FPGA Design
We design and implement FPGA-based systems that deliver high performance, low latency, and reliable operation. Our experience includes both pure programmable logic designs and hybrid SoC platforms such as the Xilinx/AMD Zynq UltraScale+ MPSoC, where we integrate custom logic with embedded processors to build powerful, flexible solutions.
FPGA Architecture and Implementation
We design modular, efficient FPGA systems using HDL (such as VHDL) and modern IP-based design flows. By combining custom logic with proven IP blocks, we accelerate development while maintaining flexibility. Our designs include high-speed interfaces, DMA engines, and optimized data paths to move large volumes of data efficiently between logic, memory, and processors. Pipelining, parallelization, and resource optimization ensure high performance and minimal latency.
Timing, Constraints, and Verification
Reliable FPGA operation depends on proper timing and robust verification. We define clocking, constraints, and timing closure strategies to guarantee deterministic behavior across all operating conditions. Designs are validated through functional testing and hardware verification, including signal integrity checks, performance measurement, and interface validation — ensuring the system works as intended in real-world conditions.
Hardware Integration and System-Level Design
FPGA designs are integrated with other electronics, such as embedded processors, peripherals, sensors and actuators, to form complete functional systems. We focus on seamless hardware/software interfacing, robust error handling, and end-to-end performance optimization. Hardware bring-up, testing, and system integration are included to deliver a production-ready solution.
End-to-End FPGA Solutions
From initial concept and architecture to implementation, testing, and system integration, we provide full-cycle FPGA development. Whether your project involves high-speed imaging, data acquisition, signal processing, or a custom accelerator, we combine digital design expertise and system-level knowledge to deliver FPGA solutions that are efficient, reliable, and ready for deployment.