Hardware and PCBA
Chipset selection, schematic and PCB design, I/O, power, interfaces, EMC and mechanical integration.
We develop PCBAs, algorithms, firmware, control software and cloud connectivity around the application's performance, cost, mechanical and production requirements.
Chipset selection, schematic and PCB design, I/O, power, interfaces, EMC and mechanical integration.
Parametric EQ, crossover, delay, routing, limiting, compression, presets and application-specific tuning strategies.
Device control, parameter storage, upgrades, communication protocols, fault protection and peripheral drivers.
UI information architecture, display drivers, touch, rotary and key controls, and support for different display sizes.
Windows, mobile and web control, device management, APIs, WebSocket services and cloud platform integration.
Prototype validation, audio performance, stability, production test workflows and volume delivery support.
A project can begin before every document is complete. We separate confirmed requirements, open questions and optional features so unverified specifications do not enter the development baseline.
Use case, interfaces, mechanics, target cost and quantity.
Reuse an existing module or define a new PCBA.
Validate hardware, firmware, algorithms and UI together.
Verify performance, user experience, reliability and production tests.
Manage BOMs, versions, upgrades and continuing technical support.

Yes. We first review chipset availability, interfaces, performance, production files and maintainability. Suitable PCBAs become base platforms; unsuitable sections can be replaced or redesigned.
Yes. We can begin with the application and boundary conditions. Unconfirmed parameters are tracked separately and are not presented as committed specifications.
Yes. The current demo runs in the browser. A project implementation can use APIs, WebSocket services and a device-specific communication link for parameter read/write, presets and access control.
Yes. We support development, prototyping, testing and the transition to manufacturing. The exact delivery scope is defined during project evaluation.