Top Features to Look for in Semiconductor Requirements Management Software — Omnex Systems

1. Top Features to Look for in Semiconductor Requirements Management Software — Omnex Systems The semiconductor industry is one of the most technologically advanced and fast-evolving sectors in the world. With growing demand for high-performance chips in everything from electric vehicles and smartphones to industrial automation and medical devices, the pressure on semiconductor manufacturers to deliver quality, innovation, and compliance has never been greater. Central to achieving these goals is the ability to manage product requirements efficiently and effectively. Semiconductor requirements management software plays a critical role in aligning design, engineering, quality, and compliance teams throughout the product development lifecycle. Unlike generic project or document management tools, specialized solutions for semiconductor development ensure that requirements are traceable, structured, and connected across systems and teams. At Omnex Systems, we understand the unique needs of semiconductor companies and offer a purpose-built platform to support their journey from concept to silicon. Below are the top features to look for in semiconductor requirements management software, and how Omnex Systems delivers on each one. Full Lifecycle Traceability One of the most essential features of semiconductor requirements management software is end-to-end traceability. In complex semiconductor projects, every requirement — from

2. customer expectations to technical specifications — must be tracked across design, development, testing, and validation. Omnex Systems offers robust traceability capabilities that allow teams to link requirements to design outputs, test cases, risks (FMEA/FMEDA), and verification results. Our intuitive interface provides visual traceability matrices, gap analysis tools, and automated reports to ensure complete coverage and compliance. Hierarchical Requirement Structuring Semiconductor development often involves multi-level design hierarchies, including system, sub-system, chip, module, and component levels. Managing these hierarchical structures effectively is vital to avoid redundancy, reduce errors, and maintain a clear overview of dependencies. Omnex Systems supports hierarchical requirement trees with parent-child relationships, version control, and the ability to reuse requirements across different products or projects. This

3. modularity accelerates design cycles and improves consistency in high-volume development environments. Integrated Risk and Safety Management Safety and risk management are critical, especially in automotive, aerospace, and medical semiconductor applications. Compliance with ISO 26262, IEC 61508, and similar standards requires that risks be identified, mitigated, and validated throughout the product lifecycle. Omnex’s integrated risk management tools seamlessly link requirements to FMEA and FMEDA data, enabling real-time impact analysis and verification of safety goals. This holistic integration ensures that all risks are accounted for and mitigated, making compliance more streamlined and transparent. Change Control and Impact Analysis In fast-moving development cycles, requirements often evolve. Uncontrolled changes, however, can lead to design flaws, missed deadlines, and quality failures. A key feature of effective semiconductor requirements management software is its ability to manage change efficiently. Omnex Systems includes built-in change request workflows, impact analysis tools, and automated notifications. These features ensure that all stakeholders are aware of changes, and can assess the impact across requirements, test plans, risks, and documentation. Compliance with Industry Standards

4. Semiconductor companies operate under strict regulatory and quality standards, including ASPICE, ISO 9001, and ISO 26262. Any requirements management solution must support these frameworks and simplify audit preparation. Omnex Systems comes with pre-configured templates and workflows for major industry standards. Audit trails, compliance dashboards, and structured data formats help organizations demonstrate adherence during internal or third-party assessments. Real-Time Collaboration and Role-Based Access Modern semiconductor projects often span multiple teams, departments, and even continents. As such, collaboration is key. Your requirements management software must offer tools that support real-time communication, review cycles, and document sharing — while maintaining security and access control. Omnex Systems provides a secure, cloud-enabled platform with role-based access, shared workspaces, threaded discussions, and automated reminders. This helps engineering, quality, and compliance teams stay aligned without compromising data security. Versioning and Baseline Management As designs evolve, maintaining historical versions and project baselines is vital for traceability, accountability, and rollback in case of discrepancies. Your software should offer granular version control for both individual requirements and full sets. Omnex’s platform supports version tracking, baseline creation, comparison tools, and audit history for every requirement. Users can review changes, revert to previous versions, and generate snapshots at key development milestones.

5. Powerful Reporting and Dashboards Decision-makers need visibility into the health and progress of development activities. Advanced reporting capabilities and customizable dashboards are critical for tracking KPIs, compliance status, coverage metrics, and unresolved issues. Omnex Systems includes a suite of real-time analytics, allowing users to monitor progress, identify bottlenecks, and make data-driven decisions. Reports can be auto-generated for internal reviews, customer updates, or regulatory submissions. Integration with Development Ecosystem Requirements don’t exist in isolation — they are closely tied to tools for testing, defect tracking, PLM, ALM, and simulation. Your semiconductor requirements management software should integrate with these systems to ensure seamless workflows and reduce redundancy. Omnex offers flexible APIs and out-of-the-box integrations with leading platforms such as Jira, DOORS, Polarion, and ALM/PLM solutions. This allows for bi-directional data exchange and alignment across the development ecosystem. Scalability and Performance As semiconductor companies grow, so do their product lines and data complexity. A scalable solution that supports thousands of requirements, users, and concurrent projects is essential.

6. Omnex Systems is built to scale with your business —whether you’re managing a single SoC design or a global portfolio of semiconductor solutions. Our cloud and on-premise deployment options ensure performance, flexibility, and security at every stage. Why Choose Omnex Systems? Omnex Systems brings decades of experience in quality and compliance across highly regulated industries. Our semiconductor requirements management software is purpose-built to meet the specific needs of chip designers, system integrators, and product development teams. Here’s what sets us apart: Industry-Specific Templates for ISO 26262, ASPICE, and functional safety Integrated Tools for FMEA, risk management, and document control Customizable Workflows tailored to your development processes Secure Collaboration across global teams with role-based access Real-Time Analytics and Dashboards for full project visibility Scalable Architecture for growing enterprises Whether you’re developing microcontrollers for EVs or sensors for smart devices, Omnex Systems provides the foundation you need to manage requirements with precision and confidence. Conclusion

7. In the competitive and complex world of semiconductor design, having the right tools makes all the difference. Semiconductor requirements management software is more than just a repository for specifications —it’s the backbone of successful, compliant, and high-quality product development. By choosing a solution like Omnex Systems, you gain a powerful, integrated platform that enables traceability, collaboration, compliance, and continuous improvement. With the right features in place, your teams can reduce risk, improve time-to-market, and drive innovation in every chip you build.