Gtx 780 ti error when playing

[gamingpy]

Apparently the core temperatures spike at a certain point, but this only happens when I run OCCT with Prime 95 and Aida, it's not like that. (Well, at first glance)

[fjavi]

The first thing you should do is leave the OC stable both for CPU and memory, sometimes it's better to relax the memory, but you need to touch several voltages, then on your motherboard I think they recommend leaving the CPU saving options enabled, but it's quite common that an unstable OC of memories takes you out of the games, for me to test the stability of CPU and memory I like the prime in blend mode, although I don't know if it will be the same for SB, in x58 it works well but I don't know if it will be as effective in X79.
You can also run Memtest, to see if the memory gives errors.

regards

[whoololon]

That error usually occurs for security reasons when the GPU reaches an excessively high temperature. Check its temperature and if it is running high, leave it on default.
You have not clarified if it happens without OC, try to see.
Regards.

[fjavi]

@whoololon:

That error usually occurs for security reasons when the GPU reaches a temperature that is too high. Check its temperature and if you have it running at high speeds, leave it at default.
You have not clarified if it happens without OC, try to see.
Regards.

I think that the graphics card temperature would not be a problem, because these graphics cards usually maintain a good temperature, it could be memory either of the graphics card or RAM, but that EVGA ACX I think that they are quite good at temperature, another thing would be that it has overclocked the gddr5 that already comes to 7ghz from the factory and that can fail if the OC is unstable, also that raising that memory makes the gddr5 heat up more.

regards

[gamingpy]

Hello comrades, I'm back. I've made a stable OC on the micro to 4.2 ghz with the memos without overclocking them, I've left them at the default factory values. What surprises me is that I can't do any kind of OC on the graphics card because it fails on every OC I make, that is, it accepts the OC but within the game it then lowers the frequency and then exits the game. This happens to me with any game. I've barely tried to increase the clock by 100 mhz and the memory by 50 and even so I can't leave it stable. I've tried playing without doing any OC and it works super well (running at 1150mhz by default from the factory). Can someone tell me why this might be happening? I don't know what to do anymore. I've tried touching the voltage from EVGA Precision to 1.2v and the problem persists :facepalm:

PD. Temperatures are not the problem since it doesn't even reach 70 degrees, at most it reaches a peak of 69 degrees

[fjavi]

@gamingpy:

Hello fellow users, I'm back. I've made a stable OC on the micro to 4.2 GHz with the memos without overclocking them, I've left them at the default factory settings. What surprises me is that I can't do any kind of OC on the graphics card because it fails with every OC I make, that is, it accepts the OC but within the game it then lowers the frequency and then exits the game. This happens with any game. I've barely tried to increase the clock by 100 MHz and the memory by 50, and I still can't make it stable. I've tried playing without doing any OC and it works great (running at 1150 MHz by default from the factory). Can anyone tell me why this might be happening? I don't know what else to do. I've tried adjusting the voltage from EVGA Precision to 1.2V and the problem persists :facepalm:

P.D. Temperatures are not the problem as it doesn't even reach 70 degrees, it only peaks at 69 degrees at most.

That graphics card has the problem of boost 2 and the power target. If you increase 100 MHz it goes to 1250 MHz and that's sure to reach the limit of the power target. The 780Ti consumes quite a lot. The Titans can be overclocked if you use modified BIOS, which allow you to increase the power target a lot. Also, as they usually have the VRM that allow the trick to increase voltage, they can reach very high frequencies based on voltage.

I think that NVIDIA has capped the Ti with those two phases that they call OC balancing. I think those phases don't allow it to exceed a certain consumption and power target, and they also don't allow more voltage. I'm not sure if that's exactly it, but something is happening with the Ti that doesn't let them perform according to their OC, compared to a Titan or a 780 that can be modified for power target and voltage.

For now, it seems that the only ones that come from the factory to be able to put more voltage and power target are the EVGA Kingpin, which is as if they were made to measure, and it seems that Galaxy doesn't let them go beyond the authorized model, that is, they are capped.
Regards

[gamingpy]

@fjavi:

That graph has the problem of boost 2 and the power target, if you increase 100 MHz it goes to 1250mhz and so it surely reaches the limit of the power target, it's that the 780Ti consumes a lot, the Titans can go up if you put the modified bios, which allow you to increase the power target a lot, besides as they usually have the VRM that allow you to do the trick to increase voltage, they put the frequencies very high based on voltage.

I think that Nvidia has capped the Ti with those two phases that they call OC balancing, I think that those phases do not allow it to exceed a consumption and a power target, besides they do not allow more voltage, I am not sure if it is exactly that but something happens with the Ti that does not let them perform according to their OC, I speak in comparison to a Titan or a 780 that can be modified power target and put voltage.

for now it seems that the only ones that come from the factory to be able to put more voltage and power target are the EVGA Kingpin, which is as if they had been made to measure, it seems that they do not let the Galaxy ones go out of the authorized model, that is, capped.
greetings

You are completely right fjavi it is as you say I can barely run it at 1225 mhz and maximum at 1230 with a modified bios, with the series one it is impossible to reach that level, thanks to this modified bios I can raise the voltage a little to 1.212 volt which allows me to do some OC to the graphics card if I knew how bad the graphics card was going to turn out I would have invested my money in an SLI of a gtx 780 but well I have no choice but to go like this (be satisfied with what I have) I can't complain about its performance but I expected something more with the price that the graphics card costs, anyway thank you very much friend forumer greetings ;D

PD. I edit again to affirm that the reason why it crashed in the games (frequency drop in the game) was because of the OC that I did to the graphics card with the series bios I say this in case someone else finds this information useful.

[fjavi]

@gamingpy:

You are absolutely right fjavi, it's just like you say, I can barely run it at 1225 mhz and at most 1230 with a modified bios, with the stock one it's impossible to reach that level, thanks to this modified bios I can raise the voltage a little to 1.212 volts, which allows me to do some oc on the graphics card, if I knew how bad the graphics card would turn out, I would have invested my money in a GTX 780 sli, but there's nothing left for me to do but go like this (be satisfied with what I have), I can't complain about its performance, but I was expecting more with the price of the graphics card, anyway, thank you very much, friend forumer, greetings ;D

P.S. I'm editing again to confirm that the reason it was crashing in games (frequency drop in the game) was because of the oc I was doing on the graphics card with the stock bios, I'm saying this in case this information is useful to someone else.

The 780Ti is definitely better than the 780, those extra 3 smx it has should give it better stability in very demanding games, the Titan should also be more stable than the 780.

Another thing is that if the 780 turns out good and is also one of the ones that allows more voltage, it could match or be close to the Ti in benchmarks, but not in games, although it's true that now you've seen 780s for less than 400€, and with that price, an SLI is better, because then it would make a big difference between the SLI and the 780Ti, since you have it, stick with it and maybe in a while you can put another cheap one and you would have a lot of performance for a long season.

In games, I mean that a 780 will never be as stable as a Titan or a 780ti, maybe overclocked it could give similar fps but it will never give the stability of the others.

greetings

[Fassou]

@gamingpy:

PD. I edit again to state that the reason why it was hanging in the games

@Rules:

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Can you edit it again so that it does not contain more than 4 lines of text, as indicated by the rules?

Best regards!

[gamingpy]

@Fassou:

¿ Puedes volver a editarla para no poner más de 4 líneas de texto, como indican las normas?

Salu2!

Disculpa no me habia dado cuenta que ya me habia pasado un poquillo con la firma, saludos