In the quest for increasingly fast computing and diminutive hardware, the electronics industry has been packing greater numbers of transistors into smaller and smaller spaces. The exponential growth in the number of transistors added per integrated circuit, commonly referred to as Moores' Law, has laid the commercial foundation for today's electronics industry.

As systems run faster, they generate progressively more noise and heat, up to five times the heat per square inch produced by a stove.

The decades long race for power and speed has developed into the search for a cooling solution that will prevent the next generation of chips from running too hot for commercial use.

iCurie's patented nano-fluidic cooling channels provide the basis for a quantum leap over the thermal wall that stands squarely in the path of the trillion-dollar electronics industry.Thermal insulation help

iCurie has successfully taken their nanotechnology out of the laboratory and into their first generation product line, the iCurie Cooled TM Micro Cooling System (ICMCS) whose novel design fits in today's microchips. The iCurie solution is unique in that its micro-channels act like pumps and its micro thin structures dissipate heat to the environment up to 400% faster than current methods. The Company's ICMCS recently passed performance testing and received certification from LG Electronics, Inc. (KOREA: 066570), one of the top five manufacturers in the world of OEM PCs.