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Exostiv is engineered to boost visibility within FPGA designs, offering a real-time capture of extensive signal data directly from operating systems. It provides a powerful tool for engineers to perform at-speed analysis of full-system designs under real-world conditions, significantly enhancing the debugging process. With the ability to capture up to 65 gigabits per second of data, Exostiv ensures no bug goes unnoticed in production. Utilizing high-speed connectivity options such as QSFP28 and SFP+, Exostiv connects seamlessly with FPGA transceivers. The system captures data through these high-speed links, storing it in onboard memory for detailed post-capture analysis. This allows for the exhaustive testing of FPGA prototypes, reducing the risks associated with partial simulation methods. Exostiv supports a range of AMD FPGA device families, ensuring extensive application across development projects. The robust Exostiv Probes included allow for a wide range of use scenarios, providing engineers with an interactive and flexible means of conducting detailed investigations of complex designs.
The Exostiv Blade is a robust solution designed for capturing immense data from FPGA systems. It excels in pre-silicon SOC validation and is particularly suited for complex multi-FPGA debugging. Allowing for simultaneous data capture from multiple units, it operates at speeds up to 800 MHz, handling up to 16 terabits per second. This unit supports configuration in various chassis forms, from compact to 4U tower options. Exostiv Blade's architecture incorporates multiple capture boards to suit various capture needs. Each capture board is furnished with transceiver inputs, and the system is scalable to include multiple boards, providing up to 4.5 terabits of bandwidth and 5.12 terabytes of storage. This capability ensures comprehensive data capture, critical for detailed analysis and iterative design improvements in complex FPGA setups. End-user accessibility is a key feature, with remote operations supported across multiple users, facilitated by a sophisticated client interface for various operating systems including Windows, Linux, and MacOS. Exostiv Blade is compatible with numerous AMD FPGA devices, reinforcing its versatility in different development environments.
The EXOSTIV IP suite is a sophisticated toolset that enhances the visibility and analysis of FPGA designs. Capable of sampling at speeds up to 800 MHz, it provides a comprehensive solution for debugging complex systems through multiple capture units, each configured for distinct sampling needs. It supports broad node coverage across FPGAs, proving indispensable for rigorous testing environments. Integrated through the Exostiv Core Inserter software, these IPs offer unmatched flexibility in terms of configuration and insertion into FPGA designs. They can be inserted at various design stages, adding to the ease of integration within existing workflows. This suite supports dynamic triggering and data qualification, essential for capturing pertinent operational data without compromising FPGA resources. Features also include cross-clock domain triggering, extensive data group management, and a reduced footprint on FPGA resources. The EXOSTIV IP's advanced capabilities are vital for uncovering issues in live systems that might be missed during simulation, assisting engineers in refining and iterating their designs efficiently.
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