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Exostiv provides an extraordinary test, verification, and debugging tool for FPGA designs, offering gigabyte-level visibility at full operational speeds. It deploys FPGA resources efficiently to capture extensive internal node data without storing it all internally, significantly slashing development times. Exostiv's ability to dynamically control and select data sets for deeper analytics makes it a pivotal tool in preventing costly production flaws. The system is compatible with any prototyping board, utilizing Multi-Gigabit Transceivers to funnel data to external storage, granting extensive operational node access. Complementing traditional embedded instruments, Exostiv provides dashboards to manage and analyze data, employing the MYRIAD viewer for terpabyte-scale waveform handling, revolutionizing FPGA debugging sessions.
The Exostiv Blade is designed for deep multi-FPGA data capture, operating at impressive speeds remotely. Its profound capabilities make it a robust solution for pre-silicon SoC validation and multi-FPGA debugging. The system supports up to 800 MHz sampling, and with its scalable resources, it can capture data from millions of nodes across several FPGAs. Exostiv Blade integrates seamlessly with any FPGA prototyping system, allowing convenient remote access and enhanced storage capabilities. Its flexible architecture includes various chassis options and supports up to ten capture boards, ensuring users can tailor the setup to suit specific debugging needs. With high bandwidth QSFP28 connectors, the system facilitates massive data throughput, enabling unparalleled trace depth and precision in testing. Additionally, Exostiv Blade offers distinctive IP types, such as Standard IP for dynamic data capture and Extended Width IP for broader node reach within FPGA environments.
The EXOSTIV IP is a customizable logic analyzer core for FPGA designs, noteworthy for its minimal on-chip resource consumption while providing extensive internal signal monitoring. It leverages FPGA transceivers to establish high-bandwidth links to external storage, freeing up crucial FPGA on-chip memory. The IP core supports significant customization with multiplexing and boolean trigger configurations, which are essential for extensive data analysis during FPGA operation. As a synchronous tool, it adheres to existing design clock constraints and allows seamless integration at both RTL and netlist levels via the EXOSTIV Dashboard software. With advanced features such as configurable capture units and data groups, the EXOSTIV IP core delivers precise monitoring tailored to project-specific needs.
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