By Jonathan Chien, VP & GM, Audio Interface Business Unit, xMEMS Labs
Over the past year, I’ve noticed a shift in the way product teams talk about audio. Historically, conversations focused on sound quality. How do we improve bass response? Increase output? Reduce distortion?
Today, the discussion often starts somewhere else. How do we make devices smaller? Lighter? More comfortable? How do we create space for larger batteries, additional sensors, and AI capabilities while maintaining a design consumers actually want to wear?
Audio has become part of a much broader system-design conversation. This shift is being driven by the emergence of AI-powered devices. Whether it’s smart glasses, hearables, open-ear products, or next-generation headphones, manufacturers are being asked to deliver more functionality in the same or smaller physical space.
Every component competes for size, weight, power, and thermal budget. In that environment, even small gains can have a meaningful impact on the overall product.
For more than a century, the industry has relied on voice-coil speakers. It is a proven technology that has evolved through countless generations of consumer electronics. But as devices become increasingly compact and intelligent, product teams are beginning to question long-standing assumptions about how audio should be delivered.
What makes this moment interesting is that audio is starting to follow a path we’ve seen many times before in technology. Industries eventually reach a point where further progress requires more than incremental improvements. They require a leap in technology that reinvets the architecture.
That is why solid-state audio is attracting so much attention. By applying semiconductor manufacturing principles to audio, xMEMS Labs’ PulseAir™ speakers offer a fundamentally different approach from traditional electrodynamic designs. The advantages extend beyond acoustics. Solid-state architectures can reduce size and weight while providing designers greater flexibility in how they allocate valuable space inside increasingly complex products.
The broader opportunity is not simply better sound. It is greater design freedom.
As AI continues to reshape consumer electronics, the products that succeed will be those that integrate more capability into devices people genuinely enjoy wearing and using every day.
From my perspective, that is why the transition to solid-state audio matters. The future of audio will not be defined solely by what we hear. It will be defined by the new product experiences that become possible when audio itself becomes silicon.
Want to see more content like this? Select xmems.com as a preferred source.