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Exostiv Labs

Exostiv Labs is at the forefront of cutting-edge monitoring and debugging solutions for FPGA systems. They are dedicated to enhancing the visibility and validation capabilities of electronic designs, specifically within the FPGA domain. By offering tools that allow for real-time capture and monitoring, the company transforms the way engineers interact with FPGAs. Their solutions, ranging from individual setups to enterprise-level deployments, are designed to streamline design processes and improve debugging efficiency. The company specializes in providing products that cater to various needs, including massive data capture and analysis. Their offerings support the entire spectrum from prototyping to pre-silicon validation. Exostiv Labs aims to overcome the limitations traditionally associated with simulation-only approaches by providing tools that allow engineers to perform at-speed analysis on complex designs within real-world environments. Moreover, Exostiv Labs has developed products like the EXOSTIV Blade, which integrates advanced capture techniques to gather extensive data from running FPGA applications. This product, alongside others, forms part of a robust lineup that serves multiple stages of electronic design verification, from pre-production tests to the optimization of existing systems. Their advanced waveform viewer, MYRIAD, significantly enhances the productivity of engineers by offering superior visualization and interpretation capabilities of waveform databases, ensuring that users can efficiently analyze large volumes of data. Read more

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EXOSTIV

EXOSTIV is a versatile tool providing extensive capture capabilities for monitoring FPGA internal signals. It's designed to visualize operation in real-time, thus offering immense savings by mitigating FPGA bugs during production and lowering engineering costs. The tool adapts to different prototyping boards and supports a variety of FPGA configurations. A hallmark of EXOSTIV's functionality is its ability to perform at-speed analysis in complex FPGA designs. It features robust probes like the EP16000, which connects to FPGA chip transceivers, supporting significant data rates per transceiver. This setup ensures that engineers can conduct real-world testing and accurate data capture, overcoming the hindrances often encountered with simulation-only methods. The tool boasts a user-friendly interface centered around its Core Inserter and Probe Client software, allowing for efficient IP generation and integration into the target design. By providing comprehensive connectivity options via QSFP28 and supporting multiple platforms, EXOSTIV remains an essential asset for engineers aiming to enhance their FPGA design and validation processes.

AMBA AHB / APB/ AXI, Clock Generator, Processor Core Dependent

EXOSTIV Blade

The EXOSTIV Blade is engineered for deep multi-FPGA capture, providing remote and high-speed access to data for complex debugging needs. This system is crucial for pre-silicon SoC validation on FPGA prototypes and enables the parallel testing of FPGA systems across multiple sites. With the ability to capture millions of nodes from numerous FPGAs and offer up to 4.5 Tbps bandwidth, the EXOSTIV Blade is integral for storing significant amounts of trace data, reaching up to 5.12 TB in a single unit. This flexibility extends to its physical setup, which is available in various chassis sizes from compact options to 4U module racks. The unit is equipped with multiple capture boards, using QSFP28 connectivity to transport sampled data quickly and efficiently from tested FPGAs to the storage memory, ensuring scalable bandwidth and storage capabilities for a range of design verification scenarios. In terms of features, the EXOSTIV Blade supports AMD FPGA families and integrates with FPGA transceivers at speeds up to 28.125 Gbps. Its client applications are compatible with Windows, Linux, and MacOS, thereby extending capabilities for remote operation. The device’s architecture facilitates extensive configuration possibilities, including multiple IP instances that allow for diversified capture scenarios with dynamic triggering and data qualification conditions.

AMBA AHB / APB/ AXI, Clock Generator, Processor Core Dependent