The xMEMS ‘fan on a chip’ is ready for smart glasses

Like AI reignites Push for Big Tech’s Smart GlassesHere is a technological technology that can play a central role. Last year, a solid state in a chip, the XMEMS, which debuted “fan”, is a new one for the worn. This can help Future smart glasses It’s not a metaphoric of your face – and not the true sense of the word.

Founded in 2018, XMEMS specializes in the technology of micro-electromechanical systems (MEMS). The company based in California began with a solid state speakers. Introduced him last year μcooling “fan on a chip” for phones and other subtle fixtures. Now applies to wear technology.

Smart glasses require cooling devices that combine more advanced technology. But you can’t walk exactly with the fans blowing on your face. This … would be noisy. Mechanical fans will also receive valuable real estate, decreased performance or large glasses. The technology that brings the XMEMS bones can offer a solution.

XMEMS says μcooling chip can help smart glasses to use excessive heating. The company claims that silicone glasses give more power to work with 70 percent of 60 percent. (They were able to use more power before hitting the heat.) The chip also kept 40 percent of their devices to the refrigerator. He also reduced heat resistance to 75 percent.

The company says that this is important in a very cooler skin contact surfaces, on a device. (It’s where you are afraid to melt your face fault Road.) Also causes sustainable performance, improved comfort and long-term reliability.

There is no engine or bearing in chip architecture. Silent and vibration is free. It is also small: 9.3 x 7.6 x is small as 1.13 mm.

“In clever glasses, the warmth is more than a performance issue; the user affects the comfort and security,” Xmems marketing VP Mike Housholer wrote. “XMEMS ‘μCooling Technology is a fairly thin and light thing to integrate surface temperature to actively manage surface temperature to ensure clothing all day.”

XMEMS are available for interesting manufacturers. The company expects volume production to start in early 2026.