Hardware Engineering
HCL Aerospace & Defense practice offers end-to-end solutions for aerospace complying with DO-254 standards for hardware design and verification. Our hardware engineering practice has the expertise of executing projects of high complexity, with quality processes and methodologies in place, to ensure timely delivery of quality hardware products and components. Our service offerings in this area comprises ASIC / FPGA / SoC design silicon IPs, board design, verification and design analysis.
At HCL, we use the latest tools and technologies, which form an environment suitable for effective and quick designs. Extremely important for critical components like, those found in an aircraft is a design methodology that detects errors at an early stage to prevent future product failures or worse, recalls. HCL offers integrated risk management services like reliability analysis, FMEA, FTA, and hazard analysis, to make sure that a critical component is defect free.
Following broad areas are covered under hardware engineering offerings:
- Spec to GDSII l
- Logic Design
- Physical Design
- Retargeting
- Reengineering
- Spec to Bit File
- Complex, Logic Intensive Designs
- Upto 3 Million Gate FPGA
- Proof of Concept
- Reference FPGA Designs
- Concept to total product networking
- Diagnostics, BSP, driver development
- High-complexity PCB designs
- Standards Compliance
- PC Architectures
- Networking
- Multimedia standards
- SoC building blocks
- Complete verification activities
- C / PLI Based Methodology
- HVL Based Methodology
- C- Verilog Modeling methodology
Representative Engagements
Re-design of Slat Flap Control Unit (SFCU) processor board including card redesign, ASIC to FPGA conversion, and Diagnostics software and Tester.
