Product Specifications
The XC5VSX240T-1FF1738C delivers outstanding performance through its advanced architecture and comprehensive feature set. This FPGA contains 37,440 logic cells and 15,552 CLB slices, providing substantial processing power for complex algorithms and data-intensive applications. The device features 1,056 dedicated DSP48E slices, enabling efficient implementation of multiply-accumulate operations, filters, and other signal processing functions.
Memory resources include 10,368 Kbits of block RAM and 2,160 Kbits of distributed RAM, offering flexible storage options for buffering and data management. The XC5VSX240T-1FF1738C supports high-speed I/O operations with 1,200 user I/O pins and includes four integrated RocketIO GTP transceivers capable of operating at speeds up to 3.75 Gbps per channel.
Operating at a speed grade of -1, this device is housed in a robust 1738-pin flip-chip BGA package (FF1738), ensuring reliable connections and excellent thermal performance. The commercial temperature range (C grade) supports operation from 0ยฐC to +85ยฐC, making it suitable for a wide range of industrial applications.
Price
Pricing for the XC5VSX240T-1FF1738C varies based on quantity, distribution channel, and market conditions. For current pricing information and volume discounts, contact authorized Xilinx distributors or visit the official Xilinx website. The investment in this high-performance FPGA is justified by its exceptional capabilities, long-term availability, and comprehensive development tool support.
Documents & Media
Comprehensive documentation supports successful implementation of the XC5VSX240T-1FF1738C in your design projects. Essential resources include the detailed datasheet containing electrical specifications, timing parameters, and package information. The Virtex-5 User Guide provides architectural details and design guidelines, while application notes offer practical implementation examples and best practices.
Development is streamlined through Xilinx’s Vivado Design Suite and ISE Design Suite, which provide complete design entry, synthesis, implementation, and verification capabilities. Reference designs and IP cores accelerate development time and ensure optimal performance utilization of the XC5VSX240T-1FF1738C’s advanced features.
Related Resources
The XC5VSX240T-1FF1738C ecosystem includes various development boards and evaluation kits that facilitate rapid prototyping and system validation. Compatible development platforms include the ML505 Evaluation Platform and other Virtex-5 based boards that support the FF1738 package format.
Software tools include ChipScope Pro for real-time debugging, System Generator for DSP for MATLAB/Simulink integration, and EDK (Embedded Development Kit) for processor-based system design. Third-party IP cores from Xilinx Alliance Partners extend functionality for specific applications such as video processing, communications protocols, and mathematical functions.
Training resources, including online courses and documentation, help engineers maximize their productivity with the XC5VSX240T-1FF1738C. Technical support through Xilinx forums and direct support channels ensures successful project completion.
Environmental & Export Classifications
The XC5VSX240T-1FF1738C meets stringent environmental and quality standards required for professional applications. The device is RoHS compliant and manufactured using lead-free processes, supporting environmentally conscious design practices. Reliability testing includes extended temperature cycling, thermal shock, and humidity testing to ensure long-term operational stability.
Export classification information is available through Xilinx’s Export Classification Database, as semiconductor devices may be subject to various international trade regulations. Designers should consult current export control documentation to ensure compliance with applicable regulations for their specific application and target markets.
The XC5VSX240T-1FF1738C represents an excellent choice for engineers requiring high-performance FPGA capabilities with proven reliability and comprehensive support resources. Its combination of processing power, flexibility, and robust design makes it suitable for the most demanding applications across multiple industries.
