http://www.amd.com/us-en/assets/cont...docs/23794.pdf
got the dimensions from page 13 of the AMD design guide.

But if your lazy u can just use my design.... ;)
http://img.photobucket.com/albums/v2...ocketAclip.jpg

Water block number 3... :D
http://img.photobucket.com/albums/v2...Picture017.jpg
http://img.photobucket.com/albums/v2...Picture012.jpg
http://img.photobucket.com/albums/v2...Picture008.jpg

show
 

all done by myself

Nothing revolutionary, but it does the job fairly well - opening up alot more leeway for overclocking than my old Sk7.

Here is some pics on my first waterblocks :D

http://sn.blogdns.com/upload/store/blockki.jpg

http://sn.blogdns.com/upload/store/blockk.jpg

I used to use 1/16" edges... but the last block uses 1/32" edges on the top part but also seals on the side all the way around 1/16" deep. I just like making sure there is a continuous seal around the waterway perpendicular to the direction the clamping force is applied, although, it is probably not too necessary at low water pressures.

FET water block for my PC-DL ....

http://mca.ckras.com/fet_wakue_04.jpg

Nice! :)

Heres my MOSFET and Southbridge blocks

Here are pics of my new blocks. Made with CNC by a machinst for £83.

http://server5.uploadit.org/files/kb...bn_blocks2.jpg

Only got two, one for me and one to sell - one-offs are expensive!

http://forums.hexus.net/showthread.php?t=28402

Lga 775
 

with intel 478 waterblock

I originally only had it like that because it was much easier to machine that way. :)

But it occured to me afterwards that it wouldn't be hard to change the design, I've been trying to make a cascade type centre piece and then drill a grid array of small holes partially into the centre of the base plate. It's proving trickier than anticipated though.

I suppose it does mean your losing some performance there, but with some designs, (eg. the cascade mentioned above) I wouldn't of thought it would have that much of a detrimental effect.

6800
 

looks urgly

My northbridge block... The base will be flatten with a 600 paper...

1. CPU block
2. NB and GPU blocks

Copper base, brass body, acrylic top.

the update

http://img111.exs.cx/img111/9139/DSC06497.jpg

I guess I will post my most recent completion. PJX.

http://www.customcooledpc.com/PJX/003.JPG
http://www.customcooledpc.com/PJX/004.JPG
http://www.customcooledpc.com/PJX/005.JPG
http://www.customcooledpc.com/PJX/008.JPG

My soldering still needs work but it doesn't leak. :D

Performance? I will let pH handle that. It will get sent to him sooner or later. Not expecting great numbers though.

new watercooling block

You wasted $0.004 worth of excess solder there. Mass production finds the minimum, but you can afford heavy joints. BTW Liquid Paper correction fluid is a good flux/solder resist.

Will give that Liquid paper stuff a shot. Got some around here somewhere.

watercoolerking: Look at the internals of the Swiftech6000 block for a way to improve that last block of your (need to route the water through the pins farthest from the outlet). Looks good though.

Here's my last set (actually two sets for two rigs):

Many thx to all and very very special thx to BE for lexan. It took a while to start workin on those blocks, but finally, here they are.

THX BE :) !

More about the whole process here:
http://forums.procooling.com/vbb/showthread.php?t=10708

I want to offer to test submitted waterblocks
By the program COSMOS FLOWORK. Can send to me:
anttech@mail.ru
The drawings should be exact, with the instruction(indication) of the sizes.
Better in a format GIF, PAINT, compressed no more 100êá.
The results (C/W) can be spread on a forum.
Parameters of virtual testing: capacity of a heater-120w,
The charge of water 100 l/hours, heater AMD 9,5*12*1 mm.
Input(entrance) an output(exit) of water of 8 mm.
I ask to excuse me for bad English (electronic translation).
http://forums.overclockers.ru/viewto...r=asc&start=20
Irkutsk, Russia.

Pinjets
 

performing prity well

Did you try to use temperature differance or did you just use solding to fix the pins?
Have a similar design for my GPU-block but havent got there yet. (still on my CPU-block and have way to much work at the moment!)

How To
 

The pins are riveted through the base. And beliеve me - they performes .

my block:

http://img.photobucket.com/albums/v1...o/PICT0866.jpg
http://img.photobucket.com/albums/v1...o/PICT0819.jpg
http://img.photobucket.com/albums/v1...o/PICT0810.jpg
http://img.photobucket.com/albums/v1...o/PICT0800.jpg


bye :)