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Introduction DO-254, Design Assurance Guidance for Airborne Electronic Hardware, is a critical compliance standard required by the FAA, EASA, and global aviation authorities for certifying airborne electronic hardware. It ensures safety, reliability, and regulatory compliance in avionics systems, covering FPGAs, ASICs, PLDs, and circuit board designs. Organizations involved in aerospace and defense must adhere to […]

Read More… from Best DO-254: Avionics Hardware Training Workshops & Consultants

Introduction In the highly regulated aerospace industry, DO-178C compliance is a critical requirement for developing and certifying avionics software. The DO-178C standard ensures software reliability, safety, and adherence to stringent verification and validation processes. Achieving compliance, however, can be challenging due to complex documentation, rigorous testing in DO-178C, and strict traceability requirements. To streamline the […]

Read More… from Best DO-178C Compliance Tools, Checklists & Templates

Introduction In the aerospace industry, requirements management is essential for ensuring the safety, reliability, and regulatory compliance of avionics systems. Poorly defined requirements can lead to costly redesigns, certification delays, and even mission failure. Given the complexity of airborne software and hardware development, a structured approach to requirements management in DO-178C and DO-254 is crucial […]

Read More… from 3-Step Guide to Defining Requirements for Aerospace

Introduction In the highly regulated world of aerospace and safety-critical industries, maintaining compliance with stringent standards is essential. One such crucial standard is RTCA DO-330, a supplement to DO-178C and DO-254, developed by the Radio Technical Commission for Aeronautics (RTCA). DO-330 focuses on the qualification of software tools used during the development and verification of […]

Read More… from DO-330 Introduction: Software Tool Qualification

Introduction The increasing complexity of avionics systems has led to the adoption of multicore processors, offering enhanced performance and efficiency for safety-critical applications. However, their integration comes with significant timing analysis challenges, particularly when adhering to strict regulatory standards such as DO-178C. Ensuring real-time behavior, task synchronization, and predictable system responses is critical for certification […]

Read More… from Multicore Processors in Avionics