xMEMS Sycamore - the world's first full-range, all-silicon microdialectric speaker with a thickness of 1 mm

By: Anry Sergeev | today, 17:02
xMEMS Sycamore - the world's first full-range, all-silicon microdialectric speaker with a thickness of 1 mm

xMEMS Labs has announced a revolutionary new product - the xMEMS Sycamore microspeaker, the world's first full-range near-field MEMS speaker for smartwatches, smart glasses, VR/XR headsets, open headphones and other mobile devices. With its unique features, Sycamore offers portable device designers a new level of freedom to create innovative form factors for compact electronics.

An innovative platform for modern sound

The new micro driver is based on a patented "sound from ultrasound" platform that delivers:

  • Full frequency range: High-definition sound for compact devices.
  • Extreme compactness: Sycamore is only 1mm thick - a third of the size of traditional speakers.
  • Lightweight: Only 150 mg, making it easy to integrate into slim devices such as smartwatches and glasses.

Benefits for device manufacturers and consumers

Sycamore opens up new design possibilities:

  • In smartwatches: it provides clear sound for calls and audio playback.
  • In cars: It can be used as a compact tweeter for the ceiling or headrests.
  • In headphones and glasses: Enhances sound without increasing the size of the device, making them comfortable to wear.

Sycamore is engineered to provide up to 11dB of sub-bass extension and 15dB of high frequency extension compared to traditional drivers, making it significantly more efficient than standard drivers.

Features and availability

The micro loudspeaker measures 8.4 x 9 x 1.13 mm and is IP58 certified, providing resistance to dust, sweat and water, making it ideal for active use. The first samples of the product will be available in the first quarter of 2025, and mass production will start in October 2025.

In dry residue

The xMEMS Sycamore looks like a real breakthrough that could change the way we think about mobile electronics. Thanks to its miniaturisation and technological capabilities, it allows designers to realise more stylish, compact and functional devices without sacrificing sound quality.