DeepCool - DeepCool Core Touch Technology 2.0

DeepCool CORE TOUCH TECHNOLOGY 2.0

CTT 2.0 Core Touch Technology arranges the heat pipes in close contact with the CPU heat source, while increasing the contact area between adjacent heat pipes by approximately 26%. This results in faster heat transfer and cooling speeds, with a 12% improvement in thermal efficiency conversion compared to CTT 1.0.

DeepCool CORE TOUCH TECHNOLOGY 2.0

LARGER HEAT PIPE CONTACT AREA

POWERFUL THERMAL EFFICIENCY CONVERSION RATE

WHY CTT 2.0?

With the continuous advancements in PC industry technology, the area of the CPU heat source has become smaller, and the heat is more concentrated in specific areas during CPU operation. This results in high-temperature and low-temperature zones on the CPU surface. Therefore, the more heat pipes in contact with the high-temperature areas of the CPU, and the closer their positioning, the stronger the cooling capacity of the heatsink.

CTT 1.0 vs CTT 2.0

CTT 1.0

1. The bottom copper heat pipe is a round tube

2. The area occupied by a single heat pipe is relatively large

3. A single heat pipe bears a larger load, resulting in limited cooling effectiveness

CTT 1.0

1. The bottom copper heat pipe is a round tube

2. The area occupied by a single heat pipe is relatively large

3. A single heat pipe bears a larger load, resulting in limited cooling effectiveness

CTT 2.0

1. The bottom copper heat pipe is a square tube

2. Reduce the area occupied by a single heat pipe and increase the number of heat pipes per unit area

3. Reduce the load on each individual heat pipe and improve the cooling effect

4. Increase the contact area between adjacent heat pipes facilitates heat conduction, further enhancing the cooling performance

CTT 2.0

1. The bottom copper heat pipe is a square tube

2. Reduce the area occupied by a single heat pipe and increase the number of heat pipes per unit area

3. Reduce the load on each individual heat pipe and improve the cooling effect

4. Increase the contact area between adjacent heat pipes facilitates heat conduction, further enhancing the cooling performance

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