GeForce RTX 3060 was cooled to 23 degrees with an ice machine
The GeForce RTX 3060 graphics card was cooled to 23 degrees using a residential ice machine. Review the details of the experiment and the risks involved.
In an unusual experiment conducted by YouTube channel TrashBench, a GeForce RTX 3060 graphics card was cooled using a residential ice machine.
Aiming to push the limits of technological equipment, the content producer went beyond classical air cooling solutions and achieved remarkable results with the ice machine it integrated into the liquid cooling cycle.
The graphics card, which had heating problems under standard operating conditions, was reduced to 23 degrees thanks to this unusual method. However, the technical difficulties brought about by this performance increase also raised important questions in terms of hardware security.
- The RTX 3060 graphics card was cooled to 23 degrees thanks to the customized ice machine system.
- The temperature values, which were around 60 degrees in the air cooling system, dropped significantly with modified liquid cooling.
- It was determined that a high amount of condensate was formed during long-term use of the system.
- The expert who performed the experiment stated that this method carries a high risk for electronic components.
Standard Cooling Procedures Were Insufficient
In the initial phase of the experiment, the GeForce RTX 3060 was tested with its brand new air cooling block. In measurements made under load, it was observed that the graphics processor temperature reached 60 degrees and the hottest point value reached 75 degrees. Following these results, a switch was made to a passive liquid cooling mechanism.
The first step of the mechanism installed with add-on modules managed to reduce the temperature costs to 44 degrees and the hotspot cost to 55 degrees.
Ice machine integration dramatically reduced the operating temperature of the graphics card.
Ice Machine Modified to Improve Performance
Wanting to make the system more efficient, TrashBench reconfigured the ice machine’s compressor to always work. Additionally, the evaporator unit has been optimized to come into direct contact with the water tank in order to transfer the cooling capacity of the device directly to the water reservoir.
Following these technical improvements, the system managed to keep the GPU temperature at 23 degrees and the hotspot cost at 34 degrees even in resource-intensive games such as Cyberpunk 2077.
Condensation Problem Created Significant Risks
Although the cooling performance achieved was quite impressive, the biggest drawback encountered during the experiment was the condensation problem.
Due to the temperature difference on the cooling block, water droplets began to accumulate around the card approximately 10 minutes after the system started operating.
This situation caused the test to be stopped as it increased the risk of short circuiting the electronic circuits.
Even though the temperature drop was achieved, moisture accumulation became a factor that threatened the life of the hardware.
The Experiment Determined It Was Not Suitable For Daily Use
The data obtained proved that an ice machine-based cooling assay was technically possible but quite dangerous for daily use.
It is inevitable that such a system will permanently damage the graphics card, especially if moisture management is not ensured.
Choosing home-made methods instead of professional cooling solutions carries the risk of hardware loss rather than performance benefits.
Do you think running graphics cards at such low temperatures is worth taking risks as much as it contributes to gaming performance? Share your own cooling modification experiences or your intentions about this system in the comments.
