Choose processor frequency over performance enhancement.
Choose processor frequency over performance enhancement.
I upgraded to a 3700x and the system seems to be fluctuating like a hyperactive flea even during light usage. The voltages are also inconsistent. I'm still using the stock cooler, which is quite noisy at high speeds, so I modified the fan settings. This isn't really the main point of my question—I'm still feeling energized and excited to share. What are the benefits of boosting performance instead of just running clocks at their maximum speed, or a light overclock around 4.5 or 4.6ghz? I'm currently gaming at 1080p and plan to use a 240mm AIO radiator if I proceed.
uncertain if this applies to Ryzen CPUs yet. originally, my unit had a voltage setting around 1.42 and it remained constant even when idle. i suggest experimenting with clocks and voltages if you're seeing similar behavior. higher voltage leads to increased temperatures, which demands more cooling, causing faster performance and a louder fan. pegging keeps all cores at the same speed continuously, only boosting a few at a time.
It once had a VCORE around 1.4 when I first started, but after rebooting Windows things keep fluctuating (HWMonitor data). The readings show a minimum of 0.660v and a maximum of 1.500v. I plan to run a Shadow of the Tomb Raider benchmark to see how it performs. I forgot to update the BIOS, but no relevant updates appear in the changelog, and I’ve always thought it’s okay to keep what works unless there’s a strong reason to change. Perhaps I’ll revisit this later...
If you're unsure about updating your bios or worried about the risks, try adjusting your settings slightly. Lower the voltage and set a stable clock for your rig. This usually improves performance, keeps temperatures more consistent, prevents fans from cycling too much, and avoids the CPU staying at high idle temps. For example, if your CPU was around 60°C when idle, it will handle sudden workloads better than staying at a colder idle temperature.
If you notice 4.5GHz in brief pulses, it’s likely you’ll be limited to around 4.2GHz across all cores. Under light workloads, it can handle higher voltages and faster clocks without issues, avoiding the performance drops you get from forcing overclocking.
I'm okay with updating BIOS, but only if it feels necessary. Voltages on the bench when using Tomb Raider stayed between 1.38v and 1.40v, while HWMonitor recorded a peak of 1.45v. The system ran around 4.3ghz during that time, idling at 2.2ghz once I stopped playing and then dropping to 0.95v. Idle temperatures hovered around 40-45°C, but they increased to about 75°C under load. I adjusted the fan curves to stay low until reaching 65, after which it could generate noise if needed. The stock Wraith cooler was quite loud. I'm not very confident overclocking or tweaking voltages, though I've done it before. I also skipped the motherboard upgrade, possibly risking damage from high voltages during boosts and not checking BIOS overclock settings.
It's a wear-and-tear issue (besides heat and power consumption) if I look at the timing. I hadn't considered that. Still, it makes sense because I'd take responsibility if it fails early. A 4.2ghz clock isn't too high for me either. I'm comfortable with that. All this remains theoretical at the moment. Once I install the AIO, I might skip it altogether (probably because I'll be too caught up in RGB tweaks), but I was just thinking about why makers don't always run things at peak stable speed right out of the box. To be honest, I'm just not paying attention or doing my own research—though I was already checking forums when the idea came to me.