Several bug fixes and compatibility improvements.
 
BIOS Updates for E699 DARK K|NGP|N (2.13) / E698 Classified (2.12)

• Fixes Non-K CPU can't boot into OS with BCLK OC.
• Fixes AMD EXPO module detection issue.

• Adds DDR5 24GB module support
• Fixes RTX 4090 driver compatibility issue.

 

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Windows Installation

• Download the correct .zip file below for your motherboard:        

         121-AL-E699-KR - EVGA Z690 DARK K|NGP|N - v2.13
         121-AL-E698-KR - EVGA Z690 CLASSIFIED - v2.12

• First go into your BIOS and load defaults, save and exit
• Close all open programs.
• Go into the folder where you unzipped this package and double-click update.bat
• Press Y to start the flash process
• DO NOT TURN OFF POWER OR RESET DURING THE FLASH PROCESS
• After the flash is finished, the system will automatically shut down. Power on the system again and go into BIOS and adjust settings as needed.
• NOTE: If flash box immediately closes after flash attempt, the flash may need to be run from a CMD prompt with administrator privileges or DOS version.

BIOS Installation within BIOS

• Extract the contents of .zip file to USB flash drive (must be formatted as FAT32)
• Reboot the machine and go into the system BIOS
• From the BIOS, navigate to the EXTRAS tab at the upper left and click on "BIOS Update"
• Select the .bin file you wish to flash.

BIOS Installation Without CPU

• Extract the contents of .zip file to USB flash drive (must be formatted as FAT32)
• Rename the file "EVGAE6XX.bin", where XX is the last two digits of the part number (e.g. Z690 DARK K|NGP|N should be EVGAE699.bin)
  • In the case of the Z690 DARK K|NGP|N, if EVGAE699.bin doesn't work, please try EVGAE690.bin
• Install the USB flash drive into the USB Type-A port on the motherboard.
• Make sure to connect the 24pin power connector from your power supply to the motherboard. 
• Switch on the power supply, if it is not already on.
• Hold the BIOS Update button on the rear I/O for approximately 2 seconds until the flash begins (the cursor on the POST LED will begin cycling)
• The BIOS update may take approximately 5-7 minutes to complete.  When done, the board will restart.
• Complete the rest of your build at this point to confirm a successful flash.

Please let me know if anyone runs into problems with this update.  Thanks!

Also, earlier BIOS files for each board can be found on our Download Center.

Updated on my classy and applied the same OC I had previously on my 13900ks and same DDR5 settings.  Benchmarks & temps are on par.  But the big news (for me at least) is that I flashed and I a) did not have to reenter my PIN and b) didn't have to jump through any activation hoops. 
 
So far, so good.  Thanks guys!
 

Was the team able to replicate stability issues in 2.10, 2.11(internal bios) and 2.12 (internal bios)? These change logs are really small… for the Dark z690

So far I have no issues with 2.10, staying put. 

cdc-951
Was the team able to replicate stability issues in 2.10, 2.11(internal bios) and 2.12 (internal bios)? These change logs are really small… for the Dark z690

The engineering side of change logs is always significantly longer than what we post here.  For example, the S3 resume from sleep issue is also fixed with this version, but wasn't provided as part of the official change log.  Sometimes, this is all I get for a change log to post, even if there are extra things that may have been worked on.

Got it. Will test back soon with a 12900K and 6200 Hynix Mdie corsiar kit.

Any plans to have an SP silicon rating like Asus on EVGA motherboards? I know it’s not 100% accurate but it does give an exciting feature for over clockers. It gives us an opportunity to know if we won CPU lottery or not.

cdc-951
Any plans to have an SP silicon rating like Asus on EVGA motherboards? I know it’s not 100% accurate but it does give an exciting feature for over clockers. It gives us an opportunity to know if we won CPU lottery or not.

Haven't heard any plans, but why does this sound like ASIC numbers from the 900 Series....

Hello, is the team aware of slight overheating (overvoltage?) issues on bios 2.10+ or so? I remember some people on the 2.10 bios thread had the similar issues as me. I'm gonna try to roll back and see if I can elaborate.
 
Edit:
I tested 2.06/2.10/2.13 on a 13700k/Z690 Kingpin
Not my best benchmarks but 2.06 runs significantly cooler, especially on idle.
(Measurements taken after letting Windows cool down for a few minutes)
On auto settings for all BIOSes, 2.06 runs 14 degrees C cooler avg vs 2.10. BIOS 2.13 also seems to overheat like 2.10.
On locked clocks (same voltage & clocks between BIOSes) 2.06 runs 8 degrees C avg cooler on idle.
I saw smallest differences in locked stress tests, but 2.06 seems to run 2 or so degrees cooler on avg.
Hope this helps.

Would be a nice feature to add to the kingpin ones. Really miss that from my z690 apex board to know if I got a good chip