AMD 2400M @ 2.4ghz--->WATER again

T

TheRapture

Supreme [H]ardness
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May 31, 2000
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OK, I have been out of H2O cooling for a bit. I am fixing to order some parts to cool my Mobile chip, running at 2.4ghz currently on a Thermaltake Silent Boost.

The radiator I have already set, a custom copper unit I had made by a local shop. The only question is really about the pump, I was wanting the Hydor L25 (185gph) from Dangerden due to size... http://www.dangerden.com/mall/Pumps/Pump_hydor.asp

Will this be sufficient? This is going into a mid tower case so pumping distance is rather short and is only cooling the cpu.
 
it really depends on the block, some blocks have huge boosts at high GPM, some dont.
 
here's my good'ol 1.5 year old setup.

the current cpu being used is m2400+ which isn't good.. it's not a golden chip, just 45mhz better than my tbred xp1700.


aoa_dtek_waterchill_basket.jpg
 
kronchev said:
it really depends on the block, some blocks have huge boosts at high GPM, some dont.
Click to expand...


Hmmmm...well I was thinking along the lines of a Maze series from dangerden, I even have an old maze-1 here still if I only had a good holddown...

Any ideas on a good block for this pump?
 
TheRapture said:
Hmmmm...well I was thinking along the lines of a Maze series from dangerden, I even have an old maze-1 here still if I only had a good holddown...

Any ideas on a good block for this pump?
Click to expand...

i have that pump and I use a spir@l, with your chip at 2.3 ghz 1.75 volts im 12C over ambient at full load. spri@l isnt the best block at all, but it handles low flow rates nicely.

get the higher hydor and a white water, that is probabily the best for a hydor pump. someone prove me wrong however, im going to go find the flow charts


/edit: read this on pumps:

http://www.procooling.com/articles/html/pump_comparison__-_phaestus__1.php

I cant find the one on the blocks, let me look harder
 
heres the waterblock chart

http://procooling.com/~phaestus/temp/wbcomparo3.jpg


the lower the delta T the better. keep in mind that some jumps which look big are a tenth of a degree and practically dont exist, so they arent worth the extra investment, or would be negated by the extra heat put into the water from a bigger pump.
 
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