Consider overclocking when performance gains matter more than stability, and your hardware can handle the extra stress.
Consider overclocking when performance gains matter more than stability, and your hardware can handle the extra stress.
I've never tried overclocking before, but I've heard it can help. You're thinking about upgrading to an MSI B450-M Tomahawk MAX with a Ryzen 3 3200G and planning to add a Ryzen 5 3600 later. Is that a good idea? Expecting a boost in performance is possible. Your setup includes a Sapphire PULSE RX 580 (8GB), Corsair Vengenace LPX (2x8GB), and an Antec NeoECO Gold 700w PSU. With a game like Resident Evil 3 running smoothly at 60+ FPS, you might see even better results if you push the hardware. Be aware of the risks involved.
You can boost performance on a B450 Tomahawk Max using VRM-VRM heat sinks. It should comfortably support Ryzen 3 3200G or Ryzen 5 3600 chips. Expect a 10-25% improvement in speed, though results vary. Overclocking the CPU will give more frames than the GPU, mainly for Cinebench and everyday tasks. Be aware of heat risks—consider an aftermarket cooler if you go this route. Setting high core voltage can damage your chip; research safe settings beforehand. Your power supply should handle the extra load well.
Only if your system has CPU or GPU limitations matters when you're constrained to one. Overclocking the CPU won't give much improvement unless you're also overclocking the GPU, and similarly, adjusting the voltage isn't usually a big help—high voltages can damage chips quickly (I've seen people accidentally dial too high and destroy it). It's safer to adjust gradually, checking temperatures at each step. Make sure you understand the voltage limits of every component before proceeding, and don't rely on guesswork. The downside is that optimization takes time—tuning, stress testing, and retesting can be lengthy. Even after a successful stress test, different tasks like gaming might still cause issues, so you'll need to spend extra time fine-tuning. If you're curious about making changes but expect quick results, it might not be worth it.
I'm really okay with that. For the toughest games I expect (like Resident Evil 3 and DOOM Eternal) to run smoothly, I'll stick to around 60+ frames per second at maximum 1080p settings. I don't think I need to overclock much. Plus, my monitor only refreshes at 60 Hz, so anything above that won't even be noticeable.
there are advantages in achieving higher frame rates on a standard refresh rate display
if your main aim is to boost performance, then yes—but some enjoy experimenting, and it can be enjoyable to push beyond limits even if it doesn’t always pay off for me. I prefer trying different settings to see what works best for my CPU. Undervolting and underclocking feel safer in my approach, while watching temperatures drop without a performance gain is rewarding.
The scythe Fuma 2 costs $60, while the Mugen 5 is priced at $48 for a more affordable overclocking alternative. If you don’t plan to overclock or undervolt, the stock cooler should suffice for optimal performance. (I noticed you intend to delay overclocking; however, if you obtain a higher refresh rate monitor such as 75Hz or 144Hz, this might change.)
Sure, I'll look that up and save it for later when you're ready to explore overclocking.