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Spec-TRACER is a powerful tool for managing the lifecycle of FPGA and ASIC requirements. It provides a unified platform for capturing, managing, and tracing requirements, making complex designs more manageable and traceable throughout their lifecycle. This tool is specifically tailored to comply with stringent industry standards for user and design requirements, aligning with hardware and software deliverables. By facilitating clear requirement management, Spec-TRACER ensures thorough traceability and accountability, reducing risks of design deviations and enhancing communication across development teams. This results in a streamlined workflow where requirements can be easily documented, tracked, and matched with design outputs effectively. Spec-TRACER excels in capturing detailed analyzes and facilitating robust reporting, aligning closely with processes required in domains such as aerospace and defense. Its capacity to support comprehensive requirements management protocols makes it indispensable for projects demanding high levels of compliance and verification rigor, ultimately enhancing the quality and reliability of final products.
TySOM Boards are a powerful solution in Aldec's line of embedded system prototyping tools, bringing the practicality of high-performance FPGA-based platforms to system design applications. These boards integrate a range of FPGAs like Xilinx’s Zynq UltraScale+, Zynq-7000, and Microchip's PolarFire SoC, catering to a broad spectrum of advanced computational needs. With industry standard interfaces such as FMC and BPX, these boards are not only versatile but also easily expandable with Aldec’s extensive daughter card selection. Thus, they stand out in facilitating the fast development of embedded applications spanning from automotive systems to AI, machine learning, and IoT. TySOM Boards provide a user-friendly platform that enables engineers to bridge the gap between conceptual design and physical implementation, fostering innovation in high-demand sectors like automotive advanced driver assistance systems (ADAS) and industrial automation. Their design supports a multitude of applications where performance and reliability are paramount, thus allowing designers unprecedented flexibility and capability in high-stakes development environments. As embedded system prototyping continues to grow in complexity, TySOM Boards offer a scalable path forward, meeting the challenges of next-generation technology design and deployment.
Active-HDL is a comprehensive design creation and simulation solution tailored for team-based environments that facilitates the design and verification of FPGAs. Built on Windows, it comprises an integrated design environment (IDE) that includes a full suite of HDL and graphical design tools along with a mixed-language simulator. This synergistic combination enables rapid deployment and seamless team collaboration. The suite is particularly effective for both RTL and gate-level simulation, supporting intricate and technical designs. Its user-friendly interface and extensive graphical capabilities allow designers to manage projects easily. It accelerates the design process by providing effective debugging and simulation features essential for validating complex digital architectures efficiently. Active-HDL supports newer language standards, making it highly adaptable to diverse requirements. Whether dealing with large scale projects or intricate designs, it gives engineers the flexibility needed to bring precision and speed to digital design simulations. The suite’s integration into project workflows is simplified by comprehensive project management tools that streamline and enhance productivity.
HES-DVM is a sophisticated hybrid verification and validation platform designed for SoC and ASIC projects, supporting design complexities up to 633M ASIC gates. It facilitates accelerated bit-level simulations, SCE-MI 2.1 transaction emulations, hardware prototyping, and virtual modeling, making it an adaptable and full-featured solution for modern silicon verification needs. By providing automated and scalable verification environments, HES-DVM allows engineers to meticulously validate architectures and implementations without facing overwhelming manual intervention. Its innovative co-emulation capabilities enable seamless verification, partitioning designs efficiently across resources, which is crucial for the validation of complex multi-FPGA setups. Leveraging the latest in emulation technology, the platform is deeply integrated with leading EDA tools, enhancing overall design productivity and quality. HES-DVM's comprehensive environment not only supports large and complex designs but also integrates dynamically with cloud-based resources. This ensures the scalability and adaptability necessary for cutting-edge design verification projects, offering unmatched flexibility and efficiency in handling extensive and sophisticated verification workloads.
Riviera-PRO addresses the crucial needs of verification engineers working on the forefront of FPGA and SoC development. By combining a high-performance simulation engine with advanced debugging tools, Riviera-PRO propels testbench productivity, optimizes reusability, and offers extensive automation. This product supports the latest verification methodologies, including UVM, enhancing its adaptability and integration into an engineer's existing verification ecosystems. Designed for large scale simulations, the suite provides scalable performance that meets the demands of complex simulation environments. Its robust collection of debugging tools allows for meticulous observation and correction of design issues, minimizing error and time during the development process. The platform facilitates comprehensive system-level verification, making it versatile enough to handle intricate system-on-chip architectures with ease. Moreover, Riviera-PRO is designed to seamlessly harmonize with other EDA tools, providing a holistic and integrated solution catering to all aspects of functional verification. This allows engineers to focus better on design innovations rather than spending efforts on troubleshooting simulation challenges.
The HES Proto-AXI software package is crafted to complement Aldec’s HES prototyping boards, presenting a streamlined environment for rapid prototyping and algorithm accelerator development. It harnesses the power of industry-standard AXI interconnects to facilitate multi-FPGA design partitioning, ensuring smooth transitions from design to prototype testing. This proactive approach supports the seamless integration of diverse design modules, promoting efficient debugging and refinement cycles throughout prototyping. By leveraging robust interconnect capabilities, it aids in minimizing latency and optimizing throughput, which is essential for accelerating algorithm testing and design validation. HES Proto-AXI empowers teams to quickly iterate and validate design assumptions in a physical environment that mirrors production capabilities closely. It comes with comprehensive support for ARM Cortex cores, allowing it to fit into diverse embedded systems contexts effectively. Additionally, the package’s compatibility with leading design environments enhances its utility across different stages of design and verification cycles, making it an indispensable resource for cutting-edge prototyping.
ALINT-PRO is dedicated to design verification, focusing primarily on analyzing RTL code for common issues that might affect synthesis and later design stages. It plays a critical role in identifying RTL and post-synthesis simulation mismatches to ensure optimal synthesis results. Through its extensive linting and code analysis features, it aids design teams in crafting portable and reusable code by enforcing industry coding standards. The solution accelerates design verification cycles by identifying potential problems early, saving resources, and reducing risks associated with design alterations in advanced stages. ALINT-PRO is particularly adept at spotting inefficiencies and errors that may propagate through to physical implementation, ensuring higher quality outcomes. Furthermore, it supports varied language constructs and syntheses optimizations which in turn enhances its usability across different design environments. The tool’s flexibility means it can be tailored to fit specific design projects, providing checks that align with the designer's workflow and processes.
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