Overclocking Intel Pentium G3258 and GTX 950 SSC is possible!
Overclocking Intel Pentium G3258 and GTX 950 SSC is possible!
So I'm setting up a gaming PC budget build. My specs include an Intel Pentium G3258, a GTX 950 SSC GPU, HyperX 1600 RAM at 2x4 with 8GB, MSI H81M-P33 motherboard, and a 600W power supply from TermalItake. I'm wondering how much overclocking is possible for my CPU—specifically, can I reach 1.19V at 4.2 GHz? Is that sufficient for the stock cooler, or should I push it higher? Also, what's the best I can do with my GPU?
Yeah, I can't really help you there, but here are my thoughts:
You are using a fairly low end board, so you have a not great power fase and no heat sinks over the vrms, therefore any serious voltage will cause them to overheat, therefore decreasing their lifespan. This only applies for big increases in voltage, just increase the absolute minimum and find your stable clock speeds, then increase it again. Try and not increase it too much though, because as I said, your board isn't really optimized for OCing, so play it safe. Anyway, constantly monitor temps on your cpu as well, because if they get too high, you will be in trouble. You should probably consider investing in an aftermarket cooler soon, it will increase your performance...
Here is the first part of your message.
The power supply link is provided.
I am working with a budget and cannot afford to spend more, so purchasing a cooler isn't an option for me. Thank you for your time!
Ehh..., isn't Intel collaborating with Microsoft to stop OC on non-Z motherboards in Windows 10? I think I saw something about it somewhere, but I don't remember exactly where. It would be a shame if it happened.
--Update--
After some research, the microcode really prevents you from overclocking the CPU in Windows 10. You can try deleting certain folders to see if it works, but it might be risky. If you're using Windows 10, think about it carefully. If not, ignore what I said.
If you're planning to use Windows 10, consider cheaper options like a z97 or an i3 4170 instead. Or go with AMD's athlon X860 if you want something more powerful.
Computers are a bit tricky here. Isn't Intel collaborating with Microsoft to stop OC on non-Z motherboards in Windows 10? I remember hearing about this somewhere, but I can't recall exactly where. Definitely verify it, or else it would be a big issue.
--Update--
After some research, it seems certain microcode prevents you from overclocking the CPU in Windows 10. You might be able to remove some files and get it to work, though that could be risky. It depends on your situation.
Are you planning to use Windows 10? If not, ignore this advice.
If you are using it, think about upgrading to a cheaper Z97 model or an i3 4170, which should be more affordable. Alternatively, you could opt for an AMD Athlon X860.
Yes, I deleted some files and managed to overclock it, but I'm hesitant about increasing the voltage again. It worked once before, but it didn't last. I've reset the CMOS now, so the voltage is back to stock, and my current OC speed is 4.0 GHz. I need guidance on adjusting the voltage.
Yeah, I can't really help you there, but here are my thoughts:
You are using a fairly low end board, so you have a not great power fase and no heat sinks over the vrms, therefore any serious voltage will cause them to overheat, therefore decreasing their lifespan. This only applies for big increases in voltage, just increase the absolute minimum and find your stable clock speeds, then increase it again. Try and not increase it too much though, because as I said, your board isn't really optimized for OCing, so play it safe. Anyway, constantly monitor temps on your cpu as well, because if they get too high, you will be in trouble. You should probably consider investing in an aftermarket cooler soon, it will increase your performance.
Anyway, hope this helped and good luck
Computers are a bit unstable here, so you're facing some power issues. A low-end board means poor voltage handling and no heat sinks on the VRMs, which can lead to overheating and reduced lifespan. Only major voltage jumps should be considered—start with the absolute minimum and adjust gradually for stable clock speeds. Be cautious not to increase it too much, as your board isn't optimized for overclocking. Also, keep an eye on CPU temperatures; high temps can cause serious problems. You might want to think about getting a good aftermarket cooler to boost performance.
Regarding your GTX 950 SSC, let me know if you need any guidance.
Computers are a bit unstable here, so you're facing some power issues. A low-end board means poor voltage handling and no heat sinks on the VRMs, which can lead to overheating and reduced lifespan. Only major voltage jumps should be considered—start with the absolute minimum and adjust gradually for stable clock speeds. Be cautious not to increase it too much, as your board isn't optimized for overclocking. Also, keep an eye on CPU temperatures; high temps can cause serious problems. You might want to think about getting a good aftermarket cooler to boost performance.
Regarding your GTX 950 SSC, let me know if you need any assistance with that.
I own the same card, but mine is a Zotac amp!. I haven’t had much time to experiment with it yet (I’ll wait until Christmas). If you’re interested in boosting performance, consider using MSI Afterburner along with any benchmarking or stress-testing tools you prefer. I intend to use Valley and 3D Mark Firestrike. Just keep increasing the clock speed until you notice instability, then slightly tweak the voltage and continue, keeping an eye on temperatures. When you hit a threshold you don’t want to surpass (whether thermal or voltage), then halt.
You don’t need to push your card to its absolute limit—play at normal settings first, and only overclock if necessary. The GTX 950 is a solid chip, so try it stock initially and think about overclocking later, as pushing extra performance when you don’t need it isn’t worth it.
Also: many users don’t raise the voltage and still achieve good gains, so don’t assume your card must run at its highest rated temp.
Feel free to experiment with different software, but always test thoroughly before proceeding. There are numerous overclocking tools available, so you can choose whatever suits you best—I’m planning to use Afterburner since I’ve found plenty of tutorials for it.
Don’t hesitate to ask questions; it’s better to be safe than sorry. You can also search YouTube for detailed guides if you’d like a deeper understanding.
Anyway, if you’d like, I can share my overclock results once I finish testing. Just remember, every card behaves differently.
Good luck and have fun!
Computers are a bit unstable with mine. It’s still waiting until Christmas before I can experiment. If you’re interested in boosting performance, consider using MSI Afterburner along with stress-testing tools like Benchmarking Software. I intend to run Valley and 3D Mark Firestrike, gradually increasing the clock speed until instability appears, then slightly adjusting voltage while keeping an eye on temperatures. Stop once you hit a threshold—thermal or voltage-related—and avoid pushing beyond it.
You don’t need to force your card to its absolute limit; playing at stock settings is fine, and overclocking only makes sense if you’re ready for it. The GTX 950 is a solid chip, so try it at stock first before considering overclocking—extra performance isn’t necessary unless you really want it.
Many users don’t raise the voltage and still achieve good gains, so don’t assume your card needs maximum heat. Feel free to experiment with different software, but always test thoroughly before proceeding. There are numerous overclocking tools available; I’m planning to use Afterburner since I’ve found plenty of tutorials for it.
Don’t hesitate to ask questions—better safe than sorry. You can also search YouTube for detailed guides if you want a deeper understanding.
Anyway, if you’d like, I can share my overclock results once I finish testing. Just remember, every card behaves differently.
Good luck and have fun!
Please send your results