Our expertise lies in FPGA (Field-Programmable Gate Array) design, verification, and assurance, ensuring the reliability and functionality of complex digital designs. We have a proven track record of delivering high-quality solutions to a diverse range of aerospace and space projects.

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We possess comprehensive knowledge in diverse FPGA technologies, encompassing Xilinx (AMD), Microchip, Altera Intel, and Lattice. Equipped with expertise in development and verification tools like Vivado, Quartus, Libero SoC, Diamond, Siemens Questasim, Questa formal, and Hyperlynx SI/PI we are well-prepared to tackle projects that require high reliability for the aerospace and space environments. Our proficiency in hardware description languages such as VHDL and Verilog, combined with programming languages like C/C++, Python, and Perl, empowers us to transform your ideas into reality.​​

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• Requirements Capture and Traceability: Our experienced team specializes in capturing and documenting FPGA design requirements, ensuring full traceability throughout the design process. We understand the importance of meeting system-level requirements and maintaining traceability for DO-254 compliance.

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• Design Assurance and Planning: We develop comprehensive FPGA design assurance plans tailored to your project needs. Our plans encompass design, verification, and validation activities, following industry best practices and compliance guidelines. With our expertise, you can be confident in the quality and integrity of your FPGA design.

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• RTL Coding and Synthesis: Our experts adhere to industry-standard coding guidelines, including the DO-254 Design Assurance Guidance. We follow best practices for RTL coding, ensuring clarity, maintainability, and compliance with design standards. Our focus is on delivering FPGA designs of exceptional quality.

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• Configuration Management: We establish robust configuration management processes for your FPGA design. Our meticulous approach ensures proper control, versioning, and traceability of design files, documents, and configurations. We address obsolescence and configuration-related challenges effectively, keeping your design up-to-date.

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• Documentation and Records: Our team generates comprehensive documentation throughout the FPGA design process. We provide clear and concise design documents, verification plans and reports, test cases and procedures, and configuration management records. You can rely on our well-documented approach to facilitate understanding, review, and audits.

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• Independent Verification and Validation (IV&V): We offer independent verification and validation services to provide an unbiased assessment of your FPGA design. Our dedicated IV&V team conducts thorough evaluations, identifying design flaws, ensuring compliance, and enhancing overall design quality and safety. 

  • Functional Verification: Our expert team specializes in functional verification, ensuring that your FPGA design behaves as intended. We create comprehensive test cases and test benches to validate the functional behavior of your design under various input scenarios. With our thorough verification process, we ensure that your FPGA design meets the required functionality requirements.

  • Simulation-Based Verification: We utilize advanced simulation techniques to verify the correctness and timing behavior of your FPGA design. Our team performs extensive directed test simulations, modeling the behavior of your design and testing it against a wide range of stimuli. Through simulation-based verification using Siemens Questasim, we identify and address any potential issues, ensuring the reliability and performance of your FPGA design.

  • Code Coverage Analysis: We utilize code coverage analysis to assess the effectiveness of our verification efforts. Our team measures the coverage of your FPGA design code by evaluating the extent to which it has been exercised by our test cases. Through comprehensive code coverage analysis, we ensure that all parts of your design have been thoroughly tested, enhancing the overall verification completeness.

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