The XCV400E-6FGG676C is a powerful field-programmable gate array (FPGA) from Xilinx’s Virtex-E series, designed to deliver exceptional performance for demanding digital signal processing and high-speed computing applications. This advanced FPGA combines robust functionality with flexible programmability, making it an ideal choice for telecommunications, aerospace, and industrial control systems.
Product Specification
The XCV400E-6FGG676C features comprehensive specifications that demonstrate its capability for complex digital designs. This Virtex-E series FPGA incorporates 400,000 system gates with advanced architecture optimized for high-performance applications. The device operates with a -6 speed grade, ensuring reliable performance across various operating conditions.
Key technical specifications of the XCV400E-6FGG676C include a fine-pitch ball grid array (FBGA) package configuration with 676 pins, providing extensive I/O connectivity options. The device supports multiple I/O standards and voltage levels, enabling seamless integration with various system architectures. Advanced clocking resources and dedicated memory blocks enhance the FPGA’s processing capabilities, while built-in boundary scan features facilitate comprehensive testing and debugging.
The XCV400E-6FGG676C incorporates Xilinx’s proven FPGA technology with configurable logic blocks (CLBs), block RAM, and dedicated multipliers. These features combine to create a versatile platform capable of implementing complex digital algorithms and signal processing functions with exceptional efficiency.
Price
Pricing for the XCV400E-6FGG676C varies based on order quantity, delivery requirements, and supplier relationships. As a specialized FPGA component, the XCV400E-6FGG676C typically falls within the mid-to-high range pricing tier for Virtex-E series devices. Volume discounts and long-term supply agreements can significantly impact final pricing structures.
For current pricing information on the XCV400E-6FGG676C, contact authorized Xilinx distributors or semiconductor suppliers. Many suppliers offer competitive pricing along with technical support and design assistance to help optimize your XCV400E-6FGG676C implementation.
Documents & Media
Comprehensive documentation supports successful implementation of the XCV400E-6FGG676C in your designs. Essential resources include the official Xilinx datasheet containing detailed electrical characteristics, timing specifications, and package information specific to the XCV400E-6FGG676C.
Additional technical documentation covers programming guidelines, design considerations, and application notes that demonstrate optimal usage of the XCV400E-6FGG676C capabilities. Pin-out diagrams, package drawings, and mechanical specifications ensure accurate PCB design and assembly processes.
Development tools and software resources facilitate rapid prototyping and deployment of XCV400E-6FGG676C-based solutions. Xilinx ISE Design Suite provides comprehensive design entry, synthesis, and implementation capabilities specifically optimized for Virtex-E series FPGAs including the XCV400E-6FGG676C.
Related Resources
The XCV400E-6FGG676C integrates seamlessly with various development boards, evaluation kits, and reference designs that accelerate project development. Compatible development platforms showcase the FPGA’s capabilities while providing proven hardware implementations for common applications.
Software tools and IP cores complement the XCV400E-6FGG676C hardware capabilities, offering pre-designed functions for digital signal processing, communications protocols, and interface standards. These resources reduce development time and ensure reliable performance in final applications.
Technical support resources include application engineering assistance, design review services, and troubleshooting guidance specific to XCV400E-6FGG676C implementations. Community forums and knowledge bases provide additional support for developers working with this Virtex-E series FPGA.
Environmental & Export Classifications
The XCV400E-6FGG676C meets stringent environmental standards ensuring reliable operation across diverse deployment scenarios. Temperature specifications cover both commercial and extended operating ranges, while humidity and shock resistance ratings confirm suitability for demanding applications.
RoHS compliance certification demonstrates the XCV400E-6FGG676C commitment to environmental responsibility through lead-free manufacturing processes. Additional environmental certifications support deployment in applications requiring specific regulatory compliance.
Export classification information for the XCV400E-6FGG676C ensures proper handling of international shipping and customs requirements. Understanding these classifications helps maintain compliance with applicable trade regulations and export control requirements when incorporating the XCV400E-6FGG676C into products destined for global markets.
The XCV400E-6FGG676C represents proven FPGA technology backed by comprehensive support resources and documentation, making it an excellent choice for high-performance digital design applications requiring reliable, flexible, and powerful programmable logic solutions.
