Scientists from Nanyang Technological University (NTU) in Singapore have developed a new laser cooling method that could replace extreme refrigerant-based cooling systems in medical devices and satellite cameras and help develop futuristic computer chips capable of cooling themselves. If we are able to harness the power of laser cooling, it would mean that medical devices that … [Read more...]
Wind Tunnel-Cooled Computer May Help Cure Cancer
Blogger Mike Schropp of “Total Geekdom” recently revealed the construction of his new wind tunnel-cooled computer. Designed for grid computing, Schropp’s new computer is part of the IBM’s World Community Grid, which combines a worldwide network of computers into a supercomputer that is working to identify cures for cancer and AIDS and find solutions to other areas of medical … [Read more...]
High Power, High Efficiency Cooling Fans and Impellers
NMB Technologies Corporation released a new line of high power, high efficiency cooling fans and impellers for applications such as storage and server rack systems, routers and switches, base stations, modular data systems, and in the medical and industrial field. The new R and F Series of high power cooling fans achieve better airflow performance and efficiency due to a new … [Read more...]
New Revolution of SOB Fans with High Fluid Static Pressure and Air Flow
Cooltron offers a variety of specialty fans for some specific applications in varied markets. Its patented Stator Outlet Blade technology helps reduce turbulence caused by fan blades, thereby streamlining the fluid flow and direction. This results in a higher airflow and motor efficiency at a noise increase of only five percent. The sophisticated computer-designed geometry … [Read more...]
Thin Cavity Fluidic Heat Exchanger
Third Millennium Engineering has released a Thin Cavity Fluidic Heat Exchanger, a small volume, high performance method for cooling critical electronic devices at the chip, board, module, and system levels. Its high thermal performance originates from a very high velocity air flow, a very thin boundary layer, and high air utilization. It can efficiently and reliably cool … [Read more...]
