faster3200
06-12-2009, 07:18 PM
HERE (http://www.koolance.com/water-cooling/product_info.php?product_id=860)
The full metal Koolance RAM-33 joins the RAM-35 in being the most efficient liquid cooled memory products available. Koolance's (patent-pending) memory coolers physically run liquid along both sides of every DDR3, DDR2, DDR, FB-DIMM, or SD DIMM. This occurs all the way down to the bottom of every chip!
Competing products offer only partial coverage at best. Usually, liquid is simply run above two RAM heat sinks which extend in between banks, and most of these are not available in single slot solutions. Koolance memory products get liquid directly over every module.
The RAM-33 is fully expandable-- water cool 1, 2, or even 16+ consecutive DIMM slots using any manner of tubing configuration. G 1/4 threaded nozzles are provided directly above each block. Following the RAM-35, the RAM-33 includes many other innovations, from its staggered design which allows for contiguous slot cooling, to a convenient spring-hook style mounting method. Thermal interface material is included.
Very interesting. They seem like the best design of existing mem coolers to me. Discuss.
The full metal Koolance RAM-33 joins the RAM-35 in being the most efficient liquid cooled memory products available. Koolance's (patent-pending) memory coolers physically run liquid along both sides of every DDR3, DDR2, DDR, FB-DIMM, or SD DIMM. This occurs all the way down to the bottom of every chip!
Competing products offer only partial coverage at best. Usually, liquid is simply run above two RAM heat sinks which extend in between banks, and most of these are not available in single slot solutions. Koolance memory products get liquid directly over every module.
The RAM-33 is fully expandable-- water cool 1, 2, or even 16+ consecutive DIMM slots using any manner of tubing configuration. G 1/4 threaded nozzles are provided directly above each block. Following the RAM-35, the RAM-33 includes many other innovations, from its staggered design which allows for contiguous slot cooling, to a convenient spring-hook style mounting method. Thermal interface material is included.
Very interesting. They seem like the best design of existing mem coolers to me. Discuss.