Wireless earbud technology and miniaturized electronics

Applications

Smart Hearables

ASE system-in-package platforms help hearable designers combine audio, wireless, sensing and power functions in extremely compact, reliable products.

From audio accessory to intelligent interface

Earphones now connect with phones, computers, consoles, televisions and other smart devices. True wireless audio and biometric sensing have expanded them into always-available digital interfaces.

Their small enclosure creates difficult electrical, acoustic and mechanical trade-offs, including noise, crosstalk, radio performance and manufacturing cost.

Smart Hearables diagram
Detailed ASE Reference Designs for Hearing Aid Products diagram
Open Source Modules diagram

SiP advantage

Miniaturization, optimization and simplification

ASE SiP solutions help customers improve manufacturing yield, functional reliability and time to market while increasing the capability packed into each device.

  • Deliver clean sound quality
  • Optimize RF performance for stable wireless connections
  • Integrate more sensors and chip functions
  • Support waterproofing and noise cancellation
  • Reduce overall product size
Product Application Design diagram
ASE SiP Platform for Hearing Aid Products diagram

A customizable open module platform

The platform combines a SiP reference design, development module and sensor-integration design. It supports multiple microphones and the heterogeneous integration of processors, memory, filters, MEMS, sensors, passives and preassembled subsystems.

SiP platform

A base architecture for true-wireless and hearing-device products.

Open source modules

Reference, development and sensor modules that shorten electrical design work.

Product application design

Support for earbuds, motion sensors, electronic stethoscopes and health-monitoring devices.

SiP Platform diagram

The ASE ATOM Earbud

ASE demonstrated the platform in a 3D-printed earbud that integrates electro-acoustic components, battery, PCB, microphones, antennas and inertial sensing. Its simplified layout shows how system-level packaging can speed assembly while preserving functionality.

Introducing the ASE ATOM Earbud diagram
Introducing the ASE ATOM Earbud diagram
ASE Chung Li - Leading the Charge in SiP for Smart Wearables diagram
Driving the Development of Smart Hearables with ASE SiP Platform diagram
Driving the Development of Smart Hearables with ASE SiP Platform diagram
Driving the Development of Smart Hearables with ASE SiP Platform diagram
Driving the Development of Smart Hearables with ASE SiP Platform diagram
Driving the Development of Smart Hearables with ASE SiP Platform diagram
Driving the Development of Smart Hearables with ASE SiP Platform diagram