Hi,
the heatsink looks like not to transports enough power from the chips. What are the stats? And what is the advantage against CPU cooler which is replaced by a simple all-aliminium heat sink?
Indeed I found good air flow cooling solutions here: http://www.kuehlkoerper.de/kammprofile-40-mm-190-mm/
My favorites are solutions with < 0,1 K/W at 10 cm length. This gives a max. of 25 K at 250 W :-)
Your heatsink looks like more a 0,5 - 1 K/W cooling solution, isn't it? So every newer cpu cooler could be better than yours?
Cheers...
Pierre
First plan was make it out of block of aluminium. But it didn't work out so this is a backup option... It is still batter then what we know it works so I guess it will be ok. Will see...the heatsink looks like not to transports enough power from the chips. What are the stats? And what is the advantage against CPU cooler which is replaced by a simple all-aliminium heat sink?
Indeed I found good air flow cooling solutions here: http://www.kuehlkoerper.de/kammprofile-40-mm-190-mm/
My favorites are solutions with < 0,1 K/W at 10 cm length. This gives a max. of 25 K at 250 W :-)
Your heatsink looks like more a 0,5 - 1 K/W cooling solution, isn't it? So every newer cpu cooler could be better than yours?
Cheers...
Pierre
CPU cooler is not big enough. And it is made for cooling one point not 16... So you need a coper plate...
We have backplate too... But it was not pack in this box... Some hiccups we have with suppliers... From what I understand it was packing error and they are on the way. It is a 5 year since my uncle died and we always get together on this date in Austria(where he lived) so I didn't have time to go for it myself. But I have 2 possible configuration ready for backplate. One with rubber where chips are and one with rubber in spaces between chips banks... Will see what will work best... And pads are planed so there is some room for hight error... 
