which cooler is suitable for overclocking 2600x
which cooler is suitable for overclocking 2600x
Hi all,
I'm setting up my first PC and planning to overclock the AMD CPU. I've heard the Spire cooler from AMD works well, but I think a high-quality AOI water cooler would be better. My build includes:
- x470 plus
- 1060 6GB RAM
- 16GB RAM at 3000MHz
- 750W PSU (I like to go overkill and keep my PSU long-term)
I'm torn between the two options:
1. Fractal Design Celsius S24 240mm
2. Corsair Hydro Series H100i V2
Both 240mm should fit my case, but I want certainty.
Thanks for your advice!
I favor the appearance of the Scythe Fuma Rev.b compared to the D15/S.
https://www.tweaktown.com/reviews/8409/s...index.html
And no, the likelihood of a tower warping a motherboard is very low, confined mainly to humid environments, and actual damage occurs only if the PC is dropped or bounced hard, such as when moving in a dirt road trunk. The main issue with large towers is usually paste problems like AS5 drying out, causing vibrations that break the seal and turn the paste into useless powder needing reapplication.
Hi all,
I'm assembling my first PC and planning to overclock this AMD CPU. I've heard the Spire cooler from AMD works well, but I think I'll opt for a high-performance AOI water cooler since I've always wanted one and believe it's superior.
My build includes:
- x470 plus
- 1060 6gb RAM
- 16 gb RAM at 3000mhz
- 750w PSU (I like to go overkill and keep my PSU for a long time)
I'm torn between these two options (my case is the meshify C mid tower).
The first choice:
Fractal Design Celsius S24 240mm
or
the second one:
Corsair Hydro Series H100i V2
I'm confident both 240mm models will fit my case, but I need certainty.
Thanks for your advice!
I'll go with Corsair. The Fractal pump isn't the best, but the NZXT X52 is also worth considering (though I prefer Corsair).
Your situation is quite favorable with ample intake air capacity.
The overclocking ceiling on a 2600x model with a high-quality chip is approximately 4.2, especially with a suitable processor.
No cooling solution will significantly improve performance.
I recommend investing in a quality air cooler such as a Noctua NH-U14s or NH-D15.
It will provide effective cooling, operate more quietly, be simpler to install, offer better reliability, and won’t leak.
By the way:
My previous frustration with liquid cooling:
AIO coolers don't cool the VRMs or nearby parts of the CPU. For better temperature control, consider a more effective air cooler if you're worried about heat levels. I'm using a fairly cheap Gammax 400 with my 2600X, and it's still barely noticeable.
Your situation is quite favorable, offering a lot of intake air capacity.
The overclocking ceiling for a 2600x on a high-quality chip is approximately 4.2, and it performs very well.
No cooling solution will significantly improve the performance.
I recommend investing in a quality air cooler such as a Noctua NH-U14s or NH-D15.
It will provide similar cooling, be quieter, simpler to install, more dependable, and won’t leak.
By the way:
My previous frustration with liquid cooling:
Ensuring effective cooling starts with a strong intake airflow into the case. Your design accommodates three front 120mm intakes using one fan, which is adequate for a high-performance CPU and graphics card. Adding a second intake would be beneficial but isn't necessary. A single 120mm fan is sufficient for rear exhaust; keep that as is. Directing the cooling air across the CPU/motherboard and out of the case helps dissipate heat efficiently. Filtering the front intake also keeps your components clean. The case supports a 172mm high air cooler, and you can find more details in the Noctua TDP guide. These coolers are suitable for maximum overclocking. Be aware that AM4 motherboard mounts differ, so consider using the NM-AM4 adapter included in newer models or the NH-D15-SE-AM4 cooler.
BeQuiet Darkrock Pro 4, Noctua NH-D15S, cryorig R1, Scythe Fuma B, Scythe Mugen 5 B, Cryorig H5 are all suitable options. Any decent air tower will work fine. I favor AIOs because of their appearance and ease of cleaning compared to bulky aluminium units. While geofelts have valid concerns, the temperature variations typically stay around 2-3°C, which isn’t a major concern here. The main issue lies with high vcore demand OC, where heat buildup in the voltage regulation circuitry is significant. Aircoolers release bleed air through fin sides, creating enough airflow to replace stagnant air near the socket. This can be problematic for AIOs if intake and exhaust airflow aren’t sufficient.
It depends on how your MB handles AMD Precision boosting.
I own a 2600x on the Deepcool GAMMAX400 and an ASROCK X470 Master/SLI inside a Corsair 500R case with most fan slots filled.
At stock, the ASROCK X470 would generate more than 1.4V into the 2600x, quickly surpassing the Gammax in about 20 minutes (temperatures hit around 80°C before failure).
Only when I set a fixed voltage of [email protected] does the temperature stay mostly under 63°C (about ambient plus 30°C).
If you really want 4.2-4.3Ghz across all cores, an AIO is the better choice.