Introducing AirJet
AirJet®, by Frore Systems is the world’s first solid-state chip for active device cooling, delivering 2x improvement in device performance while operating in silence. Its compact size and unique capability enabling faster, quieter, thinner, lighter, and dustproof devices.
Case studies
Super Slim 13" Notebooks 4 x AirJet Mini
Fanless, 13” Notebooks are known for their low-noise super slim design.
AirJet Mini Data Sheet
Heat has become the biggest bottleneck in computing. The latest processors promise higher performance,but only 50% or less is realized in actual devices.
Ultra Thin 15" Notebooks 3 x AirJet Pro
The holy grail of 15" ultra-thin Notebooks is the support of 28 Watts sustained processor power.
AirJet Pro Data Sheet
Heat has become the biggest bottleneck in computing. The latest processors promise higher performance, but only 50% or less is realized in actual devices.
Products
AirJet®, by Frore Systems is the world’s first solid-state chip for active device cooling, delivering 2x improvement in device performance while operating in silence.
AirJet®, by Frore Systems is the world’s first solid-state chip for active device cooling, delivering 2x improvement in device performance while operating in silence.
AirJet®, by Frore Systems is the world’s first solid-state chip for active device cooling, delivering 2x improvement in device performance while operating in silence.
AirJet®, by Frore Systems is the world’s first solid-state chip for active device cooling, delivering 2x improvement in device performance while operating in silence.
AirJet®, by Frore Systems is the world’s first solid-state chip for active device cooling, delivering 2x improvement in device performance while operating in silence.
AirJet®, by Frore Systems is the world’s first solid-state chip for active device cooling, delivering 2x improvement in device performance while operating in silence.
AirJet®, by Frore Systems is the world’s first solid-state chip for active device cooling, delivering 2x improvement in device performance while operating in silence.
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