Cooler Master announced the Elite 120 Advanced MITX size chassis with 13-inches of graphics card space. A brushed aluminum front panel shelters a powerful 120mm fan intake, 80mm slim side fan, and additional support for a hard drive mounted 120mm fan. The case also has three 3.5-inch hard drives bays and a 5.25-inch optical bay. Learn more from Cooler Master … [Read more...]
Liquid Cooling for High Performance Processors
CoolIT’s new Rack Direct Contact Liquid Cooling (Rack DCLC) technology offers cooling for increased density and decreased power usage. DCLC moves the heat generated by high performance processors by circulating liquid directly across the CPU. CoolIT’s pure copper micro-channel technology allows for the absorption of heat, which is then transported away from temperature … [Read more...]
New Technique for Making Brighter, Cooler LEDS
A new technique for making brighter and cooler LEDs has taken the first leap from research laboratory to market. The new manufacturing system, called liquid forging, dramatically improves the way tiny electronic devices keep cool with a thermal conductivity double that of conventional techniques such as casting. The liquid-forging method was developed by A*STAR’s Singapore … [Read more...]
Nylon Abrasive Brush Tools for Heat Sinks, Fans, and AC Condenser Tubes
Brush Research Manufacturing is now offering flexible NamPower™ nylon abrasive brush tools for the deburring and resurfacing of heat sinks, fans, and air conditioner condenser tubes for the electronics industry. Aluminum extrusions must be free of loose, torn, or folded metal because these could cause flaking and interfere with heat dissipation. The abrasive brush filaments on … [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...]
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