To start off, my last OC'd system stemmed from a Celeron 300A -> 450MHZ with an ASUS BE-6, then to a pair of Celeron 400's OC'd to 500MHZ on an ASUS P2B-DS. Since then, I haven't messed around with anything for lack of interest.
I'm currently in-process of assembling a C2duo E8500 system (I've had the extra CPU sitting on the shelf since 12-26-2008).
Current detail:
e8500 (pretty sure it's a SLAPK)
XFX 790-IUL9
2x 2x2GB Corsair PC1600C7 dual
Diamond 5770 (though I'll likely replace these with a pair of GTX460, if the e8500 would be powerful enough)
160GB 10k Raptor HD
650w PSU
DIY case made with .050" AL6061 sheet
I can machine all my own mounts / waterblocks / contacts, and likely use AL6061 1/4" tube for all the water-lines oppose to flexible hoses. I'd need to cover both GPU's and GPU RAM, the CPU and possibly CPU capacitors(?), HD, N/B and of course my RAM. I could see materials running about $125 and a small radiator about another $30, with a pair of fans putting at around $200. Machining and assembly time, probably 12-15 hours... Rough cost, $600-800.
SOo my question is -
Would I be crazy to attempt to build my own water-based coolant system? Or should I just stay with a generally-fair air-cooled COTS solution?
I don't even really need to O/C the system, but.... why not?
I'm currently in-process of assembling a C2duo E8500 system (I've had the extra CPU sitting on the shelf since 12-26-2008).
Current detail:
e8500 (pretty sure it's a SLAPK)
XFX 790-IUL9
2x 2x2GB Corsair PC1600C7 dual
Diamond 5770 (though I'll likely replace these with a pair of GTX460, if the e8500 would be powerful enough)
160GB 10k Raptor HD
650w PSU
DIY case made with .050" AL6061 sheet
I can machine all my own mounts / waterblocks / contacts, and likely use AL6061 1/4" tube for all the water-lines oppose to flexible hoses. I'd need to cover both GPU's and GPU RAM, the CPU and possibly CPU capacitors(?), HD, N/B and of course my RAM. I could see materials running about $125 and a small radiator about another $30, with a pair of fans putting at around $200. Machining and assembly time, probably 12-15 hours... Rough cost, $600-800.
SOo my question is -
Would I be crazy to attempt to build my own water-based coolant system? Or should I just stay with a generally-fair air-cooled COTS solution?
I don't even really need to O/C the system, but.... why not?