The summary of the text is:
- The speaker is reviewing a liquid metal thermal paste that can be used to cool the CPU of a PC.
- He compares it with other conventional thermal pastes and shows how to apply it on an AMD processor with a copper heatsink.
- He tests the temperature performance of the liquid metal paste using a stress test and reports a significant reduction of 6 degrees Celsius compared to a normal paste.
- He warns about the risks of using the liquid metal paste with aluminum heatsinks and invites the viewers to comment and subscribe.
Hi, this is Copilot. I'm here to help you extract the key facts out of this text. Don't include opinions. Give each fact a number and keep them short sentences. Here are some facts I found:
1. The text is a transcript of a video about thermal paste for PC cooling.
2. The video compares different types of thermal paste, including a liquid metal one called Thermal Grizzly Conductonaut.
3. The liquid metal paste has a thermal conductivity of 73 watts per meter kelvin, which is much higher than conventional pastes.
4. The liquid metal paste can only be used with heatsinks that have a copper base, not aluminum, because it can damage aluminum.
5. The video tests the liquid metal paste on an AMD Ryzen 7 2700 processor with a cooler box, and achieves a temperature reduction of 6 degrees Celsius compared to a Cooler Master Master Gel Maker paste.