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EXOSTIV is an advanced FPGA capture solution designed to monitor and visualize internal FPGA signals operating at full speed. Particularly focused on providing efficient debugging and validation, EXOSTIV is invaluable for engineers dealing with complex FPGA designs that surpass the capabilities of traditional simulation methods. Its primary advantage lies in enabling full-speed analysis in real-world environments, minimizing production-level FPGA bugs and reducing total engineering costs. With its probe connectivity featuring QSFP28 and various compatible adapters, EXOSTIV ensures seamless integration with existing FPGA chips. It supports up to 4 transceivers at significant bandwidths, allowing comprehensive signal capture. The system's capacity to handle up to 65 Gbps ensures that a vast amount of data can be analyzed and stored, enabling engineers to uncover intricate design issues that would otherwise go unnoticed. EXOSTIV leverages powerful software environments to enhance usability and functionality. It includes tools like the Exostiv Core Inserter, which aids in the generation and modification of IP instances across multiple levels--from RTL to netlist insertion. These capabilities provide users with extensive control over their debug and validation processes, making the EXOSTIV a versatile addition to their FPGA development toolkit.
EXOSTIV Blade is a sophisticated tool designed for deep capture from multi-FPGA systems, facilitating advanced debugging and validation. Engineered to work remotely and at high speeds, the EXOSTIV Blade is essential for pre-silicon SoC validation, especially in complex, multi-FPGA scenarios. It offers scalable bandwidth and storage resources, allowing electronic engineers to capture millions of nodes across multiple FPGAs at once. Featuring a flexible architecture, the EXOSTIV Blade accommodates various configurations, ensuring it can adapt to any capture scenario. Each unit can manage from 1 to 10 capture boards, with each board equipped with full connectivity options like QSFP28 transceivers. This robust configuration enables the system to support high-speed data capture, up to 4.5 Tbps bandwidth per chassis, and storage capacities scaling to 5.12 TB, thus providing comprehensive insights into FPGA operations. The system also comes with software tools such as the Exostiv Blade Core Inserter, which facilitates versatile IP setup and management. Users can choose from different IP cores like the Standard IP and the Extended Width IP, to tailor the data collection to their specific needs. This capability results in efficient data organization and real-time operational analysis, giving engineers a compelling edge in refining and correcting FPGA prototypes before production.
The EXOSTIV IP range is tailored to meet the wide-ranging needs of engineers requiring flexible FPGA signal capture and analysis. These IP solutions, including the Standard and Extended Width IP, offer unprecedented flexibility and the highest sampling speeds within the industry. They are key to enhancing interactivity during capture scenarios and provide extensive coverage across single or multiple FPGAs. EXOSTIV Standard IP is renowned for offering multiple capture units with distinct clock source sampling, achieving rates up to 800 MHz. It supports dynamic triggering and selection of data groups at runtime, across different clock domains. On the other hand, the Extended Width IP focuses on maximizing the reach with minimal resources, supporting up to 65K nodes per instance and streamlined sampling operations. These IPs are configured with specialized software that enables seamless integration into target designs, with functionalities for setting up FPGA transceivers and defining features. The insertion flows are designed for maximum user control, catering to varied levels of design and synthesis stages. Whether for initial design phases or post-synthesis interventions, EXOSTIV IPs empower engineers to optimize their FPGA-based product outcomes.
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