I hope they mean 95°F, that would be 35°C, which is a great result.
But how about more stressful situations, like running benchmarks for 1-2 hours? The future will show.

Thanks for keeping us up to date Moonlight

 

The stupid thing for most passive solutions today is that they all build in mini itx or other miniature shit, only because apple ? makes anything small (and hot)?
How about a very BIG thing with a lot of air flow and surface ?!

I wonder if there is a supplier who offers parts like heatpipes ( as i recall they are out there) and the block you fit on teh cpu, to build a custom cooler , <need research>

 

One more thing to consider: some people think it's best to put the heatsink into a normal PC case or no case at all. Both options are not optimal since there is no airflow created around the heatsink.
The CPU can be about 2°C cooler if the heatsink is mounted in a case where one wall + the backside + the ceiling are perforated with many openings. Like these ones for example:





Hot air will escape through the top, creating a lower air pressure inside the case, thus cold air will flow in from the sides.
I tried to find the source (there was a youtube video where someone did measurements) but i cannot find it now.

As posted before in this thread, I have a configuration like this for 10 years now, and I am more than happy with it

 

I wonder how much effect will have a housing which has an opening at the bottom and top NOT the sides.
That way it should a natural airflow since hot air goes up and suck in cold air at the bottom.

How much effect has the chimney effect on cooling. Will it create a better airflow than a computer without any case. Ohh boy I would love to do a test sequence on such kind of stuff

 

I wonder why people always build tiny things, the airflow shoudl be much better with a BIG housing