1. Product Specifications
Core Architecture
- Family: Xilinx Virtex-E 1.8V Field Programmable Gate Arrays
- Part Number: XCV1000E-7HQ240C
- Speed Grade: -7 (high-performance tier, second-highest in Virtex-E family)
- Temperature Grade: Commercial (C) – Standard commercial temperature range
- System Gates: 331.776K gates for complex system implementation
- Logic Elements: 27,648 logic cells/elements for advanced processing
Package & Thermal Characteristics
- Package Type: 240-Pin Heat sink Quad Flat Pack (HQFP)
- Package Description: 240-BFQFP with integrated thermal management
- Pin Count: 240 pins optimized for thermal and electrical performance
- I/O Count: 158 user I/O pins for comprehensive connectivity
- Mounting Type: Surface Mount Technology (SMT)
- Thermal Design: Built-in heat sink capability for high-performance commercial operation
Electrical Specifications
- Supply Voltage: 1.8V nominal operation
- Operating Temperature: 0ยฐC to +85ยฐC (Commercial grade)
- Maximum Operating Frequency: Up to 400MHz for high-speed commercial applications
- Total RAM: Extensive embedded memory resources
- CLBs (Configurable Logic Blocks): High-density configurable logic architecture
Advanced Performance Features
- Technology Node: Advanced 0.18ฮผm CMOS process technology
- Metal Layers: 6-layer metal interconnect for superior routing density
- Architecture: Place-and-route optimized for maximum silicon efficiency
- Memory System: SelectRAM+ embedded memory blocks
- I/O Technology: SelectI/O+ supporting multiple commercial I/O standards
Commercial-Grade Specifications
- Temperature Range: Standard commercial operation (0ยฐC to +85ยฐC)
- Cost Optimization: Commercial-grade qualification for cost-sensitive applications
- Thermal Management: HQFP package design for effective heat dissipation
- Reliability: Commercial-grade qualification for standard operating environments
- Performance Balance: Optimal price-performance ratio for commercial applications
2. Pricing Information
Market Positioning & Commercial Availability
The XCV1000E-7HQ240C represents an optimal balance of high performance and commercial pricing within the Virtex-E family. Despite its obsolete status, good availability exists through commercial component distributors, making it an attractive option for cost-conscious applications requiring substantial FPGA performance.
Stock Distribution & Commercial Sourcing
- Primary Commercial Suppliers: Stock available from IC-Components and other commercial distributors
- Commercial Distribution: Focused on cost-effective commercial electronics supply chains
- Regional Availability: Global availability through commercial electronics distributors
- Lead Times: Typically 1-3 weeks for standard commercial quantities
Pricing Structure & Commercial Value
- Commercial-Grade Pricing: Optimized pricing for commercial applications vs industrial variants
- Performance Value: High-performance capabilities at commercial temperature grade pricing
- Volume Discounts: Attractive bulk pricing for quantities of 100+, 500+, and 1K+ units
- Quote-Based Pricing: RFQ required due to legacy component market dynamics
Commercial Terms & Business Considerations
- Payment Options: Standard commercial terms including Wire Transfer, PayPal, and Credit Cards
- Warranty Coverage: Standard commercial warranty terms (90 days to 1 year)
- Commercial Documentation: Standard commercial packaging and documentation
- Export Classification: Standard commercial electronic component export requirements
Cost-Performance Analysis
- Temperature Premium Savings: 15-25% cost savings vs industrial temperature variants
- Performance Positioning: 95% of maximum Virtex-E performance at reduced cost
- Commercial Optimization: Ideal for applications not requiring extended temperature operation
- Lifecycle Value: Cost-effective solution for commercial product development
3. Documents & Media
Official Technical Documentation
- Primary Datasheet: Virtex-E FPGA Family Complete Commercial Data Sheet (DS022)
- Commercial Specifications: Standard commercial temperature qualification documentation
- Package Guidelines: 240-Pin HQFP thermal and mechanical design specifications
- Performance Analysis: Commercial-grade timing and performance characterization
Thermal Management & Commercial Design
- Thermal Design Guidelines: Heat sink selection for commercial environment operation
- Power Optimization: Commercial application power consumption modeling
- Cooling Solutions: Cost-effective thermal management for commercial products
- Temperature Monitoring: Commercial-grade thermal management strategies
Commercial Application Resources
- Design Guidelines: Best practices for commercial product integration
- Cost Optimization: Design strategies for commercial product development
- EMI/EMC Guidelines: Commercial electromagnetic compatibility considerations
- Commercial Testing: Standard commercial qualification and testing procedures
Legacy Support & Migration
- Obsolescence Planning: Commercial product lifecycle management strategies
- Pin Compatibility: Cross-reference with current commercial FPGA alternatives
- Performance Migration: Upgrade paths maintaining commercial cost targets
- Commercial Alternatives: Current FPGA families for commercial applications
Development & Implementation
- Reference Designs: Commercial application examples and implementation guides
- Tool Compatibility: Development environment support for commercial projects
- Constraint Libraries: Commercial-grade timing and environmental constraints
- Commercial Validation: Testing and verification procedures for commercial products
4. Related Resources
Development Tools & Commercial Support
- Legacy Development Environment: ISE Design Suite optimized for commercial development
- Modern Tool Compatibility: Vivado Design Suite migration considerations for commercial projects
- IP Libraries: Commercial-grade intellectual property cores and verified modules
- Simulation Support: Commercial development and verification tool environments
Commercial Hardware Development
- Evaluation Platforms: Commercial development boards supporting HQFP packages
- Cost-Effective Development: Budget-conscious development and prototyping solutions
- Programming Tools: Commercial-grade configuration and debugging hardware
- Production Support: Commercial manufacturing and testing equipment compatibility
Commercial Engineering Services
- Product Development: Commercial FPGA design and implementation services
- Cost Engineering: Commercial product optimization and cost reduction analysis
- Thermal Design: Commercial thermal management and cooling system design
- Commercial Migration: Transition services for commercial product modernization
Supply Chain & Commercial Procurement
- Commercial Distributors: Cost-effective suppliers for commercial applications
- Inventory Management: Commercial product lifecycle and inventory strategies
- Sourcing Optimization: Commercial procurement and cost management services
- Alternative Sourcing: Commercial-grade component substitution and sourcing
Upgrade Paths & Commercial Alternatives
- Commercial Alternatives: Current-generation FPGAs optimized for commercial applications
- Cost-Performance Equivalents: Modern commercial FPGA families with similar capabilities
- Migration Services: Commercial product upgrade and modernization support
- Commercial Compatibility: Direct replacement strategies for commercial products
5. Environmental & Export Classifications
Environmental Compliance Status
- RoHS Compliance: Non-compliant – Contains lead and restricted substances exceeding current regulatory limits
- Commercial Legacy Classification: Manufactured under pre-RoHS commercial standards
- Environmental Impact: Traditional commercial-grade materials and manufacturing processes
- REACH Compliance: Non-compliant with current European chemical safety regulations
Material Composition & Commercial Standards
- Lead Content: Contains lead in solder, package materials, and internal interconnections
- Commercial Materials: Standard commercial-grade construction materials and processes
- Package Construction: Commercial-grade HQFP with traditional thermal interface materials
- Thermal Management: Standard commercial thermal design using conventional materials
Product Lifecycle & Commercial Status
- Lifecycle Classification: Obsolete – Discontinued from active commercial production
- Commercial Transition: Superseded by RoHS-compliant commercial FPGA alternatives
- Legacy Commercial Support: Continued availability for existing commercial product maintenance
- Commercial Grandfathering: Legacy commercial applications may continue under existing approvals
Export Control & Commercial Classifications
- ECCN Classification: Standard export control for commercial programmable logic devices
- Commercial Technology: Advanced programmable logic for commercial applications
- Export Licensing: Standard commercial electronics export requirements
- International Trade: Subject to standard commercial technology transfer regulations
Commercial Packaging & Handling
- MSL Rating: Commercial-grade moisture sensitivity classification
- ESD Protection: Standard commercial anti-static handling and packaging
- Commercial Storage: Standard commercial component storage and handling requirements
- Shelf Life: Commercial component aging and inventory management considerations
Environmental Impact & Commercial Responsibility
- Commercial Disposal: Standard commercial electronic component disposal procedures
- Material Recovery: Commercial electronics recycling and material recovery programs
- Environmental Assessment: Commercial application environmental impact considerations
- Regulatory Planning: Commercial product environmental compliance transition strategies
Regional Commercial Regulations
- Import Requirements: Standard commercial electronic component importation procedures
- Commercial Exemptions: Potential exemptions for commercial product maintenance and repair
- Documentation Standards: Standard commercial component documentation and certification
- Compliance Management: Commercial product environmental compliance planning and risk assessment
Applications & Commercial System Integration
The XCV1000E-7HQ240C excels in high-performance commercial applications including:
- Communications Equipment: Commercial networking and telecommunications systems
- Industrial Automation: Commercial control systems and process automation
- Test & Measurement: Commercial instrumentation and data acquisition systems
- Digital Signal Processing: Commercial audio, video, and signal processing applications
- Enterprise Systems: Commercial computing and data processing equipment
Commercial Advantages
- High Performance: Speed grade -7 delivers 400MHz operation for demanding commercial applications
- Cost Optimization: Commercial temperature grade reduces costs vs industrial variants
- Thermal Management: HQFP package provides effective heat dissipation for commercial environments
- Proven Technology: Extensive deployment in commercial products and systems
- Commercial Value: Optimal price-performance ratio for commercial product development
Commercial Product Strategy
- Performance Leadership: Near-maximum Virtex-E performance for commercial applications
- Cost Management: Commercial temperature qualification reduces system costs
- Thermal Design: Efficient heat management for commercial product integration
- Commercial Migration: Strategic component for transitioning commercial products to modern FPGAs
- Legacy Support: Essential for maintaining commercial product lines and customer support
Summary
The XCV1000E-7HQ240C represents the optimal commercial-grade solution within the Virtex-E family, combining high-performance capabilities (331.776K gates, 400MHz operation) with commercial temperature qualification and cost optimization. Operating from 0ยฐC to +85ยฐC in a thermal-optimized HQFP package, this device provides exceptional value for commercial applications requiring substantial FPGA performance without industrial temperature premiums. While obsolete and non-RoHS compliant, the XCV1000E-7HQ240C remains crucial for commercial product development, legacy system support, and cost-sensitive applications built on proven Virtex-E technology.
For current commercial availability, competitive pricing, and technical support, contact commercial electronic component distributors or specialized legacy semiconductor suppliers. Consider cost-performance optimization and environmental compliance requirements when planning commercial product development and lifecycle management strategies.
