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Circuit Porting in the AMALIA suite provides an accurate solution for migrating complex analog, mixed-signal, and RF circuits across various process nodes. It is designed to preserve design integrity and optimize the transition process by identifying and solving potential layout issues ahead of time. With its intuitive user interface, Circuit Porting minimizes the risks of deviations and enhances design reliability by maintaining original placement and floorplans.\n\nThe tool streamlines design cycle times and cost efficiency by automating several steps of the migration process, significantly cutting down the duration needed for projects to reach the market. It also includes features that facilitate smart routing and provide robust database checks to ensure quality before and after circuit porting.\n\nFor engineers, Circuit Porting offers a familiar design environment that simplifies complex tasks like instance replacement and rerouting while enabling direct simulations of original and modified designs. This ensures that the final ported design faithfully replicates the functionality of its original version, ensuring a faster and smoother migration to new technological environments.
Design Enabler is an AI-powered tool that optimizes IP designs post-migration. It targets the centering of analog, mixed-signal, and RF IP designs to meet new environment constraints, significantly reducing resource and time requirements. The AI-driven approach swiftly fine-tunes device performances and ensures that new design goals accommodate user-defined conditions like power and area.\n\nDesign Enabler engages advanced algorithms that fuse designer insights with AI to generate optimized design solutions. Engineers benefit from a fully interactive setup using standard electronic design automation (EDA) tools that support multiple testbenches simultaneously. Among its features are precise device adjustment abilities, ensuring that critical device parameters align with overall design objectives.\n\nProviding a visual platform for potential design solutions, users can view and select optimal configurations, streamlining the process of aligning existing designs with new technological prerequisites. This capability not only saves valuable design time but also boosts the efficacy of user-defined performance targets, adapting IP designs to achieve greater functionality and efficiency in their new settings.
Technology Analyzer is a robust tool designed to facilitate the migration of analog, mixed-signal, and RF IPs. This software offers an in-depth analysis that reveals potential challenges in migrating between different technology nodes, helping users make strategic, cost-effective decisions. By automating the comparison between initial and target technologies, Technology Analyzer minimizes manual involvement, expediting the migration process. Through its intuitive interface, users can analyze design characteristics efficiently, leveraging industry-standard simulations to ensure precision and integrity.\n\nThe tool provides comprehensive reporting, which includes color-coded differences and waveform comparisons, allowing engineers to identify and address migration issues proactively. It supports design-centric mapping and automates crucial aspects of the migration process, such as testcase generation, offering a detailed comparison of the technological landscapes. With Technology Analyzer, businesses can achieve a seamless IP migration, maintaining design integrity while adapting to new technological requirements.\n\nA significant advantage of the Technology Analyzer is its capacity to rapidly qualify IPs by recognizing compatibility issues early. This attribute is crucial for maintaining design integrity throughout the migration process, ensuring that the final design performs reliably without undue iterations. Its capabilities in early assessment of technology nodes make it an invaluable resource for optimizing project budgets and supporting data-driven decision-making in design migration.
Layout Automation is a tool designed to ensure design integrity is maintained through intelligent automation in final layout stages. It merges critical verification data into design layouts post-silicon validation, preserving the groundwork laid by previous design phases. By automating repetitive tasks, this tool reduces design timeframes and allows engineers to concentrate on strategic aspects rather than routine layout concerns.\n\nThe automation of design rule checks (DRC) ensures that layouts adhere to industry standards without the need for extensive manual intervention, raising design reliability and throughput. The Layout Automation interface facilitates seamless interaction, complementing existing EDA workflows to integrate smoothly into the design process.\n\nThis tool's precise mapping of devices and layers ensures consistency in design transitions, thereby mitigating layout inconsistencies and preparing the design for efficient manufacturing. Its competencies in maintaining device and layout positioning highlight its crucial role in finalizing design projects ready for production, making Layout Automation an indispensable component in the semiconductor IP production pipeline.
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