FPGA, VHDL, Verilog and digital logic development
Development and support for FPGA, VHDL, Verilog and digital logic when deterministic timing, parallel processing, custom interfaces or tight integration with firmware and hardware are required.
When software is not enough
FPGAs and programmable logic are useful for predictable latency, parallel streams, custom protocols, fast data acquisition and co-design with MCUs or embedded processors.
- VHDL, Verilog, SystemVerilog, CPLD and SoC FPGA work depending on project needs.
- Custom modules, state machines, interfaces, bridges, acquisition and control logic.
- Testbenches, simulation, timing constraints, timing closure and on-chip debugging.
- Integration with MCU firmware, embedded Linux, buses, drivers and production tools.
What it includes
FSMs, datapaths, filters, acquisition, control and proprietary protocols.
Testbenches, simulation, edge cases and checks before the real target.
Constraints, clock domains, latency, setup, hold and critical path analysis.
Integrate FPGA with MCUs, embedded Linux, drivers, registers and diagnostics.
Working method
- Review goals, constraints, existing code, systems and business priorities.
- Define risks, architecture, measurable checkpoints and an execution plan.
- Implement or debug in verifiable steps on real data, code or hardware.
- Deliver code, documentation and decisions the team can maintain and evolve.
Related guides and pages
Co-design firmware, MCUs and hardware logic.
Technical validation before industrialization.
Support for timing, integration and unexpected behavior.
Frequently asked questions
Do you also work on CPLD or SoC FPGA?
Yes. The scope can include CPLD, classic FPGA and SoC FPGA depending on toolchain and goal.
Can you integrate FPGA and MCU firmware?
Yes. The critical part is defining registers, timing, diagnostics and responsibilities between logic and firmware.