How does Ultrasonic Technology Accelerate Air Flow of SSD
At the 2023 Flash Summit, Front Systems showcased a 64TB U2 SSD cooled by AirJet Mini, which can remove 40W of heat without using large heat sinks, fans, or liquid cooling. AirJet is an independent solid-state active heat sink module that is silent, slim, and lightweight. It measures 2.8mm x 27.5mm x 41.5mm in size and weighs 11g. At a noise level of 21dBA, it can remove 5.2W of heat while consuming up to 1W of power. The AirJet Mini can generate a back pressure of 1750 Pascals, which is said to be 10 times higher than a fan, allowing ultra-thin dustproof equipment to run faster and allowing excess heat to be carried away.
Imagine the AirJet Mini as a thin or flat piece located on top of a processor or SSD, which cools by inhaling air through the device's heat sink and then spraying it out from another outlet. In addition, the AirJet Mini can be connected to the target device through a copper heat exchanger. The AirJet Mini has tiny thin films inside that can generate necessary airflow through ultrasonic vibration without the need for a fan. Air enters through the ventilation openings on the top surface and passes through the equipment in the form of pulsating jets, which are then discharged through side mounted nozzles.
AirJet is scalable and removes additional heat by adding more wafers or chips. Each chip can remove 5W of heat, two chips can remove 10W, three chips can remove 15W, and so on. The more powerful AirJet Pro can remove more heat - up to 10.5W of heat at 24dBA, while consuming up to 1.75W of power. AirJet can be used to cool lightweight laptop processors or solid-state drives, making them run faster without damage. Running faster generates more heat, and the AirJet Mini can remove this heat.
We can see manufacturers of laptops, gaming systems, and portable SSD devices using Frore thin film cooling technology, which allows their devices to be more powerful without the need for noisy fans, bulky heat sinks, or liquid cooling.
