XCV600E-6FG676C: High I/O Density Virtex-E FPGA in Compact FBGA Package

1. Product Specifications

Core Architecture

• Device Family: Xilinx Virtex-E 1.8V FPGAs
• Part Number: XCV600E-6FG676C
• Temperature Grade: Commercial (“C” suffix, 0°C to +85°C)
• System Gates: 985,882 gates
• Logic Gates: 186,624 gates
• Logic Cells: 15,552 cells
• Configurable Logic Blocks (CLBs): 3,456
• Maximum Internal Performance: 357MHz (-6 speed grade)
• Process Technology: 0.18μm CMOS, 6-layer metal

Memory and Storage Resources

• Total RAM Bits: 294,912 bits
• Block RAM: Multiple embedded memory blocks
• Distributed RAM: Flexible memory implementation using CLBs
• Configuration: SRAM-based for unlimited reprogrammability
• Memory Controllers: Built-in memory interface capabilities

Package and I/O Specifications

• Package Type: 676-pin Fine-Pitch Ball Grid Array (FBGA)
• Package Designation: FG676
• Package Dimensions: 27mm x 27mm footprint
• Ball Pitch: Fine-pitch for high-density interconnection
• Total Pin Count: 676 balls
• User I/O Pins: 444 user I/O pins (high I/O density)
• Mounting Type: Surface mount technology
• I/O Density: 0.61 I/O pins per mm² (excellent connectivity density)

Electrical Characteristics

• Core Voltage: 1.8V ±5% (1.71V to 1.89V)
• I/O Voltage Range: Multiple standards (1.5V to 3.3V)
• Operating Temperature: Commercial (0°C to +85°C)
• Storage Temperature: -65°C to +150°C
• Speed Grade: -6 (357MHz maximum frequency)
• Power Consumption: Optimized for high I/O applications
• I/O Standards: 16 high-performance interface standards supported

Advanced I/O Features

• SelectI/O+ Technology: Supports 16 interface standards
• High-Speed Interfaces: LVDS, LVPECL, SSTL, HSTL support
• Differential I/O: Extensive differential pair support
• DDR Support: Double Data Rate interface capability
• Programmable Drive Strength: Adjustable output drive capability
• Input/Output Banks: Multiple independent I/O banks for flexibility

Performance Features

• Delay-Locked Loops (DLLs): 4 fully digital DLLs for clock management
• Clock Networks: Global and regional clock distribution
• Dedicated Carry Logic: High-speed arithmetic operations
• Wide-Input Functions: Support for complex combinatorial logic
• IEEE 1149.1 Boundary Scan: Complete test and debug capability
• PCI Interface Support: Full PCI bus compliance

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2. Pricing Information

Current Market Pricing (2025)

• Typical Market Range: $120 – $280 USD (varies by supplier and quantity)
• High I/O Density Value: Premium pricing for maximum connectivity
• Minimum Order Quantity: Usually 1 piece minimum
• Volume Pricing: Significant discounts for quantities >50 pieces
• Lead Time: 1-4 weeks depending on supplier availability

Pricing Factors

• High I/O Count: 444 I/O pins command premium pricing
• Compact Package: 27mm x 27mm footprint adds value for space-constrained designs
• Speed Grade: -6 speed grade offers good price/performance balance
• I/O Density: Best I/O-per-area ratio influences market value
• Commercial Grade: Standard commercial qualification keeps costs reasonable

Current Availability Status

• Multiple Sources: Available through 6+ distributors on Octopart
• Strong Stock: 2,357 units available from Shinyua Technology
• Secondary Market: Active trading through electronic component brokers
• Quality Options: New original parts with quality assurance
• Global Distribution: Worldwide availability through established supply chains

Cost-Performance Analysis

• Excellent I/O Density: Best cost-per-I/O ratio in compact package
• Space Efficiency: Reduces PCB area requirements vs. larger packages
• System Integration: Lower overall system cost through high integration
• Design Flexibility: Single-chip solution reduces component count

Note: The XCV600E-6FG676C offers exceptional I/O density in a compact package, making it ideal for applications where both connectivity and space constraints are critical considerations. The 27mm x 27mm package with 444 I/O pins delivers outstanding connectivity density for modern high-speed systems.

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3. Documents & Media

Official Technical Documentation

• Primary Datasheet: Virtex-E 1.8V Field Programmable Gate Arrays (DS022-1 v2.3)
• Package Documentation: FG676 package mechanical drawings and specifications
• Pinout Information: Complete 676-pin ball assignment and signal descriptions
• I/O Planning Guide: Optimization techniques for 444 I/O pins
• Electrical Specifications: High-speed I/O timing and signal integrity characteristics

High-Density I/O Design Resources

• PCB Design Guidelines: Layout recommendations for 676-pin FBGA package
• Signal Integrity: High-speed design practices for maximum I/O utilization
• Power Distribution: Power delivery network design for 444 I/O pins
• Thermal Management: Heat dissipation strategies for compact high-I/O packages
• I/O Planning: Methodology for optimizing 444-pin assignment and banking

Software and Development Tools

• ISE Design Suite: Legacy development environment with full FG676 support
• PACE Pinout Tool: Pin assignment and area constraints editor for 444 I/O pins
• I/O Planning Tools: Specialized tools for managing high I/O count designs
• Timing Analysis: Static timing analysis for high-speed multi-standard interfaces
• Power Estimation: Power consumption analysis for high I/O applications

Application-Specific Resources

• Multi-Standard I/O Design: Mixed-voltage interface design methodologies
• High-Speed Interface Implementation: LVDS, SSTL, and DDR design guides
• Connector Interface Design: Techniques for interfacing with high-pin-count connectors
• System Integration: Board-level design considerations for compact high-I/O FPGAs
• Performance Optimization: Achieving maximum throughput with 444 I/O pins

Technical Support Materials

• Migration Guides: Upgrade paths to modern high-I/O FPGAs
• Design Methodology: Best practices for high-density I/O FPGA designs
• Troubleshooting: Common issues and solutions for FG676 package
• Reference Designs: Example implementations leveraging high I/O density

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4. Related Resources

Speed Grade Alternatives (FG676 Package, Commercial Temperature)

• XCV600E-4FG676C: -4 speed grade (lower cost, basic performance)
• XCV600E-5FG676C: -5 speed grade (intermediate performance/cost)
• XCV600E-7FG676C: -7 speed grade (higher performance, increased cost)
• XCV600E-8FG676C: -8 speed grade (maximum performance, premium pricing)

Temperature Grade Variants (Same Speed and Package)

• XCV600E-6FG676I: Industrial grade (-40°C to +100°C, higher cost)
• XCV600E-6FG676M: Military grade (-55°C to +125°C, premium pricing)

Package Alternatives (Same Die, Different I/O Count)

• XCV600E-6FG680C: 680-pin FBGA package (512 I/O pins, maximum connectivity)
• XCV600E-6BG560C: 560-pin BGA package (404 I/O pins, lower cost)
• XCV600E-6BG432C: 432-pin BGA package (316 I/O pins, budget option)
• XCV600E-6HQ240C: 240-pin HQFP package (158 I/O pins, lowest cost)

Higher-Density Virtex-E Options

• XCV1000E-6FG860C: Larger device with even higher I/O count
• XCV1600E-6FG860C: Maximum capacity with extensive I/O
• XCV2000E-6FG900C: Highest density Virtex-E option

Modern High-I/O FPGA Alternatives

• Kintex-7 Series: XC7K160T, XC7K325T with high I/O count in modern packages
• Artix-7 Series: XC7A100T, XC7A200T for cost-effective high I/O applications
• UltraScale Architecture: Modern high-I/O options with advanced features
• Intel/Altera Cyclone: Competitive high I/O density alternatives

High-I/O Development Platforms

• Multi-Connector Evaluation Boards: Platforms designed for high I/O utilization
• High-Speed Interface Cards: Development boards with multiple interface standards
• Signal Integrity Test Platforms: Tools for validating high-speed I/O performance
• Custom Carrier Boards: Application-specific development platforms

Application Markets and Use Cases

• Networking Infrastructure: High-port-count switches, routers, and hubs
• Test and Measurement: Multi-channel analyzers, signal generators, and scopes
• High-Performance Computing: Accelerator cards with extensive I/O requirements
• Broadcasting Equipment: Video/audio processing with multiple I/O streams
• Industrial Control: Multi-interface controllers and data acquisition systems
• Medical Imaging: Multi-channel data acquisition and real-time processing

Technical Expertise Networks

• High-Density PCB Design: Specialists in fine-pitch BGA layout and assembly
• Signal Integrity Consultants: Experts in high-speed multi-standard I/O design
• System Integration Engineers: Experienced in high I/O count system design
• Connector Specialists: Experts in high-pin-count connector systems

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5. Environmental & Export Classifications

Commercial Environmental Compliance

• Operating Temperature Range: Commercial (0°C to +85°C)
• Storage Temperature: -65°C to +150°C
• Junction Temperature: Up to +125°C maximum
• Humidity Range: 5% to 95% relative humidity, non-condensing
• Altitude: Sea level to 2000 meters operational
• Commercial Environment: Office and controlled environment operation

Chemical and Material Compliance

• RoHS Compliance: Available in both lead-free and tin/lead variants
• Lead-Free Status: Pb-free options for commercial environmental requirements
• REACH Compliance: European chemical safety regulation compliance
• Conflict Minerals: Supply chain traceability for commercial applications
• Halogen-Free: Available in halogen-free package variants
• Material Composition: Complete material declaration for commercial use

Export Control and Trade Classifications

• ECCN: 3A991.d (Export Control Classification Number)
• HTS Code: 8542.39.0001 (Harmonized Tariff Schedule)
• USHTS: 8542390001 (US Harmonized Tariff Schedule)
• TARIC: 8542399000 (EU Integrated Tariff)
• Country of Origin: Varies by manufacturing location and date code
• Export Licensing: Standard commercial export requirements
• Trade Compliance: Commercial electronics trade classifications

Commercial Quality and Reliability Standards

• Quality Level: Standard commercial grade
• Qualification Standards: JEDEC commercial standards and Xilinx qualification
• Reliability Testing: Commercial temperature cycling and stress testing
• MTBF Data: Commercial-grade Mean Time Between Failures calculations
• Lot Traceability: Standard commercial manufacturing traceability
• Quality Certifications: ISO 9001 commercial manufacturing standards

Package-Specific Requirements

• ESD Sensitivity: Class 1 (≤1000V Human Body Model)
• Moisture Sensitivity: MSL-3 (Moisture Sensitivity Level 3)
• Baking Requirements: 125°C for 24 hours if MSL exceeded
• Anti-Static Protection: Standard ESD protection for fine-pitch BGA handling
• Storage Conditions: Controlled humidity environment for FBGA packages
• Shipping Requirements: Specialized packaging for fine-pitch components

Fine-Pitch BGA Assembly Requirements

• Solder Process Compatibility: Compatible with lead-free and eutectic processes
• Reflow Temperature Profile: Fine-pitch BGA reflow specifications
• Placement Accuracy: High-precision placement required for 676-pin FBGA
• Inspection Requirements: X-ray inspection mandatory for fine-pitch BGA
• Rework Capability: Specialized equipment required for FG676 rework
• Assembly Yield: Requires experienced assembly house for optimal yields

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Key Benefits of XCV600E-6FG676C

Maximum I/O Density in Compact Package

• 444 User I/O Pins: Exceptional connectivity in 27mm x 27mm footprint
• High I/O Density: 0.61 I/O pins per mm² – outstanding connectivity per area
• Space Efficiency: Maximum I/O count in minimal board space
• Cost-Effective Connectivity: Reduces need for additional interface components

Superior Integration Capabilities

• Multiple Interface Standards: 16 different I/O standards supported
• Flexible I/O Banking: Independent voltage and standard assignment
• High-Speed Interfaces: LVDS, SSTL, DDR, and other high-performance standards
• Mixed-Signal Support: Analog and digital I/O capabilities

Design and Manufacturing Advantages

• Compact System Design: Enables smaller, more integrated systems
• Reduced Component Count: High integration reduces BOM complexity
• Lower System Cost: Fewer components and smaller PCB area
• Enhanced Reliability: Fewer interconnections improve system reliability

Performance and Functionality

• 357MHz Performance: Adequate speed for most high I/O applications
• Substantial Logic Resources: Nearly 1 million system gates
• Advanced Clock Management: 4 DLLs for complex timing requirements
• Proven Architecture: Mature Virtex-E platform with extensive design heritage

Application Suitability

• Networking Equipment: High-port-count switches and interface cards
• Test Instrumentation: Multi-channel analyzers and measurement systems
• High-Speed Computing: Accelerator cards with extensive connectivity
• Communication Systems: Multi-standard interface controllers

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For detailed specifications, current pricing, or availability information regarding the XCV600E-6FG676C high I/O density FPGA, please contact electronic component distributors or specialized FPGA suppliers. This component offers exceptional I/O density in a compact package, making it ideal for applications requiring maximum connectivity within space-constrained designs.