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Exostiv Labs

Exostiv Labs specializes in providing innovative solutions for semiconductor design and validation, focusing on expanding the visibility into FPGA and SoC systems. Their suite of products is designed to facilitate deep capture of data from FPGAs, enabling comprehensive SoC validation and debugging. With the ability to handle large data throughput and storage demands, their solutions cater to both individual FPGA components and extensive multi-FPGA systems, making them ideal for a variety of industrial applications. The company aims to empower engineers with tools that offer complete and accurate data visualization environments. Catering to the needs of pre-silicon validation and debugging, Exostiv Labs offers products that integrate seamlessly with existing FPGA infrastructure, supporting a wide range of AMD FPGA devices such as Artix, Kintex, Virtex, and Zynq. Their solutions are adaptable to different development stages, from design verification to production, ensuring that engineers have the insights needed to refine and optimize performance. This adaptability is enhanced by their product's compatibility with popular engineering environments across different operating systems. Exostiv Labs provides a streamlined workflow for engineers, from the synthesis of design into FPGAs to capturing real-time operating data. This is critical for detecting issues that may not appear in simulated environments, thereby reducing the risk and cost of end-product failures. Their emphasis on robust data analysis is evident through integration with waveform visualization tools, ensuring that users can efficiently interpret complex data sets. Read more

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EXOSTIV

EXOSTIV provides an innovative approach to capturing FPGA signals, allowing engineers to monitor a vast array of internal signals at their operational speeds. Its integration into existing FPGA infrastructures allows it to provide real-time insights into the performance and operation of FPGA designs without the typical trade-offs seen in simulation-only approaches. EXOSTIV supports a broad range of AMD FPGA devices and makes use of the company’s tailored probes, which connect through QSFP28 and other compatible interfaces. These probes operate with a maximum data rate reaching up to 16.25 Gbps, facilitating significant capture memory that ensures detailed analysis of the design working conditions. The solution also delivers robust functionality through a sophisticated IP inserter, offering options for dynamic data and event-triggered captures. Engineers benefit from its seamless compatibility with various prototyping boards and a versatile software environment that supports complex debugging scenarios, enhancing both pre-production testing and design optimization processes.

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EXOSTIV Blade

The EXOSTIV Blade is a sophisticated solution designed to perform deep, multi-FPGA capture at full operational speeds. It supports an array of use cases, including pre-silicon SoC validation on FPGA prototypes and complex multi-FPGA debugging. Notably, the system offers scalable bandwidth that reaches up to 4.5 Tbps, facilitating storage of trace data on up to 5.12 TB of memory. EXOSTIV Blade is engineered for flexibility with an architecture that uses a modular chassis, available in compact, tower, 2U, and 4U configurations. Each unit can feature multiple capture boards equipped with QSFP28 connectors, enabling seamless integration with FPGA transceivers at rates up to 28.125 Gbps. This configuration ensures a comprehensive data capture capability across various FPGA nodes, providing a detailed view of the operational performance. Equipped with remote access functionality, EXOSTIV Blade supports multiple users simultaneously, enhancing collaborative engineering efforts. The EXOSTIV Blade IP enhances functionality with features like sampling up to 800 MHz, dynamic data group selection, and the ability to trigger across multiple clock domains, making it an essential tool for engineers looking to conduct thorough debugging and analysis.

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EXOSTIV IP

The EXOSTIV IP suite allows for extensive data capture capabilities within FPGA designs, offering engineers unparalleled insight during debugging and validation processes. Its primary advantage lies in its adaptability across different use cases, providing features like sampling at high frequencies and comprehensive data storage capabilities. With EXOSTIV IP, engineers leverage tailored IP configurations that align with design requirements, supporting multiple transceiver connections, which are necessary for highly detailed data collection. The platform's advanced insertion software facilitates seamless integration within the development lifecycle, allowing for both pre-silicon and production-phase testing. The setup is designed for scalability and flexibility, enabling users to instrument multiple FPGAs with varying configurations and storage needs. Its sophisticated triggering options, such as cross-clock domain triggering and dynamic data qualification, make it an essential tool for any engineering team focused on high-performance design environments.

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