• Become a member
  • Log In
The Institution of Electronics
  • Home
  • About us
    • Our Objectives
    • Our History
    • Governance of the Institution
  • The Electron Magazine
    • 2024
      • 2024 – Winter
      • 2024 – Spring
      • 2024 – Summer
      • 2024 – Autumn
    • 2025
      • 2025 – Winter
      • 2025 – Spring
      • 2025 – Summer
      • 2025 – Autumn
    • 2026
      • 2026 – Winter
      • 2026 – Summer
  • Members
    • Membership Grades and Fees
    • Members’ Resources
      • The Electron Newsletter
      • The Archives
  • Education and Projects
    • National Electronics Competition
    • Student Members’ Projects
    • Arkwright Engineering Scholarships
  • News
  • Contact Us
  • Menu Menu
Uncategorised

Micro-speaker enables slimmer wearables

Sycamore-W, an ultra-thin near-field MEMS speaker from xMEMS, brings premium audio to smartwatches and fitness bands. With dimensions of just 20×4×1.28 mm, it reduces speaker package volume by up to 70%, freeing space within wrist-worn devices for additional biometric sensors or larger batteries. At just 150 mg, Sycamore-W also minimizes weight impact in space-constrained wearables.

Compared to conventional coil speakers—typically 3 mm to 4 mm thick and weighing up to 3 grams—Sycamore-W’s slim profile and low mass significantly reduce bulk. The lighter design minimizes strain and improves comfort for all-day wear.

With solid-state durability, the MEMS speaker offers component-level IP58-rated ingress protection and withstands mechanical shocks up to 10,000 g. It delivers zero phase delay and improved low-frequency response compared to dynamic drivers, exhibiting 1st-order decay—where output falls off more gradually (1/f vs 1/f², or –20 dB vs –40 dB from 2 kHz to 20 Hz)—for stronger bass performance.

Samples of the Sycamore-W are available now to early access customers, with volume production slated for Q2 2026.

Sycamore-W product page

xMEMS Labs 

The post Micro-speaker enables slimmer wearables appeared first on EDN.

15 May 2025
http://institutionofelectronics.ac.uk/wp-content/uploads/2022/12/IOE_LOGO.png 0 0 whdsolutions http://institutionofelectronics.ac.uk/wp-content/uploads/2022/12/IOE_LOGO.png whdsolutions2025-05-15 17:49:152025-05-15 17:49:15Micro-speaker enables slimmer wearables

Latest news

  • Measurement bandwidth9 October 2026 - 13:56
  • Practical design for a multi-output flyback converter with improved cross-regulation9 October 2026 - 08:50
  • The multi-gig Ethernet migration: Motivations and implementations8 October 2026 - 13:29
  • GaN FET meets megawatt-scale demands7 October 2026 - 20:15
  • FPGA IP accelerates deterministic networking7 October 2026 - 20:15
  • Microphone array advances acoustic detection7 October 2026 - 20:15
  • Quad beamformer simplifies X-band radar design7 October 2026 - 20:15
  • Global-shutter sensor raises pixel density7 October 2026 - 20:15
  • An unbuttoned circuit for setting digital pots7 October 2026 - 13:10
  • Training and inference: Two faces of AI compute7 October 2026 - 11:08
IOE LOGO 2

Become a member

click here

Become a member

click here

Become a subscriber

click here

Become a sponsor

click here

© Copyright - The Institution of Electronics | Website by WHD Solutions
  • Link to LinkedIn
  • Link to Facebook
  • Link to X
Link to: A closer look at capacitor auto-discharge circuit Link to: A closer look at capacitor auto-discharge circuit A closer look at capacitor auto-discharge circuit Link to: IMU tracks high-G impacts and motion Link to: IMU tracks high-G impacts and motion IMU tracks high-G impacts and motion
Scroll to top Scroll to top Scroll to top