Schematic Design
Define circuits, interfaces, power, protection, sensors, controllers and communication blocks.
From schematic and component selection to PCB layout, embedded firmware, board bring-up and integration, we develop custom electronics around the needs of the product.
PCB development is coordinated with firmware, power, communication, mechanical constraints and product interfaces—not treated as an isolated drawing task.
Custom boards can be developed for prototypes, industrial devices, IoT products, controllers, sensor systems and other embedded applications.
Define circuits, interfaces, power, protection, sensors, controllers and communication blocks.
Select practical components based on function, availability, cost and development needs.
Board placement and routing based on electrical, mechanical and connectivity constraints.
Develop the firmware needed to control, read, communicate and diagnose the hardware.
Power-on testing, programming, interface checks, debugging and functional validation.
Coordinate prototype PCB fabrication, component assembly and board-level testing.
Capture IO, power, interfaces, size, environment and firmware needs.
Design circuits and select major components.
Create the physical board layout and manufacturing files.
Program, power-up and debug the assembled board.
Integrate with sensors, software, mechanics and other product subsystems.
Yes. PCB and embedded firmware can be developed together when the product requires both.
Yes, subject to available information and the feasibility of understanding the existing board and requirements.
Prototype fabrication and assembly can be coordinated as part of the development process.
Yes. Typical embedded projects may involve sensors, BLE, Wi-Fi, Ethernet, RS485/Modbus and other interfaces depending on the application.
Send the required functions, interfaces, power, size and expected quantity so we can understand the board in context.