Quick translation:
Case dropped, all items will be returned (computers). He has 30 days to pick his stuff up or they will 'destory' it (most probably some guy would take it home).
(This is written in Slovenian)
One logical explanation would be to lower resistance.
The lower you get on temperature, the lower resistance of various materials becomes. You can even reach superconductivity, where [C|G]PUs will go crazy in power.
With lower resistance, you could lower voltage and get the same functionality (since voltage drops are now smaller). This reduces heat produced, and frequency can be increased as signals are stronger.
Quick translation:
Case dropped, all items will be returned (computers). He has 30 days to pick his stuff up or they will 'destory' it (most probably some guy would take it home).
(This is written in Slovenian)
One logical explanation would be to lower resistance.
The lower you get on temperature, the lower resistance of various materials becomes. You can even reach superconductivity, where [C|G]PUs will go crazy in power.
With lower resistance, you could lower voltage and get the same functionality (since voltage drops are now smaller). This reduces heat produced, and frequency can be increased as signals are stronger.