Which is better, multi-dimensional compound liquid cooling or five-fold liquid cooling?

Multi-dimensional composite liquid cooling has good heat dissipation. 1, the multi-dimensional composite liquid-cooled radiator has good heat dissipation effect, while the five-layer liquid-cooled radiator is relatively poor. 2. The bulk price of multidimensional composite liquid-cooled radiator is in 79 yuan, and the price is cheap. 50% off the price of liquid-cooled radiator 120 yuan, which is more expensive. VC liquid cooling has good heat dissipation. 1, VC has good heat dissipation by liquid cooling. 1, VC liquid cooling technology, with VC liquid cooling heat dissipation is good. 1, VC liquid cooling heat dissipation technology adopts VC(VaporChamber) vacuum chamber technology, which is similar to heat pipe in principle, but different in conduction mode. 2. The heat pipe conducts heat linearly in one dimension, while the heat in the evaporation chamber of the vacuum chamber conducts heat in two dimensions, with higher efficiency. Vacuum chamber steam chamber technology is similar to heat pipe in principle, but the conduction mode is different. 2. The heat pipe conducts heat linearly in one dimension, while the heat in the evaporation chamber of the vacuum chamber conducts heat in two dimensions, with higher efficiency. Liquid cooling heat dissipation technology adopts VC(VaporChamber) vacuum chamber technology, which is similar to heat pipe in principle, but the conduction mode is different. 2. The heat pipe conducts heat linearly in one dimension, while the heat in the vapor chamber of the vacuum chamber conducts heat in two dimensions, so the efficiency is higher and the heat dissipation by liquid cooling is better. 1, VC liquid cooling heat dissipation technology adopts VC(VaporChamber) vacuum chamber technology, which is similar to heat pipe in principle, but different in conduction mode. 2. The heat pipe conducts heat linearly in one dimension, while the heat in the vapor chamber of the vacuum chamber conducts heat in two dimensions, so the efficiency is higher.