<\/span>Slightly lower performance, good thermals, and low noise<\/span><\/h3>\nThe other solution is a single fan GPU, which is known as a true low-profile model.<\/p>\n
These single-fan GPUs are very compact, which means that there is less surface area for heat dissipation, and in addition, they only have a single fan, making cooling even more difficult.<\/p>\n
They\u2019re also almost always clocked lower than their full-size counterparts.<\/p>\n
And with single-fan GPUs, one of two things can happen:<\/p>\n
\n- You can have a high RPM (Revolutions-per-minute) fan that does a better job at cooling but makes a lot of noise.<\/li>\n
- You could have a fan that spins at normal speeds and noise levels, but that also struggles with temperatures.<\/li>\n<\/ol>\n
In the first scenario, the higher RPM, and the lower clock speeds compensate for the lack of surface area, and you still get decent performance.<\/p>\n
In the second scenario, the fan is quiet, but since it can\u2019t do too much in terms of cooling, you get higher temperatures, and the clock speeds are limited, and you\u2019ll see occasional performance throttling.<\/p>\n
Regardless of which kind of low-profile or compact GPU you decide on, you will have to compromise.<\/p>\n
This is to be expected, though, when building a compact system. But let\u2019s take a look at what those compromises mean in day-to-day use.<\/p>\n