Required to modify Asus Strix Z370-H to Extreme 4
Required to modify Asus Strix Z370-H to Extreme 4
Hi Everyone,
Hope everything is okay with you all.
I’m still getting familiar with overclocking and I’m a bit unsure.
I received some suggestions to upgrade my motherboard to an Asrock Z370 Extreme 4 with a 12 power phrase for better performance. My previous boards were from Asus and they always worked fine.
I’m not sure if it’s the right move to switch to the Asrock model. I’m aiming to get my i78700k up to 5GHz while keeping the voltage under 1.3V.
Here’s what my setup looks like:
CPU: i78700k
Cooler: NH-D15
Memory: Vengeance Lpx 3000
Motherboard: Asus Strix Z370 H
GPU: Asus Strix GTX 1080 8GB
Case: Fractal Design Define R6
Storage: 500GB Samsung 970 M.2 NVMe
2TB Segate Firecuda 3.5 7200rpm
860 EVO 500GB
Monitor: 144Hz for gaming
Power supply: Seasonic SSR 650TR
Thanks a lot.
Koolrabbit
The Strix will definitely overclock nicely, likely even better than expected. You could potentially achieve a higher overclock on a board with additional phases, but if you're just starting out with overclocking, you won't reach significant benefits from a 12-phase power setup. Adding more phases helps distribute the heat across the VRM parts, though they are very strong and can manage substantial heat. Unless you're applying extremely high voltages (such as with liquid nitrogen), the temperature will stay well within normal limits.
5ghz at less than 1.3v—where are you finding these figures? It’s highly improbable for an 8700k to reach 5ghz under such conditions unless you were very fortunate with the silicon. The performance of the chip itself will likely matter more than the VRM on the motherboard when aiming for that voltage and frequency. The Strix Z370h doesn’t boast the best VRM, but it should still manage 5ghz with voltages comparable to the ASRock board. The ASUS VRM on that board might generate more heat, but overclocking potential should remain similar.
The Strix will definitely overclock nicely, likely even better than expected. You could potentially achieve a higher overclock on a board with additional phases, though. If you're just starting out with overclocking, you won't reach significant benefits from a 12-phase power setup unless you're pushing very high voltages—such as with liquid nitrogen. In general, the extra phases help distribute heat more evenly across the VRM components, and they're quite capable of handling the temperature without issues.
luckymatt42 :
That Strix will overclock just fine, probably better than fine. You MIGHT (and I emphasize MIGHT) get a better overclock on a board with more phases, but if you are "quite new to overclocking", you will NOT get to the point that having a 12-phase power will help you in any significant way.
Having more phases does help spread the heat load on those VRM components, but they are pretty darn robust and can handle quite a bit of heat. So unless you are throwing huge voltage at it (like liquid nitrogen levels), the heat generated will be well within acceptable parameters.
Thank you for the information luckymatt42
Wanna ask some stupid questions.
- Is it better to overclock after my warranty is finish for my motherboard ?
- What is the ideal ghz and voltage for a longer life span ? Also what's the limit to overheat the VRM components.
- overclocking only provide better result with tasks and application not gaming right ?
- does the power supply affect the overheating for VRM components?
Many thanks
Koolrabbit
I don't have all the answers, but I'll attempt to guide you in the right direction:
- Overclocking carries risks, but these boards are built specifically for it. Each supplier differs, yet generally overclocking won't automatically cancel your warranty. If you're attempting to apply 1.6 volts to your CPU using a standard fan, there might be issues. As long as you stay within reasonable limits for your overclock, you shouldn't void your warranty. And if you maintain a stable voltage on the CPU, your VRM should handle it (they can withstand much higher temperatures than your CPU).
- Regarding "ideal" conditions...the only certainty is that excessive voltage will eventually damage your CPU. It's voltage, not just speed or heat, that poses the threat. Check other forums (your Strix might have one) or watch videos from places like Gamers Nexus and Pauls Hardware. Be patient, gather information from multiple sources, and don't rely on a single reference. I understand you're eager to start, but take your time and do thorough research. Your patience will pay off, I assure you.
- Overclocking can offer gaming advantages. Certain games are more CPU-dependent, so they may see greater improvements. Yes, you won't double your FPS instantly, but in some cases you might notice a 10-15% increase or more depending on the settings.
- A solid power supply doesn't directly influence heat, it's mainly about the voltage you apply. The PSU just provides consistent power.
😉
I don’t have all the answers, but I’ll attempt to guide you along the correct path:
- Overclocking always carries risks, but these boards are built specifically for it. Each supplier differs, yet in short, overclocking won’t automatically cancel your warranty. If you’re pushing 1.6 volts through your CPU with a standard fan, it might not be covered. As long as you stay within reasonable limits for your overclock, you shouldn’t void your warranty. And if you keep the voltage stable on the CPU, your VRM should handle it (they can withstand much higher temperatures than the CPU itself).
- Regarding "ideal" settings, the only certainty is that excessive voltage will eventually damage your CPU. It’s not about speed or heat alone—it’s about voltage. Check other forums (your Strix probably has one) or watch videos from places like Gamers Nexus and Pauls Hardware. Be patient, gather information, and don’t rely on just one source. I know you’re eager to start, but take your time and do the research. Your patience will pay off, I assure you.
- Overclocking can boost gaming performance, especially for CPU-intensive games. While it won’t double your FPS, in some cases you might see a 10–15% improvement or more, depending on the settings.
- A poor power supply doesn’t directly cause overheating—it’s mainly about voltage. A good supply ensures stable and clean power, just like tires for a car: bad tires limit performance, even if the engine runs fine. If your supply is weak, you might not reach full potential. That’s a simplification, but I get what I mean.
Thanks for the advice, luckymatt42.
I own this board and right now it owns me. I've been trying to sync core ratios to 5 and it jumps to 8. ? For some reason, 'no can do.'
Rexer :
I own this board and right now it owns me. I've been trying to sync core ratios to 5 and it jumps to 8. ? For some reason, 'no can do.'
Start a new thread with your specs and a detailed description of your problem and what you're trying to do, don't just hijack a solved thread.