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3070ti bios flashing tool

Joined
Jul 31, 2020
Messages
36 (0.02/day)
Hello there,

i would like to know which nvflash version can succesfully flash an 3070ti. Based on nvflash releases' changelogs, i have not found any compatible version.

TIA,
md2003
 
If this
If this link points out to the latest version, when i am trying to compare files i am getting this error, hence i am kinda worried that this nvflash version may not be 100% compatible. Has anyone here tried to flash an 3070 ti, and if yes which nvflash version have you used?
1641647009074.png
 
If this

If this link points out to the latest version, when i am trying to compare files i am getting this error, hence i am kinda worried that this nvflash version may not be 100% compatible. Has anyone here tried to flash an 3070 ti, and if yes which nvflash version have you used?
View attachment 231663
Just stop it, i havent seen anyone successfully flash a RTX 3000 card,only RTX 2000 and older
 
Just stop it, i havent seen anyone successfully flash a RTX 3000 card,only RTX 2000 and older
That's not true. I have successfully flashed some 3070 gpus i owned few times. But, nvflash was reporting correctly during roms' comparisons back then.
 
That's not true. I have successfully flashed some 3070 gpus i owned few times. But, nvflash was reporting correctly during roms' comparisons back then.
Well then use that version, also good for you.
 
Just curious, what did the flash accomplish?
 
Interesting, what makes it a better bios? Noob here..
 
Ampere runs into its own power limits pretty hard.
 
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Interesting, what makes it a better bios? Noob here..
Other bioses, e.g. asus or zotac, are having higher power limits (380W & 350W respectively) BUT they do report higher power usage for same gpu loads.
In few words, as example in same benchmark screen, using same frequencies and voltages curves, asus's reports 350w, zotac's 330w and so on, but Evga's (PT 325W) and gigabyte's (PT 320W) bios report less than 280w of power draw in same scenario, thus their "lower" power limits result to higher sustainable frequencies due to less or none power throttling. Keep in mind though, that using a bios designed for different pcb is probably the reason..
 
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