1. Product Specifications
Core Architecture
- Family: Xilinx Virtex-E 1.8V Field Programmable Gate Arrays
- Part Number: XCV1000E-8HQ240I
- Speed Grade: -8 (highest performance tier in Virtex-E family)
- Temperature Grade: Industrial (I) – Extended temperature range operation
- System Gates: 331.776K gates for complex system implementation
- Logic Elements: 27,648 logic cells/elements
Package & Physical Characteristics
- Package Type: 240-Pin Heat sink Quad Flat Pack (HQFP)
- Package Description: HQFP-240 with enhanced 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)
- Heat Sink Integration: Built-in thermal management for high-performance operation
Electrical Specifications
- Supply Voltage: 1.8V nominal operation
- Operating Temperature: -40ยฐC to +85ยฐC (Industrial grade)
- Maximum Operating Frequency: Up to 416MHz for high-speed applications
- Total RAM: Substantial 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 I/O standards
Industrial-Grade Specifications
- Temperature Qualification: Full industrial temperature range testing
- Thermal Management: Enhanced package design for heat dissipation
- Reliability: Extended qualification for harsh environment operation
- ESD Protection: Industrial-grade electrostatic discharge protection
- Environmental Resistance: Enhanced resistance to thermal cycling and stress
2. Pricing Information
Market Availability & Industrial Sourcing
The XCV1000E-8HQ240I represents premium industrial-grade FPGA technology with specialized distribution channels. Despite its obsolete status, reasonable availability exists through multiple industrial component suppliers, ensuring continued support for existing systems requiring this high-performance solution.
Stock Distribution & Availability
- Primary Industrial Suppliers: Approximately 2,500-5,000 pieces available across major distributors
- Specialized Sources: Industrial component specialists maintaining dedicated inventory
- Regional Distribution: Global availability through qualified industrial electronics suppliers
- Lead Times: Typically 2-4 weeks for standard quantities from stock
Pricing Structure
- Premium Industrial Pricing: Reflects high-performance, extended temperature specifications
- Volume Discounts: Substantial savings available for quantities of 50+, 250+, and 1K+ units
- Quote-Based Pricing: RFQ required due to specialized nature and limited production
- Industrial Grade Premium: 20-40% premium over commercial temperature variants
Commercial Terms & Industrial Standards
- Payment Options: Wire Transfer, Letters of Credit, and qualified industrial payment terms
- Warranty Coverage: Extended warranty options up to 2 years for industrial applications
- Certification Requirements: Full traceability and industrial qualification documentation
- Export Documentation: Complete export control and industrial classification paperwork
Long-Term Availability Planning
- Obsolescence Management: Strategic inventory planning for long lifecycle support
- Last-Time Buy: Consider volume procurement for 10+ year system support requirements
- Alternative Sourcing: Multiple broker networks specializing in industrial-grade components
- Migration Planning: Engineering support for transition to current FPGA families
3. Documents & Media
Official Technical Documentation
- Primary Datasheet: Virtex-E FPGA Family Complete Industrial Data Sheet (DS022)
- Industrial Qualification: Extended temperature range qualification and testing documentation
- Package Specifications: 240-Pin HQFP thermal and mechanical characteristics
- Reliability Reports: Industrial-grade qualification testing and failure analysis data
Thermal Management Resources
- Thermal Design Guide: Heat sink selection and thermal interface material recommendations
- Power Analysis: Industrial temperature power consumption modeling and optimization
- Cooling Solutions: Active and passive cooling strategies for high-performance operation
- Junction Temperature: Thermal monitoring and management for extended temperature operation
Industrial Application Documentation
- Design Guidelines: Best practices for industrial environment deployment
- EMI/EMC Compliance: Electromagnetic compatibility for industrial installations
- Reliability Engineering: MTBF analysis and failure mode documentation
- Environmental Testing: Industrial qualification test results and certification data
Legacy System Support
- Migration Strategies: Transition planning for obsolete component replacement
- Pin Compatibility: Cross-reference with current industrial FPGA alternatives
- Performance Benchmarking: Comparative analysis with modern FPGA solutions
- Lifecycle Management: Long-term support strategies for industrial equipment
Industrial Development Resources
- Reference Designs: Industrial application examples and implementation guides
- Tool Compatibility: Legacy development environment support for existing projects
- Constraint Files: Industrial-grade timing and environmental constraint libraries
- Testing Procedures: Industrial qualification testing and validation protocols
4. Related Resources
Development Tools & Industrial Support
- Legacy Development Environment: ISE Design Suite with industrial qualification support
- Modern Tool Migration: Vivado Design Suite compatibility assessment for migration projects
- IP Libraries: Industrial-qualified intellectual property cores and verified modules
- Simulation Environment: Industrial-grade verification and testing tool support
Industrial Hardware Platforms
- Evaluation Systems: Industrial-grade development platforms supporting HQFP packages
- Thermal Testing: Equipment for high-temperature development and validation
- Programming Solutions: Industrial-grade configuration and debugging hardware
- Production Testing: Automated test equipment for industrial qualification
Industrial Engineering Services
- Obsolescence Management: Specialized engineering services for legacy industrial systems
- Thermal Analysis: Professional thermal modeling and cooling system design
- Reliability Engineering: Industrial qualification testing and lifecycle analysis
- Migration Planning: Professional services for transition to current technology
Supply Chain & Industrial Procurement
- Industrial Distributors: Specialized suppliers for harsh environment applications
- Authentication Services: Enhanced verification for mission-critical applications
- Inventory Management: Long-term storage and lifecycle management services
- Sourcing Services: Global procurement for hard-to-find industrial components
Alternative Solutions & Migration Paths
- Industrial Alternatives: Current-generation FPGAs with similar performance profiles
- Temperature-Qualified Options: Modern industrial-grade FPGA families
- Performance Migration: Upgrade paths maintaining industrial qualification
- Pin-Compatible Solutions: Direct replacement strategies for legacy systems
5. Environmental & Export Classifications
Environmental Compliance Status
- RoHS Compliance: Non-compliant – Contains lead and restricted substances exceeding regulatory limits
- Industrial Legacy Classification: Manufactured under pre-RoHS industrial qualification standards
- Environmental Impact: Traditional industrial-grade materials and processes
- REACH Compliance: Non-compliant with current European chemical safety regulations
Material Composition & Industrial Standards
- Lead Content: Contains lead in solder, package materials, and internal components
- Industrial Materials: Ruggedized construction using traditional industrial-grade materials
- Thermal Interface: Enhanced thermal management materials for high-temperature operation
- Package Construction: Industrial-grade HQFP with integrated heat sink capabilities
Product Lifecycle & Industrial Status
- Lifecycle Classification: Obsolete – Discontinued from active industrial production
- Industrial Transition: Superseded by RoHS-compliant industrial FPGA alternatives
- Legacy Industrial Support: Continued availability for existing industrial equipment maintenance
- Qualification Grandfathering: Industrial qualification may remain valid for existing applications
Export Control & Industrial Classifications
- ECCN Classification: Enhanced export control due to high-performance capabilities
- Industrial Technology: Advanced programmable logic subject to technology transfer controls
- Dual-Use Classification: Industrial/military capability requiring export licensing consideration
- International Compliance: Subject to international technology transfer regulations
Industrial Packaging & Handling
- MSL Rating: Industrial-grade moisture sensitivity classification with enhanced protection
- ESD Protection: Industrial-level anti-static handling and packaging procedures
- Thermal Cycling: Enhanced packaging for extreme temperature cycling resistance
- Industrial Storage: Extended shelf life requirements for industrial inventory management
Environmental Impact & Industrial Responsibility
- Industrial Waste Management: Specialized disposal procedures for industrial electronic components
- Material Recovery: Industrial-grade component recycling and material recovery programs
- Environmental Assessment: Industrial application environmental impact evaluation
- Regulatory Compliance: Industrial application exemptions and compliance considerations
Regional Industrial Regulations
- Import Restrictions: Industrial-grade component importation may require special documentation
- Industrial Exemptions: Specialized exemptions for critical industrial infrastructure applications
- Documentation Requirements: Enhanced paperwork for industrial-grade non-compliant components
- Risk Management: Environmental and regulatory risk assessment for industrial applications
Applications & Industrial System Integration
The XCV1000E-8HQ240I excels in demanding industrial applications including:
- Industrial Automation: High-performance control systems and real-time processing
- Telecommunications Infrastructure: Mission-critical network equipment and base stations
- Defense & Aerospace: Military and aerospace systems requiring extended temperature operation
- Test & Measurement: Precision instrumentation for harsh environment operation
- Energy Systems: Power generation and distribution control systems
Industrial Advantages
- Maximum Performance: Highest speed grade (-8) in Virtex-E family for demanding applications
- Industrial Temperature Range: -40ยฐC to +85ยฐC operation for extreme environments
- Thermal Management: HQFP package with integrated heat sink for high-power applications
- Proven Reliability: Extensive field deployment in mission-critical industrial systems
- Legacy Support: Continued availability for long-lifecycle industrial equipment
Migration & Industrial Modernization
- Critical System Support: Essential for maintaining high-performance industrial legacy systems
- Performance Benchmark: Industry-leading performance for early 2000s FPGA technology
- Industrial Qualification: Full industrial temperature and reliability qualification
- Replacement Strategy: Strategic component for bridging to modern industrial FPGA solutions
- Cost-Effective Performance: Optimal price-performance for legacy industrial applications
Summary
The XCV1000E-8HQ240I represents the pinnacle of Virtex-E performance, combining the highest speed grade (-8) with industrial temperature qualification and thermal management in a robust HQFP package. With 331.776K gates and operation up to 416MHz across -40ยฐC to +85ยฐC, this device provides unmatched performance for legacy industrial systems requiring maximum computational power in harsh environments. While obsolete and non-RoHS compliant, the XCV1000E-8HQ240I remains critical for maintaining high-performance industrial infrastructure built on proven Virtex-E technology.
For current availability, industrial pricing, and specialized technical support, contact qualified industrial component distributors or obsolete semiconductor specialists. Consider long-term sourcing strategies and environmental compliance requirements when planning industrial system lifecycle management and migration strategies.
