FPGA architecture and RTL
Define digital logic, data paths and implementation requirements for the target platform.
Services
Deterministic control, high-speed interfaces and embedded computing for complex platforms.
Bryantech approach
We bring the relevant engineering disciplines together around the application, measurable requirements and a realistic path to production.
Define digital logic, data paths and implementation requirements for the target platform.
Integrate communication and peripheral interfaces around system timing requirements.
Bring FPGA, processor and firmware functions together at board and system level.

Engineering in practice
Embedded development starts with timing, interfaces and operating conditions. We connect FPGA logic, processor-based hardware and firmware so the system can be integrated, tested and maintained throughout development.
Applications
Industrial motherboards, control systems, sensing equipment and custom embedded platforms.
Technical scope tailored to your system and development stage.
Architecture, RTL and interface logic for application-specific data paths, timing and control.
MCU/MPU-based electronics, memory, power and peripheral interfaces selected around system requirements.
Device drivers, real-time control, communications, diagnostics and programming functions.
Bring-up, debugging, interface checks and regression testing across the hardware/software boundary.
A structured sequence with review points and recorded decisions.
Allocate functions across hardware and software.
Develop electronics, logic and firmware.
Verify interfaces and operating sequences.
Document builds and verification results.
The agreed package supports design review, integration and the next project stage.
Hardware, FPGA/firmware source and configuration files within the contracted scope.
Protocol definitions, programming guidance, test results and release notes.
Build what comes next