FPGA & Programmable Logic Development
We evaluate FPGA and programmable-logic approaches for digital interfaces, control and signal-processing requirements. Device selection, board design, logic development and verification are included according to the agreed technical scope.
Engineering Scope
- FPGA or SoC-FPGA suitability and device-selection review
- Power, configuration, clocking and board-interface design
- Verilog or VHDL development where agreed
- ADC/DAC and sensor-interface requirements review
- Digital protocol and interface integration
- Simulation, timing analysis and board-level verification where scoped
Potential Deliverables
Deliverables, file formats and verification activities are determined during project scoping.
- Architecture and resource assessment
- Board schematic and layout where included
- Agreed RTL source and verification files
- Timing-analysis and bring-up notes where included
A good fit for
- Evaluating programmable logic for a hardware requirement
- Developing digital interfaces or signal-processing functions
- Reviewing an existing board or logic design
How an engagement works
- Share what you have — an idea, requirements, a prototype or existing design files.
- Engineering review — an engineer assesses scope, risks and the practical next step.
- Quotation - where the work is feasible, we agree scope, deliverables, price and timeline.
- Agreed engineering work — coordinate directly with our engineering team by email.
See the full development process, or read engineering guides.
FPGA Design — frequently asked questions
Do I need an FPGA or will a microcontroller do?
We compare functional, timing, interface and development requirements before recommending an MCU, DSP, SoC or FPGA approach.
Can you work with an existing FPGA design?
RTL, constraints, board files and tool requirements are reviewed before changes or revisions are agreed.
How is production cost considered?
Device choice, resources, sourcing and board complexity are reviewed alongside development needs. Estimates and trade-offs depend on the architecture.
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Tell us about your FPGA Design project
You don't need finished requirements — an engineer will follow up with the practical next step.