Arctic Cooling MX-4 Thermal Paste Compound Unboxing & First Look Linus Tech Tips
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Description
ncix.com Eating thermal paste is a bad idea.
This video provides an unboxing and first look at Arctic Cooling MX-4 Thermal Paste, presented as part of Linus Tech Tips. The host highlights the importance of thermal paste for any cooling system, explaining that MX-4 is a non-metallic, non-conductive compound designed to improve heat transfer between CPUs, GPUs, and other power semiconductors and heat sinks. They discuss the MX series’ evolution from MX1 through MX4, noting MX1’s thickness and spread challenges and MX2’s improvements, leading to the current MX4 design. The packaging is showcased, including a syringe with a cap and viewing holes to gauge remaining paste, which the host describes as high-tech and user-friendly. The video emphasizes that MX-4 is non-curing and non-bleeding, enabling up to eight years of reliability without frequent reapplication, unlike older compounds that dry out or require replacement. Through comparisons to other products on the market, the host positions MX-4 as a top-performing, durable option for a wide range of components, and closes with a reminder to subscribe for more unboxings and reviews.
Topics · technology · hardware · unboxing · computer_components
Questions answered
- What makes Arctic MX-4 a top performing thermal paste according to the video?
- MX-4 is non-metallic, non-conductive, non-bleeding, and non-curing, with claims of high durability and up to eight years of reliable performance without needing replacement.
- What packaging feature helps you see how much MX-4 is left?
- The syringe has a cap and viewing holes that let you see how much paste remains inside.
- For which components is MX-4 recommended in the video?
- MX-4 is recommended for CPU, GPU, and other power semiconductor components that produce heat and use a heat sink.
- How did MX-4 evolve in the MX series according to the video?
- MX-1 was very thick and hard to spread, MX-2 improved spreadability, MX-3 was not directly compared but MX-4 represents the latest iteration with perceived higher performance and easier application.