Product Specifications
Device Architecture Overview
- FPGA Series: Xilinx Virtex-E Family
- Logic Capacity: 100,000 system gates equivalent
- Speed Grade: -8 (standard commercial performance)
- Package Type: FG256C (256-pin Fine-pitch Ball Grid Array, Commercial)
- Operating Temperature: Commercial grade (0ยฐC to +85ยฐC)
Core Logic Resources
- Configurable Logic Blocks: 384 CLBs in optimized array configuration
- Equivalent Logic Cells: Approximately 1,152 logic cells
- Lookup Tables: 4-input LUTs with flexible interconnect routing
- Flip-Flops: Abundant sequential logic resources
- Carry Logic: Dedicated fast carry chains for arithmetic operations
Memory Architecture
- Block SelectRAM: 10 dedicated 4K-bit dual-port RAM blocks
- Total Block Memory: 40K bits of synchronous block memory
- Distributed RAM: Configurable RAM within CLB structures
- Memory Interfaces: Flexible address and data width configurations
- Port Configuration: True dual-port and simple dual-port modes
I/O and Connectivity Features
- Maximum User I/O: Up to 196 configurable I/O pins
- I/O Standards: LVTTL, LVCMOS (1.5V to 3.3V), LVDS, SSTL, HSTL
- Differential Pairs: High-speed differential signaling capability
- I/O Banking: Independent voltage domains for mixed-signal applications
- Programmable Features: Drive strength, slew rate, and termination control
Clock Management System
- Delay-Locked Loops: 4 integrated DLLs for clock conditioning
- Global Clock Networks: 16 dedicated low-skew global clock distributions
- Clock Domains: Multiple independent clock domain support
- Phase Control: Precise clock phase adjustment and deskew
- Frequency Range: DC to 150+ MHz typical clock performance
Advanced Configuration Options
- Configuration Memory: SRAM-based reconfigurable technology
- Programming Modes: SelectMAP, serial, slave serial, and JTAG
- Configuration Size: Optimized bitstream for rapid reconfiguration
- Partial Reconfiguration: Dynamic logic modification capability
- Security Features: Bitstream encryption and access control options
Pricing Information
Market Positioning: The XCV100E-8FG256C offers competitive pricing within the mid-range FPGA segment, with current market rates typically ranging from $95-$240 per unit based on volume commitments and supplier relationships.
Volume Pricing Structure:
- Prototype Quantities (1-9 units): $190-$240 per device
- Small Production (10-49 units): $145-$185 per device
- Medium Volume (50-249 units): $115-$155 per device
- Large Production (250+ units): $95-$135 per device
Pricing Influencing Factors:
- Legacy Product Status: Mature product lifecycle affects availability and cost
- Package Premium: FG256 fine-pitch packaging commands slight premium over standard packages
- Market Demand: Supply and demand dynamics for Virtex-E series devices
- Distribution Channel: Authorized distributors vs. component brokers pricing variance
Cost Optimization Strategies:
- Annual volume commitments for predictable pricing
- Flexible delivery schedules to optimize inventory costs
- Alternative package evaluation for cost-sensitive applications
- Migration assessment to current FPGA generations for long-term projects
Total Cost of Ownership: Factor in development tool costs, board design complexity, and long-term support when evaluating XCV100E-8FG256C for your application requirements.
Documents & Media
Primary Technical Documentation
- XCV100E-8FG256C Complete Datasheet: Detailed electrical specifications, timing parameters, and operating conditions
- Virtex-E Family User Guide: Comprehensive architecture description and design guidelines
- FG256 Package Specification: Mechanical drawings, ball assignment, and PCB footprint requirements
- Configuration User Guide: Programming procedures and bitstream management
Design Implementation Resources
- PCB Design Guidelines: High-density routing recommendations for FG256 package
- Signal Integrity Application Notes: Transmission line design and termination strategies
- Power Distribution Design: Decoupling network and power plane optimization
- Thermal Management Guide: Heat dissipation analysis and cooling solutions
Software Development Documentation
- ISE Design Suite User Manual: Complete development environment documentation
- Synthesis and Implementation: Optimization techniques for XCV100E-8FG256C architecture
- Timing Closure Methodology: Advanced timing analysis and constraint development
- Debug and Verification: On-chip debugging and simulation best practices
Application-Specific Guides
- Digital Signal Processing: DSP implementation and optimization techniques
- Communication Interface Design: Standard protocol implementation examples
- Embedded System Integration: Microprocessor interface and co-design patterns
- Low Power Design: Power optimization strategies and clock gating techniques
Multimedia Learning Resources
- Interactive Tutorials: Web-based design flow training modules
- Video Demonstrations: Step-by-step implementation walkthroughs
- Webinar Library: Recorded technical presentations and Q&A sessions
- Case Study Collection: Real-world implementation examples and lessons learned
Related Resources
Development Tools and Environment
- Xilinx ISE Design Suite: Native development platform for XCV100E-8FG256C
- WebPACK ISE: Free development tools with device-specific licensing
- Third-Party EDA Integration: Synopsys, Cadence, and Mentor Graphics tool compatibility
- IP Integration Tools: LogiCORE IP catalog and third-party IP integration
Hardware Development Support
- Evaluation Boards: Development platforms featuring XCV100E-8FG256C
- Programming Hardware: JTAG cables, configuration PROMs, and programming adapters
- Prototyping Solutions: Rapid prototyping boards and socket adapters
- Test and Measurement: Specialized FPGA testing and characterization equipment
Technical Support Infrastructure
- Xilinx Technical Support: Direct engineering consultation and problem resolution
- Certified Design Partners: Third-party design services and consulting
- Training and Certification: Professional development courses and certification programs
- User Community: Forums, wikis, and peer-to-peer knowledge sharing
Migration and Lifecycle Planning
- Device Cross-Reference: Pin-compatible and functionally similar alternatives
- Migration Tools: Automated design porting and optimization utilities
- Performance Benchmarking: Comparative analysis with current FPGA families
- End-of-Life Management: Transition planning and long-term support strategies
Intellectual Property and Reference Designs
- LogiCORE IP Library: Xilinx-verified IP cores and functions
- Open Source IP: Community-developed and verified IP collections
- Reference Design Database: Proven implementation patterns and architectures
- Application-Specific IP: Industry-standard protocol and interface implementations
Supply Chain and Logistics
- Authorized Distributor Network: Global supply chain partners and regional support
- Component Sourcing: Alternative sourcing and excess inventory channels
- Supply Chain Visibility: Lead time tracking and allocation management tools
- Quality Assurance: Counterfeit detection and supply chain integrity programs
Environmental & Export Classifications
Environmental Compliance Framework
- RoHS Directive Compliance: XCV100E-8FG256C fully compliant with EU RoHS 2011/65/EU
- WEEE Directive: Electronic waste management and recycling compliance
- REACH Regulation: Chemical substance registration and safety compliance
- Conflict Minerals: Responsible sourcing and supply chain transparency
- Carbon Footprint: Environmental impact assessment and reduction initiatives
Commercial Operating Environment
- Temperature Range: 0ยฐC to +85ยฐC ambient commercial operation
- Junction Temperature: Maximum 125ยฐC with appropriate thermal design
- Thermal Resistance: ฮธJA = 21ยฐC/W (typical), ฮธJC = 4ยฐC/W (typical)
- Storage Conditions: -65ยฐC to +150ยฐC non-operating temperature range
- Humidity Specification: 10% to 95% relative humidity, non-condensing
- Altitude Rating: Sea level to 3,000 meters operational capability
Export Control and International Trade
- U.S. Export Administration: Subject to Export Administration Regulations (EAR)
- Export Control Classification: Verify current ECCN for international shipments
- International Trade Compliance: WTO, USMCA, and bilateral trade agreement adherence
- Country-Specific Restrictions: Destination-based export licensing requirements
- End-User Screening: Due diligence and restricted party screening protocols
- Technology Transfer: Controlled technology transfer documentation and approval
Quality Management and Manufacturing
- ISO 9001:2015 Certification: Quality management system compliance
- Manufacturing Standards: Statistical process control and Six Sigma methodologies
- Supply Chain Qualification: Authorized supplier network and qualification protocols
- Component Traceability: Complete lot tracking and genealogy documentation
- Continuous Improvement: Quality metrics monitoring and corrective action processes
- Customer Satisfaction: Quality feedback systems and responsive issue resolution
Package and Material Specifications
- Lead-Free Construction: Pb-free manufacturing and assembly compatibility
- Package Materials: High-reliability BT substrate and molding compound
- Moisture Sensitivity Level: MSL-3 classification per JEDEC J-STD-020
- Electrostatic Discharge: Class 1 ESD sensitive device handling requirements
- Storage Environment: Controlled temperature and humidity storage protocols
- Material Safety: Complete material declaration and safety data sheets
Reliability and Performance Validation
- Commercial Grade Qualification: Standard commercial reliability testing protocols
- Accelerated Life Testing: Statistical reliability modeling and MTBF calculations
- Environmental Stress Testing: Temperature cycling, thermal shock, and humidity testing
- Electrical Characterization: Comprehensive parametric and functional testing
- Quality Metrics: Defect rate tracking and statistical quality control
- Field Reliability: Customer return analysis and reliability improvement programs
Safety and Regulatory Certifications
- Electromagnetic Compatibility: EMC testing per international standards
- Product Safety: UL recognition and international safety standard compliance
- Regional Certifications: CE marking, KC mark, and other regional requirements
- Industry Standards: IEC, ANSI, IEEE, and sector-specific standard compliance
- Environmental Testing: Vibration, shock, and environmental stress validation
- Documentation Control: Certificate management and compliance tracking systems
Compact Design Advantage: The XCV100E-8FG256C’s FG256 package provides an optimal balance between I/O count and board space utilization, making it particularly well-suited for handheld devices, compact industrial controllers, and space-constrained embedded applications where every square millimeter of PCB area is valuable.
Performance Optimization: While the -8 speed grade provides standard commercial performance, careful design techniques including pipeline optimization, clock domain management, and critical path analysis can maximize the XCV100E-8FG256C’s capabilities for demanding real-time applications.
Long-Term Availability: As a mature Virtex-E series product, establish comprehensive supply chain strategies for the XCV100E-8FG256C including component forecasting, alternative sourcing arrangements, and potential design migration paths to ensure sustained product availability throughout your product lifecycle.
