The XC4025E-2HQ304C is a powerful Field-Programmable Gate Array (FPGA) from Xilinx’s renowned XC4000E series, designed to deliver exceptional performance for complex digital applications. This versatile programmable logic device combines high-density architecture with reliable operation, making it an ideal choice for telecommunications, industrial control, and embedded system applications.
Product Specifications
The XC4025E-2HQ304C features an impressive array of technical specifications that position it as a leading solution in the FPGA market. This device incorporates 1,024 Configurable Logic Blocks (CLBs) with a total of 25,000 system gates, providing substantial logic capacity for demanding applications. The XC4025E-2HQ304C operates with a -2 speed grade, ensuring optimal performance with maximum operating frequencies up to 80 MHz.
Key specifications of the XC4025E-2HQ304C include:
- Logic Capacity: 25,000 system gates with 1,024 CLBs
- I/O Pins: 192 user I/O pins for comprehensive connectivity
- Package Type: 304-pin Plastic Quad Flat Pack (PQFP) – HQ304 package
- Operating Voltage: 5V core voltage with TTL-compatible I/O
- Operating Temperature: Commercial grade (0ยฐC to +70ยฐC)
- Memory: Distributed RAM capability within CLBs
- Configuration: SRAM-based configuration with multiple programming options
The XC4025E-2HQ304C supports various I/O standards and includes dedicated carry logic for efficient arithmetic operations. Its hierarchical design methodology enables complex system implementation while maintaining signal integrity and timing performance.
Price Information
Pricing for the XC4025E-2HQ304C varies based on quantity, supplier, and current market conditions. As a mature product in Xilinx’s portfolio, the XC4025E-2HQ304C typically offers competitive pricing for legacy system support and cost-sensitive applications. Volume discounts are generally available for large-quantity purchases, making this FPGA solution economically viable for both prototyping and production runs.
For current pricing and availability of the XC4025E-2HQ304C, customers should contact authorized Xilinx distributors or electronic component suppliers. Many suppliers offer online quote systems that provide real-time pricing based on quantity requirements and delivery schedules.
Documents & Media
Comprehensive documentation supports the XC4025E-2HQ304C implementation process, ensuring successful design integration and optimal performance. Essential documentation includes the detailed datasheet containing electrical specifications, timing parameters, and package information. The XC4025E-2HQ304C datasheet provides crucial details about power consumption, switching characteristics, and environmental specifications.
Additional technical resources encompass application notes demonstrating best practices for XC4025E-2HQ304C implementation, including PCB layout guidelines, power supply design considerations, and configuration methodologies. User guides and reference manuals offer step-by-step instructions for utilizing development tools and programming interfaces specific to the XC4025E-2HQ304C.
Design files and example projects are available to accelerate development cycles, featuring proven design patterns and optimized implementations for common applications. These resources significantly reduce time-to-market for projects incorporating the XC4025E-2HQ304C.
Related Resources
The XC4025E-2HQ304C ecosystem includes numerous complementary products and development tools that enhance design productivity and system performance. Compatible development boards provide convenient prototyping platforms specifically designed for the XC4025E-2HQ304C, featuring essential peripherals, connectors, and debugging interfaces.
Programming tools and software support streamline the development process for XC4025E-2HQ304C projects. Legacy versions of Xilinx development software maintain compatibility with this device, ensuring continued support for existing designs and enabling new development projects.
Related FPGA devices within the XC4000E family offer various logic capacities and package options, providing scalability for different application requirements. These alternatives maintain software compatibility while offering different performance and cost characteristics compared to the XC4025E-2HQ304C.
Third-party intellectual property (IP) cores and design services support rapid system development using the XC4025E-2HQ304C. These resources include proven implementations of common functions such as processors, communication interfaces, and signal processing blocks optimized for the XC4025E-2HQ304C architecture.
Environmental & Export Classifications
The XC4025E-2HQ304C meets stringent environmental and regulatory standards, ensuring reliable operation across diverse applications and geographical regions. This device complies with RoHS (Restriction of Hazardous Substances) directives, utilizing lead-free manufacturing processes and materials that meet environmental sustainability requirements.
Environmental specifications for the XC4025E-2HQ304C include commercial temperature range operation from 0ยฐC to +70ยฐC, with appropriate derating guidelines for extended temperature applications. The device demonstrates excellent reliability characteristics with comprehensive qualification testing including thermal cycling, humidity exposure, and mechanical stress evaluation.
Export classification information for the XC4025E-2HQ304C indicates compliance with relevant international trade regulations. The device typically falls under standard commercial export categories, though specific applications may require additional regulatory consideration. Customers should verify current export requirements based on their intended use and destination markets.
Quality certifications demonstrate the XC4025E-2HQ304C manufacturing adherence to ISO standards and other quality management systems. These certifications provide assurance of consistent product quality and reliability throughout the device lifecycle.
The XC4025E-2HQ304C represents a mature, reliable FPGA solution that continues to serve critical applications requiring proven performance and long-term availability. Its combination of substantial logic capacity, comprehensive I/O capabilities, and robust environmental specifications makes it an excellent choice for demanding digital system implementations.
