I think a lot of my creativity is stunted because I don’t generally notice these issues in rockstars games until someone points them out lol. I think it would be pretty cool if they gave people more choice and options
Uh, this looks an awful lot like a guide written by an LLM (or at the very least, a copy-paste template) posted on an unofficial site intended to hoodwink people looking for the real one. Judging by search results, there’s a few of these sites.
I don’t think we should repost content from them, or encourage them, personally. EDIT: Pretty sure this user’s a bot actually. Don’t click these links, folks.
I haven’t played the game at all since Seekers of the Storm came out but we would play it modded quite a bit before. The Samus character mod is so much fun.
Depends on the game. If it’s not really demanding on reaction time, and the game is locked framerate I’m fine with 30, like Okami. However if the game is not locked FPS and I still can’t hit 60 FPS at least on my 1440p monitor I’d probably just play something else (because I know I could have better experience is I could run it).
However for shooter and reaction heavy games I always aim to max out my 144 Hz monitor, even 60 FPS can feel sluggish for me
I undervolted my 5800X3D and 9800X3D and that helped with temps a lot.
I never undervolted my GPU, I generally go the other way with it. My 4080 lost the silicon lottery, couldn’t get any more out of it. Not sure if I won it with my 5080 because a lot of people seem to be having large gains, but I got my boost clock to to a little over 3 GHz and a +1GHz to the memory.
Well, I first played Dragon Age Origins with the framerate fluctuating between 10 and 20 FPS. Wasn’t the most fun I’ve ever had, but ever since 30 - 60 felt like luxury. So yeah, anywhere from 10 to 30 is fine for me, but the more active a game is the closer to 30 minimum with a target of 60
I didn’t have any luck undervolting my GPU; It would just crash with even the smallest voltage offset. That said, I have had success undervolting my CPU. I’d also suggest limiting the total power draw. No noticeable drop in performance for lower temps and reduced fan noise.
I wouldn’t recommended it if you don’t have fairly clean power. Definitely run into issues where a voltage drop in the mains would just shut off my system.
I undervolted my 5800x3d (each core individually) and it cut the temps by quite a bit, without affecting performance. Actually if anything you could say the performance arguably increased because it was no longer the hot little hog it was ootb.
There definitely has been some scalping, but also, just, not a huge amount of inventory available (like sub 100 units available across cities with populations in the millions). A bit of a paper launch TBH.
TSMC only has so much throughput available and NVIDIA has other products they’re selling that they can make better margins on than consumer GPUs. I’m a little surprised they launched at all given how few they’re shipping.
I wonder how much of launching now was to generate buzz to get studios to adopt methods of rendering that work best with with software, make it harder for competitors to compete on hardware.
Changing voltages and fan curves is super situational. And depends on how much you value noise over performance.
That said, I undervolted and underclocked the i7 cpu on my G501 gaming laptop back in the day.
This helped a ton, because the heatsink between the discrete GTX 660M and the CPU, shared a heatpipe. The CPU would only throttle at 90, while the GPU would throttle at something like 75. This meant that because it was basically always hotter, heat from the CPU would conduct via the heatpipe INTO THE GPU, causing it to always thermal throttle, and be unable to be cooled. Because even though it was maxing out and trying to cool down by throttling, the CPU would just keep going because for it the temps were fine. So it would keep pumping heat into the heatsinks and heatpipes, which would then keep the GPU hot, too.
Undervolting the CPU allowed it and the GPU to run at closer to same temps, raising FPS by way of allowing the GPU to actually run a full tilt, even though the CPU was then significantly slower.
Yes, agree that they are situational. In case if my laptop I’m unervolting mycou because if I won’t it will just crash when used at max speed.
Edit: in case of my brother pc, the temps were just horenderous for the perforformance he was getting. Plus the fans were barelly on even at 85C. Undervolting and making the fan curve more agresive allowed him the get much better temps at same fan speed, and lets him play some games he wasn’t able to before cause of themps. And the fans even at 100% are quieter than my laptops at 50% so he doesn’t mind them at all.
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