Product Specifications
High-Performance Commercial Core Features
- Part Number: XC5204-6PQ160C
- Device Family: XC5200 Series High-Performance Commercial FPGA
- Logic Capacity: 4,000 equivalent system gates
- Speed Grade: -6 (maximum performance grade)
- Package Type: PQ160 (160-pin Plastic Quad Flat Pack)
- Operating Temperature: Commercial grade (0ยฐC to +70ยฐC)
Advanced Commercial Architecture
- Logic Technology: High-speed SRAM-based reconfigurable architecture optimized for maximum performance
- Configurable Logic Blocks: 120 CLBs with advanced 4-input lookup table design
- CLB Configuration: Dual 4-input function generators with dedicated D-type flip-flop registers
- User I/O Count: 120 bidirectional programmable I/O pins (maximum connectivity in this package)
- I/O Standards: TTL, CMOS compatible with programmable drive strength and slew rate control
- Internal Memory: Distributed SelectRAM capability integrated within configurable logic blocks
- Clock Management: Four dedicated global clock networks with precision distribution and minimal skew
- Configuration Technology: High-speed volatile SRAM configuration memory
- Power Supply: Single 5.0V ยฑ10% commercial specification
- Propagation Delay: 6.5ns typical for -6 speed grade (fastest available)
- Maximum System Clock: 50 MHz sustained performance capability
- Setup Time: 3.5ns typical input setup requirement
- Clock-to-Output: 8.5ns typical output propagation delay
- Power Consumption: 900mW typical at maximum toggle rate
Feature-Rich Package Specifications
- Package Technology: PQ160 with optimized commercial-grade construction
- Pin Configuration: 160 pins with maximized signal routing and I/O utilization
- Package Footprint: 28mm x 28mm square body footprint
- Package Profile: 3.4mm maximum height for standard commercial applications
- Lead Pitch: 0.65mm (25.6 mil) precision spacing
- Thermal Performance: 18ยฐC/W junction-to-ambient thermal resistance
- Lead Frame: High-conductivity copper alloy with commercial-grade plating
- Package Material: High-performance molding compound for commercial environments
- Pin Assignment: Optimized pinout for maximum I/O flexibility and routing efficiency
Price Information
XC5204-6PQ160C competitive pricing for maximum performance commercial FPGA with extensive I/O:
- Engineering Samples (1-4 units): Available through major distributors for evaluation and prototyping
- Development Quantities (5-24 units): Premium pricing for highest speed grade commercial device
- Small Production (25-99 units): Commercial production pricing tier with I/O advantage
- Medium Volume (100-499 units): Enhanced volume discounts for committed commercial orders
- Large Production (500-1999 units): Substantial volume pricing reductions available
- High Volume Manufacturing (2000+ units): Custom commercial agreements and annual supply contracts
- University Programs: Special educational pricing for academic institutions and research projects
- Prototype Design Services: Partner programs with preferential pricing for design services
- Commercial OEM Programs: Volume pricing with technical support for commercial equipment manufacturers
- Long-term Commercial Contracts: Multi-year supply agreements with price protection and allocation
The -6 speed grade commands premium pricing as the fastest option in the XC5204 family, with additional value from maximum I/O count making it cost-effective for interface-intensive commercial applications.
Documents & Media
Comprehensive Commercial Technical Documentation
- Master Datasheet: XC5200 Series Commercial FPGA Performance Specifications (DS015)
- Configuration Guide: XC5200 Programming and Advanced Configuration Management
- Package Documentation: PQ160 Package Specifications with PCB Layout and Routing Guidelines
- Speed Characterization: Detailed timing analysis and performance optimization guide for -6 speed grade
Performance Optimization Resources
- Essential Commercial Application Notes:
- XAPP045: XC5200 Maximum Performance Design Techniques and Critical Path Optimization
- XAPP041: PQ160 Package Advanced PCB Layout Guidelines and Signal Integrity
- XAPP052: High-Performance Power Supply Design for Commercial FPGA Applications
- XAPP067: Comprehensive Boundary Scan Implementation and Test Coverage
- XAPP089: EMI/EMC Design Strategies for High-Speed Commercial FPGA Systems
- XAPP098: Advanced Timing Closure Techniques for Maximum Performance Designs
- XAPP105: Signal Integrity Analysis for High-Speed Multi-I/O FPGA Interfaces
- XAPP120: I/O Planning and Optimization for Maximum Pin Utilization
- Commercial Design Methodology: Performance-oriented design flow and optimization strategies
- Multi-Interface Design: Guidelines for managing multiple I/O standards and interfaces
Advanced Development Resources
- CAD Tool Support: Xilinx Foundation Series and Alliance development environments with performance optimization
- Performance Libraries: Speed-optimized VHDL and Verilog simulation models for -6 speed grade
- Synthesis Optimization: Timing-driven synthesis libraries and advanced constraint templates
- Place and Route: Performance-optimized placement and routing with I/O optimization
- Programming Tools: Enhanced iMPACT configuration software with performance monitoring and verification
Quality and Performance Documentation
- Commercial Qualification: Standard commercial temperature testing and performance validation
- Speed Grade Verification: Comprehensive performance testing and speed binning procedures
- Package Reliability: Thermal cycling, humidity, and mechanical stress test results for commercial applications
- I/O Characterization: Comprehensive I/O performance testing and signal integrity validation
Related Resources
High-Performance Development Platform
- XC5204-6PQ160C Development Kit: Professional evaluation board with comprehensive I/O interfaces and expansion
- Performance Programming: High-speed JTAG programmers and advanced configuration systems
- Development Software: Xilinx ISE Foundation with performance optimization and multi-I/O management features
- Advanced Debug Tools: ChipScope Pro with high-speed capture and comprehensive signal analysis capabilities
- Signal Integrity Tools: Advanced simulation tools and measurement equipment for multi-interface designs
Performance-Optimized Component Ecosystem
- High-Speed Configuration: XC1700D series high-speed serial configuration PROMs
- Premium Power Solutions: Low-noise switching regulators optimized for high-performance multi-I/O FPGAs
- Precision Clock Sources: Low-jitter crystal oscillators and programmable clock generators for multiple domains
- Multi-Interface Components: Advanced level shifters, interface converters, and multi-standard I/O devices
- Signal Integrity Solutions: Premium passive components, EMI filters, and signal conditioning devices
Target High-Performance Commercial Applications
- Advanced Communication Systems: Multi-protocol processing, high-speed data conversion, and interface bridging
- Test and Measurement Equipment: Multi-channel data acquisition, high-speed pattern generation, and analysis systems
- Video and Imaging Systems: Multi-format video processing, real-time image enhancement, and display controllers
- High-Speed Prototyping: ASIC emulation, verification platforms, and advanced development systems
- Industrial Networking: Multi-protocol gateways, network processors, and communication controllers
- Scientific Instrumentation: Multi-channel data processing, sensor interfaces, and measurement systems
Professional Support Services
- Performance Engineering: Specialized technical support for timing closure and multi-I/O optimization
- Advanced Training: High-performance FPGA design courses with focus on multi-interface systems
- Design Consulting: Network of performance-specialized design service providers with I/O expertise
- IP Solutions: High-performance soft processor cores and optimized multi-interface peripheral controllers
- Performance Analysis: Design review and optimization consulting for complex multi-I/O systems
Environmental & Export Classifications
Commercial Environmental Compliance
- RoHS Directive: Lead-free versions available meeting EU Directive 2011/65/EU requirements
- WEEE Compliance: Designed for compliance with waste electrical equipment regulations
- REACH Regulation: Full compliance with European chemical substance safety requirements
- Green Electronics: Environmentally conscious manufacturing processes and sustainable packaging
- Halogen-Free Options: Available for applications requiring halogen-free materials and processes
- Carbon Footprint: Optimized manufacturing and logistics for reduced environmental impact
Commercial Operating Environment
- Commercial Temperature Range: 0ยฐC to +70ยฐC ambient operating specification with full performance
- Junction Temperature: +125ยฐC maximum die temperature rating
- Storage Temperature: -65ยฐC to +150ยฐC non-operating storage limits
- Humidity Tolerance: 5% to 95% relative humidity (non-condensing operation)
- Altitude Operation: Sea level to 2000 meters without performance derating
- Atmospheric Pressure: 86kPa to 106kPa operational range for standard commercial environments
Quality and Reliability Standards
- Manufacturing Quality: ISO 9001:2015 certified production and comprehensive test facilities
- Device Reliability: JEDEC standard qualification per commercial device requirements with enhanced testing
- Package Reliability Testing: Comprehensive commercial-grade testing including:
- Temperature cycling: 1000 cycles (-65ยฐC to +150ยฐC) per JEDEC standards
- Thermal shock resistance: Rapid temperature transition testing for commercial stress
- Humidity exposure: 85ยฐC/85% RH for 1000 hours qualification
- Mechanical integrity: Vibration and shock testing per commercial standards
- I/O integrity: Multi-pin electrical stress and cross-talk verification
- Electrostatic Discharge: Class 1C (>1000V) ESD protection rating with enhanced multi-pin protection
- Mean Time Between Failures: >1,500,000 hours at 55ยฐC junction temperature
International Trade Classifications
- Export Control Classification: ECCN 3A001.a.2.a under U.S. Export Administration Regulations
- Harmonized Tariff Schedule: HTS 8542.31.0001 for integrated circuits and semiconductors
- Country of Origin: Manufacturing location identified on device package marking
- Export License Requirements: Generally eligible for License Exception NLR for commercial applications
- Technology Transfer: Subject to Department of Commerce dual-use technology controls
Supply Chain Security and Ethics
- Anti-Counterfeiting: Authorized distribution channels with advanced authentication features
- Product Authentication: Comprehensive lot traceability and tamper-evident packaging systems
- Conflict Minerals: SEC Rule 13p-1 compliant sourcing with conflict-free certification
- Supplier Verification: Audited manufacturing partners and ethical sourcing practices verification
- Social Responsibility: Fair labor practices and environmental stewardship programs
Material Handling and Storage Requirements
- Moisture Sensitivity Level: MSL-3 per JEDEC J-STD-020D moisture sensitivity classification
- Dry Pack Storage: Sealed moisture barrier bags with humidity indicator cards and desiccant
- Shelf Life: 12 months in unopened dry pack at <30ยฐC/85% relative humidity
- Floor Life: 168 hours maximum exposure after moisture barrier bag opening
- Bake-out Recovery: 125ยฐC for 24 hours if moisture exposure limits exceeded
- ESD Protection: Class 1C electrostatic discharge sensitive device classification
Distribution and Logistics
- Global Distribution: Available through worldwide authorized distributor network
- Lead Times: Typically 6-10 weeks for standard commercial orders
- Packaging Options: Anti-static tubes (standard) and tape-and-reel for automated assembly processes
- Volume Packaging: 13-inch reels available for high-volume production requirements
- Inventory Programs: Consignment and vendor-managed inventory available for qualified commercial customers
- Supply Chain Visibility: Real-time inventory tracking and allocation management systems
Regulatory Standards Compliance
- CE Marking: Suitable for equipment requiring European Conformity marking
- FCC Part 15: Class A digital device compliance for commercial environments
- EMC Compliance: Designed to meet commercial electromagnetic compatibility requirements
- Safety Standards: Suitable for commercial safety applications with proper system design
- International Standards: Designed to meet relevant international commercial equipment standards
Performance and Environmental Testing
- Speed Binning: 100% tested for -6 speed grade performance specification across temperature
- I/O Testing: Comprehensive multi-pin electrical testing and cross-talk verification
- Thermal Testing: Junction temperature characterization across full operating range
- Power Consumption: Verified power consumption across voltage, temperature, and I/O loading conditions
- Signal Integrity: High-speed signal quality verification and multi-I/O interaction characterization
Commercial Market Applications
- Equipment Manufacturing: Suitable for commercial test equipment, communication systems, and industrial computers
- Technology Development: Ideal for R&D projects, university research, and commercial prototype development
- Volume Production: Cost-effective for medium to high-volume commercial product manufacturing
- Multi-Interface Systems: Optimized for applications requiring diverse I/O standards and extensive connectivity
- Performance Applications: Designed for commercial systems requiring maximum speed and comprehensive I/O capability
The XC5204-6PQ160C delivers exceptional performance and comprehensive I/O capability for demanding commercial applications. Its combination of fastest available speed grade, maximum 120 I/O pins, and proven commercial reliability makes it the premium choice for high-performance commercial FPGA implementations requiring extensive external connectivity and interface flexibility.
Keywords: XC5204-6PQ160C, high-performance commercial FPGA, maximum I/O connectivity, Xilinx XC5200, PQ160 package, speed grade -6, commercial temperature, 120 I/O pins, multi-interface systems, advanced prototyping, performance optimization
