220-801 · Question #677
A user needs a new gaming computer which can be both fast and quiet. Which of the following should MOST likely be installed to meet the user's requirements?
The correct answer is A. Liquid-based cooling system. A liquid-based cooling system provides high thermal performance with significantly lower noise compared to traditional air cooling fans, meeting both the fast and quiet requirements for a gaming PC.
Question
A user needs a new gaming computer which can be both fast and quiet. Which of the following should MOST likely be installed to meet the user's requirements?
Options
- ALiquid-based cooling system
- BPassive cooling system
- CThermal paste
- DLow RPM fans
How the community answered
(18 responses)- A89% (16)
- C6% (1)
- D6% (1)
Why each option
A liquid-based cooling system provides high thermal performance with significantly lower noise compared to traditional air cooling fans, meeting both the fast and quiet requirements for a gaming PC.
Liquid cooling systems use coolant circulated through a water block on the CPU/GPU and dissipated through a radiator, which can handle high heat loads generated by gaming hardware. The pump and larger, slower-spinning radiator fans produce far less noise than the high-RPM fans required by comparable air coolers. This combination delivers the thermal capacity needed for performance gaming while keeping acoustic levels low.
Passive cooling uses no fans at all and relies solely on heatsink convection, which cannot dissipate the heat generated by a high-performance gaming CPU or GPU.
Thermal paste improves thermal conductivity between a CPU and its cooler but is a material, not a cooling solution, and does not address noise.
Low RPM fans reduce noise but move less air, making them insufficient to cool a high-performance gaming system under load.
Concept tested: Cooling solutions for high-performance quiet systems
Source: https://www.pcmag.com/how-to/liquid-cooling-vs-air-cooling-which-is-best-for-your-pc
Topics
Community Discussion
No community discussion yet for this question.