XCV2000E-6FG860CES Xilinx Virtex-E FPGA: High-Capacity Engineering Sample Programmable Logic Device

Product Specifications

Core Device Architecture

• Device Family: Xilinx Virtex-E Series
• Part Number: XCV2000E-6FG860CES
• System Gates: 2,000,000 equivalent gates
• Configurable Logic Blocks (CLBs): 23,040 logic cells
• User I/O Pins: 556 available I/O connections
• Package Type: FG860 (Fine-Pitch Ball Grid Array)
• Speed Grade: -6 (standard performance grade)
• Device Grade: CES (Commercial Engineering Sample)

Package and Physical Specifications

• Package Format: 860-ball Fine-Pitch Ball Grid Array
• Package Dimensions: 35mm x 35mm x 2.4mm
• Ball Pitch: 1.0mm fine-pitch spacing for high-density routing
• Ball Count: 860 solder balls total
• Substrate Material: Advanced organic substrate for high-frequency performance
• Mounting Type: Surface mount technology with specialized assembly requirements
• Thermal Considerations: Enhanced heat dissipation design for high-power applications

Memory Architecture and Resources

• Block RAM: 1,024 Kbits total embedded block memory
• Block RAM Modules: 128 independent dual-port memory blocks
• Block RAM Organization: 8K x 1 or 4K x 2 configurations per block
• Distributed RAM: Extensive configurable memory from CLB lookup tables
• Configuration Storage: SRAM-based for rapid reconfiguration capability
• Memory Bandwidth: High-speed true dual-port operation with independent clocking

Performance and Electrical Characteristics

• Maximum Operating Frequency: Up to 175 MHz (speed grade -6)
• Core Supply Voltage: 1.8V ±5% regulation tolerance
• I/O Supply Voltage: Multiple standards (1.2V, 1.5V, 1.8V, 2.5V, 3.3V)
• Power Consumption: High-performance operation with advanced power management
• Propagation Delay: Optimized for complex high-speed applications
• Drive Strength: Configurable output drive for various load conditions

Advanced Programmable Logic Features

• Clock Management: 12 Delay Locked Loops (DLLs) for precise timing control
• Digital Clock Managers (DCMs): Advanced clock synthesis and distribution
• I/O Standards: Comprehensive support including LVDS, LVPECL, GTL+, SSTL, HSTL
• Boundary Scan: Complete IEEE 1149.1 JTAG implementation with enhanced features
• Arithmetic Processing: Dedicated 18×18 multipliers and DSP slices
• Configuration Options: Multiple configuration modes with security features
• SelectIO Technology: Advanced I/O capabilities with programmable standards

Engineering Sample Characteristics

• Pre-Production Status: Engineering sample for evaluation and development
• Limited Availability: Restricted quantities for qualified customers
• Preliminary Specifications: Subject to change in production versions
• Evaluation Purpose: Intended for design validation and system prototyping
• Technical Support: Enhanced engineering support during evaluation phase

Pricing Information

Engineering Sample Pricing Structure for XCV2000E-6FG860CES

Engineering Sample Availability:

• Evaluation Units (1-5 pieces): Premium engineering sample pricing
• Development Kit Quantities (6-25 units): Reduced rates for extended evaluation
• Prototype Volumes (26-100 units): Volume engineering sample pricing
• Limited Production: Contact for transition to production pricing

Engineering Sample Considerations

• Premium Pricing: Engineering samples command significant premium over production units
• Qualification Requirements: Customer qualification process for sample access
• Limited Availability: Restricted allocation based on application and volume commitments
• NDA Requirements: Non-disclosure agreements typically required for access
• Technical Engagement: Direct technical support and design review included

Authorized Distribution for Engineering Samples

• Direct from Xilinx: Primary source for engineering sample allocation
• Authorized Distributors: Limited allocation through select distribution partners
• Digi-Key Electronics: Engineering sample programs for qualified customers
• Mouser Electronics: Technical evaluation support and sample coordination
• Avnet: Design services integration with engineering sample access

Transition to Production Pricing

• Production Migration: Path to volume production pricing upon device qualification
• Early Production: Bridge pricing during initial production ramp
• Volume Commitments: Long-term supply agreements for competitive production pricing
• Design-in Protection: Price protection during development and qualification phases

Contact Xilinx directly or qualified distributors for XCV2000E-6FG860CES engineering sample availability, pricing, and access requirements.

Documents & Media

Engineering Sample Documentation Package

• Preliminary Datasheet: Electrical specifications and timing parameters (subject to change)
• Engineering Sample User Guide: Design implementation guidelines and limitations
• Application Notes: Reference designs and implementation best practices
• Errata Documentation: Known limitations and workarounds for engineering samples
• Migration Guide: Transition path from engineering samples to production devices

Advanced Design Resources

• Complete Pinout Documentation: Detailed pin assignments and signal descriptions
• Advanced IBIS Models: Signal integrity simulation for high-speed design verification
• Thermal Analysis Models: Comprehensive thermal characteristics and management guidelines
• Power Analysis Tools: Detailed power consumption estimation and optimization utilities
• Package Models: Mechanical, thermal, and electrical package characteristics

High-Performance Design Guidelines

• Complex System Design: Methodologies for large-scale FPGA implementations
• Clock Domain Management: Strategies for multiple clock domain designs
• Resource Optimization: Techniques for maximizing logic utilization
• High-Speed I/O Design: Guidelines for advanced I/O standard implementation
• Power Management: Strategies for high-power device operation

Advanced Development Software

• Xilinx ISE Design Suite: Professional development environment with advanced features
• Vivado Design Suite: Next-generation tools for complex design implementation
• ChipScope Pro Analyzer: Real-time debugging for complex system verification
• System Generator: Advanced DSP design with MATLAB/Simulink integration
• PlanAhead: Advanced design planning and resource management

Engineering Support Materials

• Design Review Guidelines: Best practices for complex FPGA design validation
• Verification Methodologies: Advanced testing and validation strategies
• Performance Optimization: Techniques for achieving maximum system performance
• Migration Planning: Transition strategies from engineering samples to production

Related Resources

Advanced Development Platforms

• High-End Evaluation Boards: Complete development systems featuring XCV2000E-6FG860CES
• Advanced Prototyping Platforms: Sophisticated development environments for complex designs
• Multi-FPGA Systems: Scalable platforms for ultimate performance applications
• High-Speed Interface Boards: Specialized platforms for advanced I/O validation

Compatible High-Performance Ecosystem

• XCV2000E Package Variants: Alternative package options for different applications
• XCV3200E Series: Even higher capacity alternatives for maximum performance
• Virtex-II Family: Next-generation migration path with enhanced features
• High-Performance Support Devices: Advanced configuration and support components

Advanced Configuration Solutions

• XC18V Large Capacity: High-density configuration memory for complex bitstreams
• SystemACE Solutions: Compact Flash-based configuration for large designs
• Ethernet Configuration: Network-based configuration for remote systems
• Secure Configuration: Encrypted bitstream support for IP protection

High-Performance IP Core Library

• Advanced DSP Cores: Complex signal processing building blocks
• High-Speed Communication: 10 Gigabit Ethernet, SONET/SDH, and advanced protocols
• Memory Interface IP: DDR2, DDR3, and high-performance memory controllers
• Processor Cores: High-performance embedded processor implementations
• Custom IP Development: Professional IP creation for specialized applications

Specialized Technical Support

• Advanced Applications Engineering: Expert support for complex design challenges
• Performance Optimization Services: Professional design review and optimization
• Migration Support: Transition assistance from engineering samples to production
• Custom Training: Specialized training programs for advanced FPGA design
• Design Review Services: Expert analysis and recommendation for complex implementations

Professional Design Services

• Complex System Design: End-to-end design services for sophisticated applications
• Performance Verification: Advanced timing and performance validation
• Thermal Analysis: Professional thermal modeling and cooling system design
• EMC Compliance: Electromagnetic compatibility design and verification
• Production Transition: Support for moving from prototype to production

Advanced Applications and Markets

Telecommunications Infrastructure

• High-capacity network switching and routing systems
• Advanced signal processing for wireless base stations
• Optical network equipment and SONET/SDH processing
• Software-defined radio implementations for advanced communications

High-Performance Computing

• Accelerated computing and co-processing applications
• Advanced algorithm implementation and optimization
• Scientific computing and simulation acceleration
• High-frequency trading and financial modeling systems

Aerospace and Defense

• Advanced radar and electronic warfare systems
• Satellite communication and signal processing
• Avionics systems for next-generation aircraft
• Secure communication and cryptographic processing

Industrial and Scientific

• Advanced medical imaging and diagnostic equipment
• High-speed test and measurement instrumentation
• Scientific research equipment and data acquisition
• Industrial automation and advanced control systems

Environmental & Export Classifications

Environmental Compliance Standards

• RoHS Directive Compliance: Lead-free manufacturing with advanced materials
• WEEE Directive: Waste electrical equipment regulations compliance
• REACH Compliance: European chemical safety requirements fully satisfied
• Conflict Minerals: Responsible sourcing with complete supply chain transparency
• Advanced Green Manufacturing: Environmentally sustainable high-performance production

Export Control Classifications

• ECCN (Export Control Classification Number): 3A001.a.7
• High-Performance Computing: Additional export considerations for advanced applications
• Dual-Use Technology: Potential restrictions for certain end-use applications
• EAR (Export Administration Regulations): Compliance required for international shipments
• Country-Specific Restrictions: Destination-dependent export limitations

Quality and Manufacturing Standards

• Advanced Manufacturing: ISO 9001:2015 certified facilities with specialized processes
• Engineering Sample Quality: Enhanced testing and validation procedures
• Moisture Sensitivity: MSL 3 classification with specialized handling requirements
• Reliability Qualification: Comprehensive testing for high-performance applications
• Traceability: Complete device tracking for engineering sample management

Engineering Sample Handling Requirements

• Specialized Storage: Climate-controlled storage with enhanced protection
• Handling Procedures: Advanced ESD protection and contamination control
• Documentation Requirements: Detailed tracking and usage reporting
• Return Policies: Specific requirements for engineering sample disposition
• Security Considerations: Enhanced security for pre-production devices

International Safety and EMC Certifications

• Advanced EMC Testing: Enhanced electromagnetic compatibility for high-performance applications
• Safety Certifications: Compliance with international safety standards
• High-Power Considerations: Special requirements for high-power device operation
• Thermal Safety: Enhanced thermal protection and monitoring requirements
• System Integration: Compliance considerations for complex system implementations

Packaging and Logistics for High-Performance Devices

• Specialized Packaging: Enhanced protection for large, complex devices
• Climate Control: Temperature and humidity controlled shipping
• Security Shipping: Enhanced security for valuable engineering samples
• Insurance Requirements: Comprehensive coverage for high-value devices
• Expedited Logistics: Priority shipping and handling for critical applications

Technical Advantages of XCV2000E-6FG860CES

Exceptional Logic Capacity

• 2 Million System Gates: Maximum logic resources for complex implementations
• 23,040 Logic Cells: Extensive configurable logic for sophisticated designs
• 1,024 Kbits Block RAM: Substantial embedded memory for data-intensive applications
• 556 I/O Pins: Comprehensive connectivity for complex system interfaces
• Advanced Architecture: Proven Virtex-E platform with enhanced capabilities

High-Performance Features

• Multiple Clock Domains: 12 DLLs and DCMs for complex timing requirements
• Advanced I/O: Comprehensive standards support for diverse interface requirements
• DSP Capabilities: Dedicated multipliers and arithmetic resources
• Memory Bandwidth: High-speed dual-port memory for data-intensive applications
• Reconfiguration: Rapid SRAM-based configuration for adaptive systems

Engineering Sample Benefits

• Early Access: Evaluate latest technology before general availability
• Enhanced Support: Direct access to Xilinx engineering expertise
• Design Validation: Prove concepts and validate system architectures
• Competitive Advantage: Early development with cutting-edge technology
• Production Planning: Establish design foundation for volume production

Design Considerations for High-Capacity FPGAs

System Architecture Planning

• Resource Allocation: Strategic planning for optimal logic and memory utilization
• Clock Distribution: Advanced strategies for multiple clock domain management
• Power Management: Comprehensive power planning for high-performance operation
• Thermal Design: Advanced cooling strategies for high-power applications
• Signal Integrity: Critical considerations for high-speed, high-density designs

Implementation Strategies

• Hierarchical Design: Modular design approaches for complex system implementation
• Timing Closure: Advanced techniques for meeting timing in large designs
• Verification: Comprehensive testing strategies for complex FPGA implementations
• Debug Strategies: Advanced debugging techniques for sophisticated designs
• Performance Optimization: Methods for achieving maximum system performance

Production Transition Planning

• Engineering Sample to Production: Migration strategies and timeline planning
• Supply Chain Planning: Long-term availability and sourcing considerations
• Quality Assurance: Testing and validation for production devices
• Cost Optimization: Design optimization for production cost targets
• Lifecycle Management: Long-term support and obsolescence planning

Technical Support and Engineering Sample Access

For access to XCV2000E-6FG860CES engineering samples, comprehensive technical specifications, and specialized application support, contact Xilinx directly through their engineering sample program or engage with qualified authorized distributors specializing in high-performance FPGA solutions.

Engineering Sample Program Access

• Application Review: Technical evaluation of proposed application and requirements
• Customer Qualification: Verification of technical capabilities and volume commitments
• NDA Execution: Non-disclosure agreement for access to preliminary specifications
• Technical Engagement: Direct access to Xilinx applications engineering support
• Migration Planning: Assistance with transition from samples to production devices

Advanced Technical Support Services

• Design Review: Expert analysis of complex FPGA implementations
• Performance Optimization: Professional optimization for maximum system performance
• Thermal Analysis: Advanced thermal modeling and cooling system design
• Signal Integrity: High-speed design verification and optimization
• Production Readiness: Assessment and preparation for volume manufacturing

Professional Development Resources

• Advanced Training: Specialized courses for high-performance FPGA design
• Expert Consultation: Access to industry-leading FPGA design expertise
• Best Practices: Proven methodologies for complex system implementation
• Technology Roadmap: Guidance on future technology evolution and migration paths

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This comprehensive engineering sample description provides essential information about the XCV2000E-6FG860CES FPGA for advanced development applications. Engineering samples are subject to availability and qualification requirements. For the latest specifications, access procedures, and technical support, contact Xilinx directly or qualified authorized partners specializing in high-performance programmable logic solutions.