Temperature forecasts? For RTX3060 and RTX3060ti inside a 2U case.
Temperature forecasts? For RTX3060 and RTX3060ti inside a 2U case.
I assembled a NAS in a 2U case. Initially, I intended to use it solely for web, NAS, and audio-video recording, but recently I've thought about selling my gaming rig and replacing it with a more powerful GPU in the NAS.
My gaming rig's RTX3060ti could work with some modifications, though I prefer not to overhaul it completely, as that would likely require removing at least one intake fan. An EVGA RTX3060ti XC seems suitable.
However, I'm worried about thermal performance.
The current 3600X / GTX1650S setup, with an ID-Cooling IS-55, reaches 68°C / 75°C during peak use, idling at 40°C and 47°C, with four 80mm fans already slightly noticeable when temperatures rise.
I'm considering adding some pushers to boost exhaust airflow, but space is limited, so options are scarce.
Could anyone share expectations on thermal increases from swapping the GTX1650 to an RTX3060ti? Would the machine simply overheat and become unsafe?
This is for reference.
I should have made it clearer that I indeed own an ID-Cooling IS-55. I'm curious if this cooler, along with four 80mms, can support an RTX3060ti in this setup. Also, the unit isn't rack-mounted—it was designed as an HTPC, and my 75" Hisense is placed on top of it. Or were you referring to a blower cooler for the GPU? The EVGA RTX3060ti XC does have fans...
Blower cooler for the video card similar to this:
https://www.leadtek.com/eng/products/gra...03)/detail
Irrespective of the issue, the exhaust remains weak since rackmount cases are built for high-speed airflow through fans. If you're boosting performance further, you'll likely need to raise the fan speed, which could negatively affect the setup.
They both feature coolers with fans, but there are differences in design and performance. Some styles may generate more pressure than others.
The blower cooler expels air from the rear of the case instead of forcing it inside, unlike typical coolers. This approach sacrifices some cooling efficiency and flow quality, but it can be beneficial in specific situations with limited airflow or a compact design where the compromise remains advantageous.
It depends on whether the rear has vent holes and if the sides are sealed. And if the answer is yes, it might be possible to fit a non-factory-built card.
Yes and no, the whole cooler design is done in a way which makes this work it's not just that they close it off. There's a different fan type and the fins are optimized for flow through the back.
Not in any way that would be simple and at that point you'd be better off getting a case that's actually designed for what you're trying to do.
It seems like if you take this route, it would be wiser to keep your gaming rig or get an A4000. I haven't found any Leadtek options, and it might just be too far away. A4000s are tough to locate and cost more, even used. There could be some performance compromises as well. It looks like none of them offer HDMI out either.
While playing games you'll experience a significant rise in heat from the graphics card. It's hard to predict exactly how much it will increase, as it won't always be a straightforward rise, but it won't be good either. The number of blower coolers on video cards is limited because the most powerful ones aren't commonly produced globally. I believe MSI offers a 30/40 series model with a blower that's widely available, while most other manufacturers didn't include one. Some OEMs did offer them, similar to Acer's 3060 Ti which used a blower cooler. It's often the case that the case you choose is meant for environments where noise isn't a concern, allowing those fans to run at full capacity for maximum cooling. I wouldn't suggest purchasing an A4000 unless you're willing to invest in a better case for your specific needs, but DP to HDMI adapters are affordable and effective.