We redesign electronic products around available components while preserving the required interfaces, functions and manufacturing constraints.
You do not need to prepare formal engineering terminology before contacting us. A clear business or equipment problem is enough for an initial technical discussion.
The exact deliverable set is agreed before the stage starts so acceptance is based on concrete engineering results rather than activity.
We select the architecture and tools according to interfaces, timing, environment, maintainability and production constraints.
Import substitution is an engineering change project, not simply a purchasing exercise. A replacement component can affect power, timing, EMC, firmware and manufacturing.
We separate low-risk direct replacements from items that require circuit or software redesign, then validate the changed product against agreed requirements.
For unavailable complete modules, reverse engineering and compatible-board development may be the more robust path.
BOM risk analysis
Replacement selection
Circuit redesign
Firmware adaptation
Prototype regression testing
Updated production package
Questions that are useful to settle before the initial estimate.
No. Pin-compatible does not guarantee electrical, timing or firmware compatibility. Each critical replacement must be checked in context.
Yes. We can characterize its interfaces and develop a functional replacement when the required behavior can be specified.
Yes. The approved replacements and constraints are documented in the project package.
Sometimes. MCU, memory, sensor, communication and peripheral changes can require driver or timing updates.
Yes. Existing schematics, PCB files, BOM and a working sample significantly improve the efficiency of the project.
Send the BOM, schematics or board files if available, identify the unavailable parts and describe which external behavior must remain unchanged.
