Heat is a major issue, this new process, dissipates it from chips quickly.
A very important breakthrough, that is game changer.
pichael289 on
Surprising it took so long to figure something like this out, the more surface area the better
RegularBasicStranger on
The thinner the wires, the faster the heat transfer since the heat does not get spread out until the heat gradient is too flat to enable transfer.
But thin wires also cannot hold as much heat than thick wires, like those in Edison lightbulb’s filaments cannot take in too much wattage before melting as opposed to thick wires that can.
So the wires needs to be perfect for the amount of heat it will need to transfer, with thinner ones to be used on slower heat production and thicker ones to be used on faster heat production so there is no one size fits all.
3 Comments
Heat is a major issue, this new process, dissipates it from chips quickly.
A very important breakthrough, that is game changer.
Surprising it took so long to figure something like this out, the more surface area the better
The thinner the wires, the faster the heat transfer since the heat does not get spread out until the heat gradient is too flat to enable transfer.
But thin wires also cannot hold as much heat than thick wires, like those in Edison lightbulb’s filaments cannot take in too much wattage before melting as opposed to thick wires that can.
So the wires needs to be perfect for the amount of heat it will need to transfer, with thinner ones to be used on slower heat production and thicker ones to be used on faster heat production so there is no one size fits all.