Product Specifications
Core Device Architecture
- FPGA Family: Xilinx Virtex-E Series
- Logic Density: 100,000 system gates equivalent
- Speed Grade: -8 (standard performance tier)
- Package Configuration: PQG240C (240-pin Plastic Quad Grid Array, Commercial)
- Temperature Range: Commercial grade (0ยฐC to +85ยฐC)
Logic and Memory Resources
- Configurable Logic Blocks (CLBs): 384 CLBs organized in efficient array
- Logic Cells: Approximately 1,152 equivalent logic cells
- Lookup Tables (LUTs): 4-input function generators with flexible routing
- Block SelectRAM: 10 blocks of 4K-bit dual-port synchronous RAM
- Total Block Memory: 40K bits of dedicated memory resources
- Distributed RAM: Additional RAM distributed throughout CLB structure
Input/Output Capabilities
- User I/O Pins: Up to 166 configurable I/O connections
- I/O Standards Support: LVTTL, LVCMOS (1.5V-3.3V), LVDS, SSTL, HSTL
- I/O Banking: Multiple independent voltage domains
- Differential Signaling: High-speed LVDS pair support
- Output Drive Options: Programmable drive strength and slew rate control
Clock and Timing Architecture
- Delay-Locked Loops (DLLs): 4 integrated DLLs for clock management
- Global Clock Networks: 16 dedicated low-skew global clock routes
- Clock Distribution: Hierarchical clock tree architecture
- Maximum Internal Frequency: 150+ MHz typical performance
- Clock Phase Control: Precise phase shifting and deskew capabilities
Configuration and Programming
- Configuration Memory: SRAM-based reconfigurable architecture
- Programming Interfaces: SelectMAP, serial mode, JTAG boundary scan
- Configuration Size: Compact bitstream for fast programming
- Partial Reconfiguration: Support for dynamic logic updates
- Readback Capability: Configuration verification and debugging support
Pricing Information
Current Market Analysis: The XCV100E-8PQG240C offers excellent value positioning within the Virtex-E family, with typical pricing ranging from $85-$220 per unit depending on order quantities and market conditions.
Pricing Structure:
- Small Quantities (1-24 units): $180-$220 per device
- Medium Volume (25-99 units): $120-$165 per device
- Production Quantities (100+ units): $85-$135 per device
- Large Volume Contracts: Custom pricing available
Cost Considerations:
- Legacy product status may affect long-term pricing stability
- Alternative sourcing through component brokers and excess inventory
- Volume commitment pricing for sustained production requirements
- Migration cost analysis to current-generation FPGA families
Budget Planning Tips:
- Establish multiple supplier relationships for price competitiveness
- Consider lifetime buy strategies for end-of-life products
- Evaluate pin-compatible alternatives for cost optimization
- Factor in development tool licensing costs for complete project budgeting
Documents & Media
Essential Technical Documentation
- XCV100E-8PQG240C Datasheet: Complete electrical characteristics and timing specifications
- Virtex-E Family Data Sheet: Comprehensive architecture overview and features
- PQG240 Package Information: Mechanical dimensions, pinout diagrams, and assembly guidelines
- DC and AC Switching Characteristics: Detailed timing parameters and electrical limits
Design and Implementation Resources
- User Guide Documentation: Virtex-E configuration and design methodology
- Application Notes: Design best practices and optimization techniques
- PCB Layout Guidelines: Signal integrity and power distribution recommendations
- Thermal Design Guide: Heat dissipation and cooling strategies
Software Development Support
- ISE Design Suite Compatibility: Tool version requirements and limitations
- Constraints File Examples: UCF templates for common design patterns
- Simulation Models: VHDL and Verilog behavioral simulation libraries
- Synthesis Guidelines: Optimization techniques for XCV100E-8PQG240C architecture
Multimedia and Training Materials
- Design Flow Tutorials: Step-by-step implementation guidance
- Video Training Series: FPGA design fundamentals and advanced topics
- Webinar Archives: Virtex-E optimization and troubleshooting sessions
- Case Study Documentation: Real-world implementation examples and lessons learned
Reference Designs and IP
- LogiCORE IP Catalog: Compatible intellectual property cores
- Reference Design Library: Proven design patterns and implementations
- Interface Examples: Standard protocol implementations
- Evaluation Board Schematics: Hardware reference designs
Related Resources
Development Tools and Software
- Xilinx ISE Design Suite: Primary development environment for XCV100E-8PQG240C
- WebPACK ISE: Free development tools with device support verification
- Third-Party Synthesis: Synopsys Synplify Pro and Mentor Precision compatibility
- Simulation Platforms: ModelSim, VCS, and NC-Sim integration support
Hardware Development Ecosystem
- Evaluation Platforms: Development boards featuring XCV100E-8PQG240C
- Programming Solutions: JTAG cables and configuration hardware
- Prototyping Boards: Rapid development and testing platforms
- Socket Solutions: High-reliability interconnect options for prototyping
Technical Support Network
- Xilinx Support Services: Technical consultation and problem resolution
- Design Services Partners: Certified third-party design assistance
- Training and Education: FPGA design courses and certification programs
- Community Forums: Peer support and knowledge sharing platforms
Migration and Upgrade Planning
- Device Migration Tools: Cross-reference utilities for alternative parts
- Performance Comparison: Benchmarking against modern FPGA families
- Pin Compatibility Analysis: Package and signal compatibility assessment
- Lifecycle Management: End-of-life planning and transition strategies
Application-Specific Resources
- Communication Applications: Protocol implementation guides and examples
- Digital Signal Processing: DSP optimization techniques and IP cores
- Control System Applications: Real-time processing and interface examples
- Embedded System Integration: Processor interface and co-design methodologies
Environmental & Export Classifications
Environmental Standards Compliance
- RoHS Directive Compliance: XCV100E-8PQG240C meets EU RoHS 2011/65/EU requirements
- WEEE Directive: Electronic waste management compliance
- REACH Regulation: Chemical substance registration compliance
- Environmental Product Declaration: Lifecycle environmental impact documentation
Commercial Operating Specifications
- Ambient Temperature Range: 0ยฐC to +85ยฐC commercial operating conditions
- Junction Temperature: Maximum +125ยฐC with appropriate thermal management
- Storage Temperature: -65ยฐC to +150ยฐC non-operating storage range
- Relative Humidity: 10% to 95% non-condensing operational environment
- Atmospheric Pressure: Sea level to 3,000 meters altitude operation
Export Control and Trade Compliance
- Export Administration Regulations: Subject to U.S. EAR requirements
- Export Control Classification: Verify current ECCN status for international shipments
- International Trade Agreements: Compliance with WTO, NAFTA, and bilateral agreements
- Destination Control: Country-specific export licensing requirements
- End-User Verification: Due diligence requirements for sensitive applications
Quality and Manufacturing Standards
- ISO Certification: Manufactured in ISO 9001:2015 certified facilities
- Quality Management: Statistical process control and continuous improvement
- Supply Chain Integrity: Authorized distributor network and anti-counterfeiting measures
- Component Traceability: Full genealogy tracking and lot identification
- Incoming Inspection: Rigorous quality verification protocols
Package and Material Specifications
- Lead-Free Assembly: Compatible with Pb-free soldering processes and profiles
- Package Construction: High-reliability plastic encapsulation and substrate materials
- Moisture Sensitivity: MSL rating per JEDEC/IPC standards for handling and storage
- Electrostatic Discharge: ESD classification and handling precautions
- Material Declarations: Complete bill of materials and substance reporting
Reliability and Testing Protocols
- Commercial Grade Testing: Standard commercial reliability qualification protocols
- Accelerated Life Testing: Statistical reliability validation and MTBF calculations
- Environmental Stress Screening: Temperature cycling and thermal shock testing
- Electrical Testing: Comprehensive functional and parametric verification
- Statistical Quality Control: Ongoing production monitoring and control
Regulatory and Safety Compliance
- Electromagnetic Compatibility: EMC testing and certification requirements
- Safety Standards: UL recognition and international safety compliance
- Regional Certifications: CE marking, KC certification, and other regional requirements
- Industry Standards: Compliance with IEC, ANSI, and sector-specific standards
Commercial Application Focus: The XCV100E-8PQG240C commercial temperature rating and cost-effective positioning make it ideal for consumer electronics, industrial automation, telecommunications equipment, and other commercial applications where extreme environmental conditions are not expected.
Design Optimization: To maximize performance from the XCV100E-8PQG240C’s -8 speed grade, implement careful timing closure techniques, optimize critical path logic, and utilize the integrated DLLs for clock management to achieve optimal system performance within the device’s capabilities.
Legacy Product Planning: As part of the mature Virtex-E series, establish appropriate supply chain strategies for the XCV100E-8PQG240C including alternative sourcing, inventory management, and potential migration planning to ensure long-term product availability for your commercial applications.
