H610, Q670E, R680E, X299, Z890

FAQ -

Why is my motherboard not listed?

If you are looking for your motherboard/model, please visit https://www.asus.com/us/support/ and check if it has been updated recently. UEFI's BIOS updates are commonly released in waves; as such, it can take a series of motherboards, weeks, or months to have all motherboards have the same corresponding UEFI BIOS update issued. Furthermore, remember that not all updates apply or apply to all models. Due to inherent design differences and specification and feature variation, an update may only apply to a specific model.

How long are motherboards supported with UEFI BIOS updates? How long should I monitor for an update?

In most cases, after a year, boards tend to reach a certain maturity level and see fewer updates. Mature releases can often be seen within the first six months. All non-BETA releases pass qualification and validation. If you feel you have an issue dependent on a UEFI release, please submit a support ticket. Some boards can sometimes see updates for more than 24 months. Also, user experience can vary considerably based on end-use-defined parameters and system configurations ( such as overclocking/performance tuning ). Users running stock operating parameters will experience the least amount of issues.

I want to update, but I am unsure how to update the UEFI "BIOS"?

If you want guidance on how to flash/update your UEFI BIOS, please watch the video linked below. It will guide you through the flashing process and provide insight into essential items to keep in mind when flashing/updating the UEFI BIOS.

How to Flash / Update your UEFI BIOS on ASUS Motherboards -

https://www.youtube.com/watch?v=scK8AP8ZACc

Should I update the UEFI if my system is stable and running without issue?

If your system is running without issue, especially if overclocked in any way (including DRAM), it is recommended you stay on the build/release you are on. Changes to underlying auto rules and other operating parameters can change the OC experience and require you to retune a previously stable OC value. This does not mean the UEFI is not a functioning/reliable release but that changes in the underlying code base must be accounted for when tuning a system. As many of these values are low-level, it is best to retune from UEFI defaults. Verifying the UEFI's system stability is also recommended via a stress test, like Passmark Burn-in Test, OCCT, AIDA64, or a similar stress test.

Users who update from stock to stock settings will generally experience the smoothest transition experience.

Will a UEFI update improve my overclocking experience?

A UEFI update can improve multiple aspects of the OC experience, whether extending frequencies or stabilizing them, improving general system stability, or adding new options relative to overclocking. It is important to note that overclocking has inherent mitigating factors, including silicon variance, which cannot be overcome purely from a UEFI update.

Will a UEFI update change my operating experience? Power consumption, temperatures, etc?

Changes to underlying auto rules and other operating parameters can affect aspects like CPU boosting behaviors. There can also be changes to UEFI BIOS auto rules. A UEFI BIOS update can affect operating temperature, performance scores, power consumption, etc. Comparisons should be made at like-to-like values, ideally meaning the same settings, applications, etc. It is also recommended this occur at F5 defaults.

Sometimes, you may need to reinstall the OS after a UEFI BIOS update to gauge its stability correctly. This means that the end operating experience should be first verified with default operating values (F5) and, ideally, a fresh installation of chipset drivers, an updated build of Windows, and a non-modified Windows power profile.

What if the UEFI BIOS listed is a BETA? Should I update?

BETA UEFI releases are for enthusiasts who want access to the latest features, functions, microcode enhancements, and overall UEFI improvements. They are not recommended for day-to-day/long-term use. Users who plan to use their system in this capacity and want to ensure the best interoperability/compatibility, stability, and performance should wait for a formal release.

Not every user should update/flash their UEFI BIOS. Again, if you are running without issue(s), you are advised to stay on the release you are running.

Notes to consider -

* When flashing, please perform the update process at UEFI BIOS defaults. Do NOT flash with an overclocked system/profile.

Your warranty is still applicable under the use of a UEFI BIOS update.

  1. I recommend updating the UEFI BIOS on your motherboard for new PC builds. This helps to ensure the best interoperability, compatibility, and performance. If you are building a PC and have not installed the OS, I recommend updating the UEFI.
  2. Remember that flashing/updating the UEFI will reset all defined parameters/settings and operating profiles. You cannot restore defined values using a UEFI Profile, as profiles are not interoperable between builds. You should note or screenshot (F12) your values before flashing if they are complex. Upon completing a flash, I recommend you load UEFI defaults after the fact, perform a reboot, and shut down before reloading or entering any customized UEFI values.
  3. When you update the UEFI and reload UEFI defaults depending on your defined initial BOOT values, you may need to adjust CSM settings, enabling or disabling CSM. If you experience BOOT-related issues after an update, please change the CSM accordingly.
  4. Be advised that in some cases, a rollback to a prior UEFI is not possible. This can occur when an update includes a CPU microcode ( such as an AMD AEGSA or Intel ME ). This means you may be unable to "flashback" to a prior release.
  5. While not always necessary, some UEFI updates may require clearing the CMOS to reset the UEFI and ensure normal functionality. You may need to CLR the CMOS to have the system POST after you flash. You can clear the CMOS via the CLR CMOS button if your motherboard supports it or by removing the onboard CMOS battery for at least a few minutes. You can also attempt to locate the CLR CMOS jumper on the motherboard and short the pins to clear the CMOS.
  6. Some updates will cause PCIe remapping and reinitialization of onboard controllers/devices. In these cases, you may need to reinstall drivers including your chipset drivers, graphics drivers or other PCIe or USB linked based devices.

 

It is also recommended you back up your system before any flash/update. Ideally, it would be best to load UEFI BIOS defaults (F5) before performing a flash/update; do not flash with an overclocked configuration.

Ensure you reboot before flashing once you have loaded (F5 defaults).

The board model/name is on the right-hand side, and the version number is on the left-hand side. To download the UEFI BIOS, please go to https://www.asus.com/support/

 

Intel UEFI BIOS Releases –

  1. EX-B760M-V5 D4 - 1811
  2. EX-B760M-V5 PLUS - 1811
  3. EX-B760M-V7 - 1811
  4. EX-H610M-V3 D4 - 3601
  5. H610M-AYW D4 - 3601
  6. H610M-HIH - 3601
  7. PE5100D/PE5101D - 1.54.00
  8. PN43 - 1.03.00
  9. PN64 - 2.17.00
  10. PN64-M - 2.17.00
  11. PRIME H610I-PLUS - 3601
  12. PRIME H610M-A WIFI D4 - 3601
  13. PRIME H610M-C/PS D4 - 3602
  14. PRIME H610M-CS - 3601
  15. PRIME H610M-D - 3601
  16. PRIME H610M-D D4 - 3601
  17. PRIME H610M-E - 3601
  18. PRIME H610M-E D4 - 3601
  19. PRIME H610M-F D4 - 3601
  20. PRIME H610M-F D4 R2.0 - 3601
  21. PRIME H610M-K - 3601
  22. PRIME H610M-K ARGB - 3601
  23. PRIME H610M-K D4 - 3601
  24. PRIME H610M-K D4 ARGB - 3601
  25. PRIME H610M-R - 3601
  26. PRIME H610M-R D4 - 3601
  27. PRIME H610T2-CSM D4 - 3601
  28. PRIME H610T5-CSM D4 - 3601
  29. PRIME Z890M-PLUS WIFI - 1206
  30. PRIME Z890-P - 1206
  31. PRIME Z890-P WIFI - 1206
  32. Pro H610M-C - 3601
  33. Pro H610M-C D4 - 3601
  34. Pro H610M-CT2 D4 - 3601
  35. Pro H610T - 3601
  36. Pro H610T D4 - 3601
  37. ProArt Z890-CREATOR WIFI - 1203
  38. Q670EA-IM-A - 2.58.00
  39. R680EI-IM-A - 2.56.00
  40. ROG MAXIMUS Z890 APEX - 1203
  41. ROG MAXIMUS Z890 EXTREME - 1203
  42. ROG MAXIMUS Z890 HERO - 1203
  43. ROG RAMPAGE VI APEX - 4201
  44. ROG RAMPAGE VI EXTREME ENCORE - 2001
  45. ROG STRIX Z890-A GAMING WIFI - 1203
  46. ROG STRIX Z890-E GAMING WIFI - 1203
  47. ROG STRIX Z890-F GAMING WIFI - 1203
  48. ROG STRIX Z890-I GAMING WIFI - 1203
  49. TUF GAMING Z890-PLUS WIFI - 1206
  50. TUF GAMING Z890-PRO WIF - 1206
  51. Z890 AYW GAMING WIFI W - 1206
  52. Z890 MAX GAMING WIFI7 - 1206