Exostiv Blade is designed as a robust solution for deep FPGA tracing, aimed at providing extensive multi-FPGA capture capabilities. It facilitates highly detailed data capture at operating speeds approaching 800 MHz, leveraging trace storage capacities of up to 5.12 TB. This scalable system supports remote access and is versatile enough to handle different deployment environments, from pre-silicon validation to system-level testing in prototype phases. With its modular 2U and 4U chassis options, the Exostiv Blade can manage multiple FPGA systems simultaneously, making it an invaluable tool in complex debugging applications.
Engineers benefit from the Exostiv Blade by using it to stress test and verify FPGA designs before production, ensuring flaws are caught and debugged early. It supports dynamic triggering and data qualification conditions, allowing users to pinpoint issues that traditional verification methods might overlook. Furthermore, the tool integrates seamlessly into FPGA prototyping systems, offering compatibility with existing design environments and tools, thus reducing setup and learning curves.
This tool is particularly effective in scenarios where precise timing analysis and performance verification are critical. Engineers can achieve greater insight into each FPGA's operational characteristics, thereby optimizing for performance and power efficiency. The Exostiv Blade supports a broad range of AMD devices and accommodates an adaptable number of capture board configurations based on project requirements. It is also compatible with various FPGA vendor tools, maximizing its utility across different design paradigms.
