Can I use a water cooling solution for a HAF 912 case?
Can I use a water cooling solution for a HAF 912 case?
Cryorig H7 is a decent budget air cooler that fits easily. If you need something larger, a new case would be better. The current size is about 150mm, which feels a bit cramped, or similar dimensions. I suggest using a fan instead of an AIO water cooler. It doesn’t offer much performance value.
Cryorig H7 is a decent budget air cooler that fits easily. If you need something larger, a new case would be better. The current size is about 150mm, which feels a bit cramped, or maybe a bit too small. I suggest using a good fan instead of an AIO water cooler. It doesn’t offer much performance for the price.
I believe Justiceinacan refers to price per performance. For gaming at 1080/1440, an I5/I7 CPU just over 4ghz should usually work well. At 4k sometimes there are problems, but these are often due to poor coding. There are many affordable, quiet fan options that can help you reach the 4-4.3 range.
Achieving stable 5ghz will require a higher investment and may not be aided by a better case. Additional upgrades like faster memory will also add cost. You should invest time in researching your BIOS settings and explore many online forums for advice.
For high FPS or high resolution gaming, you'll need to prioritize your GPU and PSU. Setting a CPU record will require significant expense.
The RAM I received is Corsair Vengeance LPX 8GB (2x4GB) DDR4 DRAM at 3000MHz. I play games at 1080p using an R9 280 graphics card, and I’m upgrading from my previous build. I need a solid CPU cooler that fits my case and provides enough room for overclocking.
There are numerous excellent air cooling options that can help reach over 4+ghz with manageable temperatures. A Cryorig setup would likely perform similarly to a hyper Evo configuration. The selection is extensive, with prices ranging from $20 to $100. I didn’t check the MSI MMO specifications, but if it supports overclocking, it could easily hit around 4.2ghz. For even higher speeds, you’d need to invest in liquid cooling—though I’m not very familiar with them. Personally, I don’t believe they’re worth the investment just yet, considering the extra 0.5 to 1ghz gain over air might not justify it. If you’re doing this yourself, you’ll need to familiarize yourself with voltage settings.
Recommended reviews for coolers are available from Tom’s, HardOCP, and Guru3d—they provide thorough details. However, pushing beyond 4-4.4ghz usually only leads to short-term gains in bragging power rather than lasting performance. You’ll likely encounter discussions about overclocking within those systems too.
When choosing a cooler, it’s also wise to evaluate the noise levels. I use HAF cases, HAF X, and 932 models, which keep ambient noise moderate—around 65dB max. My I7 processors (I7 4930k-4.10ghz, I7 2600k-4.2ghz) rarely exceed that threshold. The Futuremark physics test is the only reliable indicator of success.
Honestly, upgrading your GPU would be more beneficial. The competition for the best 1080p cards remains intense, so going beyond 1050 should give you better results for longer. I’m not certain about the PSU’s role in overclocking, but it probably won’t be a major factor.
I've seen numerous reports about achieving 4.5 on air alone. On a much hotter and less refined AMD setup, I've managed to do it too. I believe you're undervaluing air coolers, ledhead. Geofelt provides a clear breakdown of them. In short; water cooler exhausts come straight out of the case. The CPU fan heatsink will push heat away from the CPU, and a solid tower-style one will exit through the back of the case. These are just various ways to manage heat. CPU fans aren't too noisy with good models, and the main downsides are size.
Justiceinacan :
I've come across numerous reports about achieving a 4.5 rating on air cooling. On a much hotter and less advanced AMD board, I've managed to get similar results. I believe you're undervaluing the impact of air coolers, ledhead. Geofelt provides a clear breakdown of their benefits. In short; water cooler exhausts are routed directly from the case. The CPU fan heatsink will push heat away from the CPU, while a robust tower-style one will expel it from the back of the case. These are simply alternative approaches to managing thermal output. CPU fans tend to operate quietly if they're of good quality, with the main downsides being size.
The Corsair GS600 wouldn't be my top choice for a PSU. It features channel-widened technology 80+ bronze...
Gaming performance is largely driven by the GPU, but it's wise to opt for an i5 for future-proofing against CPU-heavy titles and similar challenges. It's a decent option, but you should plan to upgrade your GPU later on.
That motherboard is an 8-phase board, which is quite solid. I'd anticipate achieving around 4.4 GHz.
Thanks for the insights on air cooling. I haven't needed to implement it yet. In fact, I think water-cooled CPUs are somewhat overrated at the moment given the cost and complexity. Water-cooled GPUs seem more essential, except considering the limitations NV imposes on Pascal boards, which still offer limited benefits. It would be exciting to see a 1080 series model delivering stable 3GHz performance.
I've only started learning about phase configurations for both PSUs and motherboards in the past year or so. Things can get quite complex quickly. Personally, I've only managed to push my systems up to 4.3-4.4 GHz, but since it didn't significantly improve performance, I've kept them in the 4.1-4.2 range for reliability. My understanding of voltages and timings is limited, so I aim to maintain voltages under 1.35V and keep temperatures below 65-70°C.
I fully agree with your thoughts on CPU fans being relatively quiet. I only mentioned this after reading some forums where people are quite critical about them. I often reassure others that my cases aren't particularly aesthetically pleasing, yet they function flawlessly around the clock, even when placed next to a monitor.
My 2600k would require significant effort to calculate its runtime and usage history, but it's likely been running in the thousands of hours. The 4930k has mostly been used for 1440p/4K content, with only about 5-900 hours logged so far. Except for futuremark or video editing tasks, I rarely see it in use beyond 40%.
The sole concern regarding air cooling is that in a small space—like a child's room or dorm—it can become quite warm without proper ventilation or windows. I don't notice this with my setup in the living room, but the bedroom tends to heat up after about 3-4 hours of operation.