SOKING
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ENGINEERING & DEVELOPMENT

Better sound.
Engineered together.

Acoustics, electronics and product structure — connected through a development process that takes your idea from brief to production.

Explore our expertise ↓
Enhanced view of SOKING’s anechoic chamber
ACOUSTIC ENGINEERING / SOKING

INSIDE THE ACOUSTIC LAB

See how sound is measured.

A dedicated acoustic environment and measurement equipment support the development and evaluation of headphone sound.

Anechoic chamber
Anechoic chamber
Acoustic measurement fixture
Acoustic measurement fixture
Measurement microphones
Measurement microphones

CORE TECHNOLOGIES

Engineered for better listening.

OUR EXPERTISE

Four disciplines.
One connected approach.

01 / ACOUSTIC ENGINEERING

Shape the listening experience.

Acoustic design and simulation help us develop and evaluate the sound of a headphone, from frequency response to ANC filter design.

  • Frequency response and phase simulation
  • ANC filter simulation
  • Acoustic measurement and evaluation
Acoustic structure simulation
Acoustic structure simulation
ANC filter simulation
ANC filter simulation
Frequency response & phase analysis
Frequency response & phase analysis

02 / ELECTRONICS & WIRELESS

Connect the details.

Circuit design, PCB checks and antenna simulation support the electronic and wireless architecture of each product.

  • Electronic design and PCB layout checks
  • Antenna design and simulation
  • RF and Bluetooth testing equipment
PCB layout review
PCB layout review
Antenna simulation
Antenna simulation
PCB layout design
PCB layout design
PCB antenna design
PCB antenna design

03 / STRUCTURE & ERGONOMICS

Design for the way people wear it.

Headphone structure, wearing comfort and tooling are developed together, with design analysis supporting the path to manufacturing.

  • Headset and TWS structural design
  • Ergonomic design
  • Tooling, mold flow and draft analysis
Headset structure design
Headset structure design
Ergonomic design study
Ergonomic design study
TWS structure design
TWS structure design

04 / TESTING & VALIDATION

Measure. Review. Refine.

Acoustic and electronic testing provide evidence for design review. Functional, acoustic and reliability verification form part of the development process.

  • Acoustic and electronic measurements
  • Functional and acoustic verification
  • Reliability verification before production
Testing laboratory
Testing laboratory
Electroacoustic inspection
Electroacoustic inspection

WIRELESS DEVELOPMENT

From antenna layout
to evaluation.

Antenna design, simulation and evaluation connect wireless architecture with product development.

Antenna testing & simulation
Antenna testing & simulation

ENGINEERING EQUIPMENT

Tools behind the development.

Electronic and wireless test equipment supports measurement, evaluation and design verification.

Network analyzer
Network analyzer
Bluetooth tester
Bluetooth tester
Electronic load
Electronic load
LCR tester
LCR tester

THE DEVELOPMENT PATH

From your brief
to the production line.

A structured sequence of design, samples and validation connects development with manufacturing.

  1. 01

    Define the brief

    Product requirements, feasibility and project planning.

  2. 02

    Develop the design

    Structural, hardware, software and acoustic development.

  3. 03

    Build & review samples

    Prototype review and functional verification.

  4. 04

    Develop tooling

    Mold design, tooling review and inspection.

  5. 05

    Validate in trial production

    EVT, DVT and PVT, with acoustic and reliability verification.

  6. 06

    Prepare mass production

    Material preparation, assembly and delivery inspection.

LET’S CREATE TOGETHER

Tell us what you’re developing.

Share your application, key features and target market.
Let’s discuss the next step.

Discuss your project ↗