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Intel Alder Lake for pure copper thermal top cover: Reduces the temperature by 15 degrees

Intel Alder Lake for pure copper thermal top cover: Reduces the temperature by 15 degrees

RockItCool mentioned the benefits of replacing this pure copper thermal top cover, while introducing its main features, including:

CNC precision machining is adopted.

After changing the pure copper heat dissipation top cover, the CPU installation and use are consistent with the original.

The surface area is 9.5% higher than the original heat dissipation top cover.

The surface is smoother and maximizes the contact between the CPU and the heat sink.

Available only on the 12th Generation Core Series, it has been tested on both the Core i9-12900 and Core i5-12600/12400 Series CPUs.

The pure copper thermal top cover maintains 100% compatibility with the EK & Bitspower Monoblock.

Mark out areas of liquid metal.

Intel Alder Lake for pure copper thermal top cover: Reduces the temperature by 15 degrees

Through the comparative test chart provided, it can be seen that when the Alder Lake chip with a frequency of 5.1 GHz uses the original thermal ceiling cover, the temperature will rise rapidly until it reaches about 85 degrees. After the pure copper heat dissipation top cover is replaced, the maximum temperature can be stabilized near 70 degrees, which is reduced by 15 degrees.

RockItCool's pure copper thermal top cover kit costs $32.99 and the dedicated lid kit costs $59.99.

Intel Alder Lake for pure copper thermal top cover: Reduces the temperature by 15 degrees

Previous tests have proved that the pressure of the latch of the LGA 1700 socket is significantly greater than that of the LGA 1200 socket, and the more serious problem is that it will bend the processor and affect the heat dissipation effect. It's not known if RockItCool's pure copper thermal top cover will improve the situation, but it does provide another solution for users.

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