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OK. Anyone know why the first page (and all its links) are inaccessible?

Short of that, I managed to find the skyn3t BIOS I was after on a Polish website:
http://forum.benchmark.pl/topic/110968-mod-vbios-y-gtx-780/

But does anyone have a link to the EZ3Flash tool?

[EDIT]: Scratch all of the above. Turns out it was just OCN's "Enhanced Mobile View" causing the first page to show completely blank. Other pages work fine. Go figure!

Come on OCN - fix this nonsense.
 

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OK. Anyone know why the first page (and all its links) are inaccessible?

Short of that, I managed to find the skyn3t BIOS I was after on a Polish website:
http://forum.benchmark.pl/topic/110968-mod-vbios-y-gtx-780/

But does anyone have a link to the EZ3Flash tool?

[EDIT]: Scratch all of the above. Turns out it was just OCN's "Enhanced Mobile View" causing the first page to show completely blank. Other pages work fine. Go figure!

Come on OCN - fix this nonsense.
Why would you flash any other bios other than what came with your card? We have all the editing tools for years now. Just post your bios and describe what you want done to it and either I or someone else will edit it for you. It's much safer to edit the original bios for your card and it's quite dangerous to ever flash any other bios to your card for any reason.
 

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OK. Anyone know why the first page (and all its links) are inaccessible?

Short of that, I managed to find the skyn3t BIOS I was after on a Polish website:
http://forum.benchmark.pl/topic/110968-mod-vbios-y-gtx-780/

But does anyone have a link to the EZ3Flash tool?

[EDIT]: Scratch all of the above. Turns out it was just OCN's "Enhanced Mobile View" causing the first page to show completely blank. Other pages work fine. Go figure!

Come on OCN - fix this nonsense.
Why would you flash any other bios other than what came with your card? We have all the editing tools for years now. Just post your bios and describe what you want done to it and either I or someone else will edit it for you. It's much safer to edit the original bios for your card and it's quite dangerous to ever flash any other bios to your card for any reason.
Thanks for your response.

I know that BIOS editing tools for the Kepler series have been around since the release of GTX 780 but these weren't without their own problems.

The skyn3t BIOSes have been available since the start of this thread and successfully used by many users. They edit at a deeper level than Kepler BIOS Tweaker can achieve. Specifically, they disable GPU Boost 2.0 and allow a higher power target, enabling higher stable overclocks. You would need to research the earliest posts in this now 2500 page thread (particularly skyn3t's and OccamRazor's posts) for details.

I myself successfully used skyn3t's BIOS for my own water-cooled GTX 780 cards back in the day (running GTX 1080Ti now).

This request obviously wasn't for myself but for a nephew who has a pair of EVGA reference cards in SLI that he wants to get more out of.

Having said all that, I welcome your offer and will happily post his GPU BIOS when I find the time to work on them.
 

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Thanks for your response.

I know that BIOS editing tools for the Kepler series have been around since the release of GTX 780 but these weren't without their own problems.

The skyn3t BIOSes have been available since the start of this thread and successfully used by many users. They edit at a deeper level than Kepler BIOS Tweaker can achieve. Specifically, they disable GPU Boost 2.0 and allow a higher power target, enabling higher stable overclocks. You would need to research the earliest posts in this now 2500 page thread (particularly skyn3t's and OccamRazor's posts) for details.

I myself successfully used skyn3t's BIOS for my own water-cooled GTX 780 cards back in the day (running GTX 1080Ti now).

This request obviously wasn't for myself but for a nephew who has a pair of EVGA reference cards in SLI that he wants to get more out of.

Having said all that, I welcome your offer and will happily post his GPU BIOS when I find the time to work on them.
I did not know any of this. I was under the impression we can easily disable the power limits in kepler bios editor by just setting some high amount the card will never be able to reach (no matter how far you overclock it) like 600 watts, and then just flash it. Also, you never want to completely disable boost. You generally want to just raise the boost clock higher. But, I've had problems with my EVGA classified GTX 780 not applying the voltage I specify in kepler bios tuner so maybe the program doesn't tune everything it's supposed to. It does seem to at least disable power limits though.
 

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Thanks for your response.

I know that BIOS editing tools for the Kepler series have been around since the release of GTX 780 but these weren't without their own problems.

The skyn3t BIOSes have been available since the start of this thread and successfully used by many users. They edit at a deeper level than Kepler BIOS Tweaker can achieve. Specifically, they disable GPU Boost 2.0 and allow a higher power target, enabling higher stable overclocks. You would need to research the earliest posts in this now 2500 page thread (particularly skyn3t's and OccamRazor's posts) for details.

I myself successfully used skyn3t's BIOS for my own water-cooled GTX 780 cards back in the day (running GTX 1080Ti now).

This request obviously wasn't for myself but for a nephew who has a pair of EVGA reference cards in SLI that he wants to get more out of.

Having said all that, I welcome your offer and will happily post his GPU BIOS when I find the time to work on them.
I did not know any of this. I was under the impression we can easily disable the power limits in kepler bios editor by just setting some high amount the card will never be able to reach (no matter how far you overclock it) like 600 watts, and then just flash it. Also, you never want to completely disable boost. You generally want to just raise the boost clock higher. But, I've had problems with my EVGA classified GTX 780 not applying the voltage I specify in kepler bios tuner so maybe the program doesn't tune everything it's supposed to. It does seem to at least disable power limits though.
No worries.

GPU Boost 3.0 (and presumably the new GPU Boost 4.0 for the 20 series) works much better than GPU Boost 2.0 under Kepler. It's been a while since I had my 780s so perhaps GPU Boost 2.0 works better with the latest drivers - I don't know.

But back in the day, GPU Boost 2.0 was an absolute pain to get a high stable overclock with - that's why there was an advantage to disabling it. Skyn3t's BIOSes (they were tailored for each card) allowed you to run at your highest stable overclock all the time provided you had the headroom. I forgot to mention they also unlocked the voltage to a maximum 1.212V (up from nVIdia's default 1.168V). Unfortunately, Kepler was the last generation that could be successfully edited at the low level that skyn3t did it.

If I recall correctly, I was able to get a stable overclock of 1350MHz on the core and 7200MHz on the memory with my cards using skyn3t's BIOS. Other people couldn't achieve better than say 1200MHz on the core and 6500MHz on the memory, so your mileage may vary. The silicone lottery still applies.

I recall people posting similar problems with Kepler BIOS Tweaker not applying the set voltages correctly as you mentioned and also recall problems with the power tables. You might want to research some of the earliest posts in this thread for information (just do a search for KBT within the thread).

If you're interested, all the info and links to skyn3t's BIOSes are on the first page of this thread. Just proceed with caution and use common sense. Backup your own BIOS first in case something goes wrong (use NVFlash - GPUZ doesn't always backup correctly). Then you can always reflash back provided you have access to another GPU (any one will do) and a 2nd PCIE slot on your motherboard.

Don't do the LLC mod (it was discovered later to cause instability) and don't up the voltage beyond 1.3V unless you have extreme cooling, especially on the VRMs. On air you don't want to go above 1.212V.

Be sure to read OccamRazor's guide on the first page and also check out some of his posts. He was super super helpful to many users back in the day.

Have a good one!
 

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No worries.

GPU Boost 3.0 (and presumably the new GPU Boost 4.0 for the 20 series) works much better than GPU Boost 2.0 under Kepler. It's been a while since I had my 780s so perhaps GPU Boost 2.0 works better with the latest drivers - I don't know.

But back in the day, GPU Boost 2.0 was an absolute pain to get a high stable overclock with - that's why there was an advantage to disabling it. Skyn3t's BIOSes (they were tailored for each card) allowed you to run at your highest stable overclock all the time provided you had the headroom. I forgot to mention they also unlocked the voltage to a maximum 1.212V (up from nVIdia's default 1.168V). Unfortunately, Kepler was the last generation that could be successfully edited at the low level that skyn3t did it.

If I recall correctly, I was able to get a stable overclock of 1350MHz on the core and 7200MHz on the memory with my cards using skyn3t's BIOS. Other people couldn't achieve better than say 1200MHz on the core and 6500MHz on the memory, so your mileage may vary. The silicone lottery still applies.

I recall people posting similar problems with Kepler BIOS Tweaker not applying the set voltages correctly as you mentioned and also recall problems with the power tables. You might want to research some of the earliest posts in this thread for information (just do a search for KBT within the thread).

If you're interested, all the info and links to skyn3t's BIOSes are on the first page of this thread. Just proceed with caution and use common sense. Backup your own BIOS first in case something goes wrong (use NVFlash - GPUZ doesn't always backup correctly). Then you can always reflash back provided you have access to another GPU (any one will do) and a 2nd PCIE slot on your motherboard.

Don't do the LLC mod (it was discovered later to cause instability) and don't up the voltage beyond 1.3V unless you have extreme cooling, especially on the VRMs. On air you don't want to go above 1.212V.

Be sure to read OccamRazor's guide on the first page and also check out some of his posts. He was super super helpful to many users back in the day.

Have a good one!
Thanks for the info. My GTX 780 in my "Retro Computer" today is the EVGA GTX 780 Classified version and is supposed to be one of 3 cards in the 780 line (the others being MSI Lightning and The K|NGP|N) that are supposed to allow unlimited voltage control well beyond 1.212v. And in fact in the beginning I had mine running at 1.287v under a custom bios I tuned myself with Kepler Bios Tweaker just fine. I don't know exactly what happened but then later in the same computer I saw it was only running 1.208v suddenly. And now I can't get it to go any higher than 1.208v no matter what I do. If I had an EEVBOT I could probably push it further but sadly they're Unobtanium. I'm still leery about using any other bios and I currently have the card stable @ 1267 Mhz even with 1.208v max, so I'm happy enough with it as is. And that's with full boost table enabled with multiple steps and letting the card boost up/down all over the place as it needs to, which also leads to nice power consumption. I got lucky and got a card with 84% ASIC Quality used off ebay. And it's air cooled with the (admittedly huge) factory air cooler from EVGA and perfectly fine. Maxes out 75c in gaming, 84c in benchmarks, but that might be the crappy small case I have it in and might be improved in a bigger case later. My only complaint is back when I had the voltage successfully running at 1.287v with my kepler-bios-tweaker-tuned-stock-bios on it, it would run 7804 Mhz ram perfectly stable all day, I have benchmark results from it running that ram clock and everything. But now down at 1.208v I had to drop it down to 7220 Mhz ram speed for stability. I'm still not sure what exactly happened there. Maybe the card's degrading, but I doubt that. EVGA Classified cards are designed to run high OC 24-7 for years.
 

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Thanks for the info. My GTX 780 in my "Retro Computer" today is the EVGA GTX 780 Classified version and is supposed to be one of 3 cards in the 780 line (the others being MSI Lightning and The K|NGP|N) that are supposed to allow unlimited voltage control well beyond 1.212v. And in fact in the beginning I had mine running at 1.287v under a custom bios I tuned myself with Kepler Bios Tweaker just fine. I don't know exactly what happened but then later in the same computer I saw it was only running 1.208v suddenly. And now I can't get it to go any higher than 1.208v no matter what I do. If I had an EEVBOT I could probably push it further but sadly they're Unobtanium. I'm still leery about using any other bios and I currently have the card stable @ 1267 Mhz even with 1.208v max, so I'm happy enough with it as is. And that's with full boost table enabled with multiple steps and letting the card boost up/down all over the place as it needs to, which also leads to nice power consumption. I got lucky and got a card with 84% ASIC Quality used off ebay. And it's air cooled with the (admittedly huge) factory air cooler from EVGA and perfectly fine. Maxes out 75c in gaming, 84c in benchmarks, but that might be the crappy small case I have it in and might be improved in a bigger case later. My only complaint is back when I had the voltage successfully running at 1.287v with my kepler-bios-tweaker-tuned-stock-bios on it, it would run 7804 Mhz ram perfectly stable all day, I have benchmark results from it running that ram clock and everything. But now down at 1.208v I had to drop it down to 7220 Mhz ram speed for stability. I'm still not sure what exactly happened there. Maybe the card's degrading, but I doubt that. EVGA Classified cards are designed to run high OC 24-7 for years.
Fair enough. That's certainly a nice card you have. Not sure if skyn3t ever made a BIOS specifically for the Classy (he did for the Galaxy HOF) but in any case, given your possible degradation issues, it probably wouldn't be wise anyway.

Sorry to hear about your possible degradation. Not knowledgeable enough to be able to pinpoint the cause for sure. I do know that on air the VRMs will run 20-30 degrees Celsius hotter than your core even under the best of circumstances. If you're running it in a small case starved of airflow and hitting 84 degrees Celsius on the core during benchmarks, then the VRMs may have been getting stressed.

It probably wouldn't hurt to put it in a case with better airflow for the long-term health of the card.

Still, 7220MHz is still a pretty nice overclock for the memory. Not sure that any higher would be that much noticeable in games.

Were you able to hit higher than 1267MHz on the core when you had the voltage at 1.287V? Remember, my cards were on water with the VRMs additionally cooled by the block and also the water was chilled, which is the only reason I was able to hit 1350MHz.
 

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Fair enough. That's certainly a nice card you have. Not sure if skyn3t ever made a BIOS specifically for the Classy (he did for the Galaxy HOF) but in any case, given your possible degradation issues, it probably wouldn't be wise anyway.

Sorry to hear about your possible degradation. Not knowledgeable enough to be able to pinpoint the cause for sure. I do know that on air the VRMs will run 20-30 degrees Celsius hotter than your core even under the best of circumstances. If you're running it in a small case starved of airflow and hitting 84 degrees Celsius on the core during benchmarks, then the VRMs may have been getting stressed.

It probably wouldn't hurt to put it in a case with better airflow for the long-term health of the card.

Still, 7220MHz is still a pretty nice overclock for the memory. Not sure that any higher would be that much noticeable in games.

Were you able to hit higher than 1267MHz on the core when you had the voltage at 1.287V? Remember, my cards were on water with the VRMs additionally cooled by the block and also the water was chilled, which is the only reason I was able to hit 1350MHz.
Well I have a water loop in the system that could handle that card and I have a credit card. I would -LOVE- to get a block for that card but can't find one anywhere today. And yeah I know about the vrm heating. I forgot to mention that I do have the EVGA Classified Voltage tool stand-alone utility and I can manually set it to 1.287v again, click apply and it will run 1.287v just fine and even run the higher ram clock I had before perfectly fine, stable, no crashing and just hunky dory all day. So there's nothing wrong with the card physically, I even gamed on it in ark evolved with the card @ 100% load for about 8 hours straight last week @ 1.287v and ram back up (via afterburner) at 7804 Mhz again. It didn't give any issues at all. It just.. won't apply via bios and I don't understand it. I must be doing something wrong. :mad:
 

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Well I have a water loop in the system that could handle that card and I have a credit card. I would -LOVE- to get a block for that card but can't find one anywhere today. And yeah I know about the vrm heating. I forgot to mention that I do have the EVGA Classified Voltage tool stand-alone utility and I can manually set it to 1.287v again, click apply and it will run 1.287v just fine and even run the higher ram clock I had before perfectly fine, stable, no crashing and just hunky dory all day. So there's nothing wrong with the card physically, I even gamed on it in ark evolved with the card @ 100% load for about 8 hours straight last week @ 1.287v and ram back up (via afterburner) at 7804 Mhz again. It didn't give any issues at all. It just.. won't apply via bios and I don't understand it. I must be doing something wrong. :mad:
Well, I'm glad to hear there's nothing wrong with the card physically. Still, better airflow never hurts.

Yeah, I think your chances of finding a waterblock for the Classy today are pretty slim. Maybe post a request in the wanted section of OCN and other forums.

I do vaguely recall Classy owners posting that they had to run the voltage tool to get the voltages to hold. But you'd need the patience to search through this thread to find those posts.

There is a dedicated thread for the Classy (and Kingpin) here on OCN which you probably already know about:

https://www.overclock.net/forum/69-nvidia/1411500-official-evga-classified-k-ngp-n-owner-s-club.html

They appear to have moved on to the newer generations of cards, but maybe one of the older members can help you.

Good luck!
 

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Well, I'm glad to hear there's nothing wrong with the card physically. Still, better airflow never hurts.

Yeah, I think your chances of finding a waterblock for the Classy today are pretty slim. Maybe post a request in the wanted section of OCN and other forums.

I do vaguely recall Classy owners posting that they had to run the voltage tool to get the voltages to hold. But you'd need the patience to search through this thread to find those posts.

There is a dedicated thread for the Classy (and Kingpin) here on OCN which you probably already know about:

https://www.overclock.net/forum/69-nvidia/1411500-official-evga-classified-k-ngp-n-owner-s-club.html

They appear to have moved on to the newer generations of cards, but maybe one of the older members can help you.

Good luck!
I did not know about that! I thought I'd have to post here. Thank you very much. I'll go check it out in the morning after sleeps.
 

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i'll just leave this here, if you have any EVGA 780 card:

https://www.evga.com/articles/01266/rewind-reward-GTX-780/
Win a chance to exchange your EVGA Geforce GTX 780 ACX graphics card with a new EVGA GeForce GTX 1080 iCX Technology graphics card. On this edition of EVGA's Rewind Reward, we take a look back at EVGA Active Cooling Xtreme cooling solution for the EVGA 700 series.

GL!
 

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So not KingPin...
 

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nv latest driver 416.34 gave my 780 sli some awfull issues - back to 411.7 we go....anyone else have issues?
 

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nv latest driver 416.34 gave my 780 sli some awfull issues - back to 411.7 we go....anyone else have issues?
People in the ARK: Survival Evolved community are reporting wide-spread BSOD's / Blue Screen crashes in ARK with 416.34, even on pascal / 1080 Ti cards, and not just limited to the new RTX cards. I'm on 411.7 with my 1080 Ti and have had no issues with ARK and my one friend I play with daily that has a new RTX 2080 Ti and uses 416.34 is getting random ark crashes and BSOD's too.

So apparently it's a bad driver for everyone stability wise. It effects newer cards too.

What are your problems you're experiencing with 416.34? Crashes? Blue screens?
 

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@kithylin - no crashes or bsods - on start-up for first couple of minutes i had severe mouse lag, black screens, signal droupout, serious artifacting and screen fragmentation along with loud audio beeps when touching mouse or keyboard - then back to normal after a couple of minutes. have experienced plenty of bad drivers b4 but nothing this severe - reminded me of the signs a bad gpu display just b4 it pulls the pin
 

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Funny i finally got Green envy set and running as originally intended. A day before i'm about to switch to Vega 56 i decided to flash Skyn3t's' bios again. As my OC on the stock bios with boost had been crashing on my brother. Pumped 1.215vcore, 150% powertarget and managed the highest stable OC to date. 1254/3150 outright. Passed multiple loops of firestrike stress test topping at 47C. Probably a little memory starved but that has been the weak link in my experience with this card. Face palming for having not retried OCing since moving the system to a different PSU and loop on a single card.
 

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got a $5 broken 780 Pny blower and heatgunned it lasted a few months. Planning on zip tie AIO after reheat. Will 1.3v bios let 1300mhz happen for a few benches before it goes to sleep forever?
 

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Regarding Ryzen 7 2700x x GTX 780

got a $5 broken 780 Pny blower and heatgunned it lasted a few months. Planning on zip tie AIO after reheat. Will 1.3v bios let 1300mhz happen for a few benches before it goes to sleep forever?
Hi everyone, this thread is regarding custom bios obviously, have ANY of you gotten the GTX 780 Windforce OC card working with a ryzen 7, as there's a KNOWN compatibility issue that dosen't let it display anything, would this custom bios fix all that? has anyone gotten it to or had this issue?
 

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u need to put an other gpu in - then go into bios and set pcie 2.0 for ur graphics card - then pop the 780 back in - known issue for 7 series ngreedia cards and 2xxx ryzens - hope this sorts ur issues
 

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Hi everyone, this thread is regarding custom bios obviously, have ANY of you gotten the GTX 780 Windforce OC card working with a ryzen 7, as there's a KNOWN compatibility issue that dosen't let it display anything, would this custom bios fix all that? has anyone gotten it to or had this issue?
I really need to say.. are you seriously trying to use a GTX 780 on a modern day Ryzen 2000 system? That is the biggest bottleneck setup I've seen in a long time.
 
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