xMEMS to demo AI glasses

xMEMS Labs' AI glasses.

xMEMS Labs will introduce its AI smart glasses prototypes at the upcoming xMEMS Live Asia seminar series in September. The AI glasses feature the company’s Sycamore high-fidelity MEMS loudspeaker and µCooling active cooling solution.

xMEMS Labs' AI glasses.

(Source: xMEMS Labs)

Sycamore and µCooling target two of the biggest barriers—speaker size and heat—in the design of smart glasses. The 1-mm thin Sycamore MEMS loudspeaker, weighing 150 milligrams, is claimed as the industry’s thinnest and lightest high-fidelity MEMS loudspeaker, while µCooling claims the first in-frame active cooling solution.

Sycamore MEMS speakers provide full-bandwidth audio in a 1.28-mm-thin package that is up to 70% smaller and 90% lighter than traditional coil speakers, xMEMS said, and it is designed to disappear inside the frame. Target applications include natural conversational AI and immersive music playback in all-day wearable glasses.

The µCooling fan-on-a-chip solution offers silent and vibration-free cooling inside the frame, which reduces surface temperatures by up to 40% and improves thermal margins by up to 70%, according to the company.

Together, these technologies enable slimmer, lighter, and more capable AI-powered eyewear, xMEMS said, as demands on audio fidelity and thermal performance increase and smart glasses include AI assistants, real-time translation, spatial navigation, and hands-free productivity tools.

xMEMS will demonstrate the AI glasses at xMEMS Live Asia, September 16 in Taipei and September 18 in Shenzhen. The demos will showcase conversational AI interfaces and AI thermal management.

The post xMEMS to demo AI glasses appeared first on Electronic Products.

Mastering Galvanic Isolation in Power Electronics

Galvanic isolation is a cornerstone of safe and robust power electronics design, ensuring that circuits…

Variable‑reluctance sensors: From fundamentals to speed sensing

Variable reluctance (VR) sensors transform mechanical motion into electrical signals by exploiting changes in magnetic…

Access to this page has been denied.

Access to this page has been denied either because we believe you are using…

Bourns Extends PPTC Resettable Fuses

Bourns has introduced new Multifuse polymeric positive temperature coefficient (PPTC) resettable fuse models that extend…