I'll give my point of view
the statement on the heat output that can be transferred is more of a marketting point than practical
I mean, it may be able to do it with the properly engineered waterblock, and radiator setup, but to cool that amount of heat (effectively) that particular flow rate is not going to do
it certainly doesn't mean laptop cpu's are going to radiate that amount of heat any time soon though- we still have the problem of inefficient battery technology
the statement made at the end of the article sums it up though- unless the industry 'needs' to, its not going to put water into any of its laptops for purposes other than enthusiastic etc, ones
if the time does come that laptops require watercooling, flourinet or a similar dielectric fluid will be used, probably in very small amounts per unit
|