The XCV812E-5BG560I represents a cutting-edge field-programmable gate array (FPGA) designed to meet the demanding requirements of modern electronic systems. This versatile semiconductor device delivers exceptional performance, reliability, and flexibility for a wide range of industrial and commercial applications.
Product Specification
The XCV812E-5BG560I features advanced architecture optimized for high-speed processing and complex logic implementation. This FPGA incorporates state-of-the-art technology to provide developers with the computational power needed for sophisticated digital signal processing, telecommunications, and embedded system applications.
Key technical characteristics of the XCV812E-5BG560I include robust I/O capabilities, extensive memory resources, and high-speed connectivity options. The device supports multiple voltage standards and offers excellent power efficiency, making it suitable for both performance-critical and power-sensitive applications. The BG560 package configuration provides optimal pin density while maintaining signal integrity and thermal performance.
The XCV812E-5BG560I delivers superior clock management capabilities with integrated phase-locked loops (PLLs) and clock distribution networks. This ensures precise timing control essential for high-frequency operations and synchronous system designs.
Price
Pricing for the XCV812E-5BG560I varies based on order quantity, delivery requirements, and current market conditions. Volume pricing discounts are typically available for large-scale production runs. For the most current pricing information and quantity-based quotes, contact authorized distributors or the manufacturer directly. Educational institutions and research organizations may qualify for special academic pricing programs.
Documents & Media
Comprehensive technical documentation supports the XCV812E-5BG560I implementation and development process. The complete datasheet provides detailed electrical specifications, timing parameters, and package information. Application notes offer practical guidance for common design scenarios and optimization techniques.
Development tools and software support include synthesis tools, simulation environments, and debugging utilities specifically optimized for the XCV812E-5BG560I architecture. Reference designs and example projects demonstrate best practices for leveraging the device’s capabilities across various application domains.
Design guidelines and layout recommendations ensure optimal PCB design practices for the XCV812E-5BG560I. These resources help engineers maximize signal integrity, minimize electromagnetic interference, and achieve reliable system performance.
Related Resources
The XCV812E-5BG560I ecosystem includes compatible development boards, evaluation kits, and prototyping platforms that accelerate design cycles and reduce time-to-market. These hardware resources provide convenient access to the device’s features and enable rapid proof-of-concept development.
Software tools and IP cores specifically designed for the XCV812E-5BG560I enhance development productivity and system functionality. Libraries of pre-verified intellectual property blocks cover common functions such as DSP algorithms, communication protocols, and interface controllers.
Technical support resources include online forums, knowledge bases, and direct engineering support channels. Training materials and workshops help development teams maximize their effectiveness when working with the XCV812E-5BG560I platform.
Environmental & Export Classifications
The XCV812E-5BG560I complies with international environmental standards and regulations, including RoHS (Restriction of Hazardous Substances) directives. The device meets stringent requirements for lead-free manufacturing processes and environmentally responsible materials usage.
Operating temperature ranges and environmental specifications ensure reliable performance across diverse deployment conditions. The XCV812E-5BG560I maintains consistent operation in industrial temperature ranges while providing adequate margin for system-level thermal management.
Export classification information for the XCV812E-5BG560I addresses international trade regulations and compliance requirements. Proper export control classifications facilitate global distribution while ensuring adherence to applicable government regulations and restrictions.
Quality certifications and reliability standards demonstrate the XCV812E-5BG560I’s suitability for mission-critical applications. Comprehensive testing and qualification processes validate device performance under stress conditions and extended operational periods.
The XCV812E-5BG560I represents an optimal choice for engineers seeking high-performance FPGA solutions with comprehensive support resources and proven reliability. Its combination of advanced features, extensive documentation, and robust ecosystem support makes it an excellent foundation for next-generation electronic systems.
