XCV300E-8PQ240C Virtex-E FPGA: High-Speed Commercial PQFP Solution for Compact Applications

Product Specifications

Core Architecture

• Part Number: XCV300E-8PQ240C
• Device Family: Virtex-E High-Performance FPGA Series
• Logic Capacity: 300,000 system gates
• Logic Cell Count: 3,456 total logic cells
• Configurable Logic Blocks (CLBs): 432 CLBs in 24×18 array
• Slice Organization: 4 slices per CLB, 864 total slices

Memory Architecture

• Block RAM Capacity: 32 Kbits embedded block memory
• Distributed RAM: 54 Kbits distributed memory capacity
• Block RAM Blocks: 8 dual-port RAM blocks (4K bits each)
• Memory Configuration: Flexible width (1, 2, 4, 8, 16 bits) and depth options
• Block RAM Modes: Single-port, dual-port, and FIFO configurations

High-Speed Performance

• Speed Grade: -8 (premium high-speed optimization)
• Core Supply Voltage: 1.8V ±5% tolerance
• I/O Supply Voltage: 3.3V, 2.5V selectable
• Maximum Clock Frequency: Up to 200 MHz system clock
• Logic Propagation Delay: 0.18ns typical (fastest speed grade)
• Clock-to-Output Delay: 0.7ns typical

PQ240 Package Specifications

• Package Type: PQ240 Plastic Quad Flat Pack
• Temperature Grade: C (Commercial: 0°C to +85°C)
• Pin Count: 240 pins total
• Pin Pitch: 0.5mm fine pitch
• Package Dimensions: 32mm x 32mm x 3.4mm max height
• Lead Style: Gull-wing leads for surface mount assembly

Input/Output Capabilities

• Maximum User I/O: 180 user-configurable I/O pins
• I/O Banks: 4 independent I/O voltage banks
• Drive Strength: Programmable 2mA to 24mA output current
• Input Threshold: Programmable VREF for optimal noise margins
• I/O Standards: LVTTL, LVCMOS, GTL+, HSTL, SSTL2, SSTL3

DSP and Arithmetic Features

• Dedicated Multipliers: 32 embedded 18×18 multipliers
• DSP Performance: Optimized for high-throughput signal processing
• Multiply-Accumulate: Hardware MAC operations support
• Fast Arithmetic: Dedicated carry chains for efficient addition/subtraction
• Digital Filtering: Efficient FIR and IIR filter implementation

Clock Management System

• Delay Locked Loops (DLLs): 4 precision DLLs for clock conditioning
• Global Clock Networks: 4 dedicated low-skew clock distribution trees
• Clock De-skew: Advanced phase alignment and timing control
• Clock Synthesis: Frequency multiplication and division capabilities

Configuration and Debugging

• Configuration Method: SRAM-based with multiple configuration modes
• Configuration Memory: 1,319,616 bits total
• Boundary Scan: IEEE 1149.1 JTAG compliance for testing
• Readback Support: Full configuration and logic state readback
• Partial Reconfiguration: Dynamic reconfiguration capabilities

Pricing Information

XCV300E-8PQ240C commercial pricing and procurement:

Speed Grade Premium Pricing

• Single Unit (1-9 pieces): Premium pricing for -8 speed grade performance
• Small Volume (10-49 units): Standard commercial rates with speed grade premium
• Medium Volume (50-199 units): Volume discounts available for production quantities
• Large Volume (200+ units): Competitive pricing for high-volume applications

Commercial Grade Economics

• PQ240 Package Advantage: Cost-effective alternative to BGA packages
• Commercial Temperature: Optimized pricing for 0°C to +85°C applications
• Speed Grade -8: Premium pricing for maximum performance requirements
• Lead Time: 8-14 weeks standard delivery for commercial grade

Cost Considerations

• High-Speed Performance: Premium pricing reflects -8 speed grade capabilities
• Compact Package: PQ240 offers lower assembly costs than BGA alternatives
• Volume Scaling: Attractive pricing progression for production quantities

Contact authorized Xilinx distributors for current XCV300E-8PQ240C pricing, availability, and volume discount schedules.

Documents & Media

Core Technical Documentation

• Product Datasheet: Complete XCV300E-8PQ240C electrical specifications and timing
• Virtex-E Family User Guide: Architecture overview and design methodology
• PQ240 Package Information: Mechanical specifications, dimensions, and assembly
• Pin Assignment Guide: Complete pinout diagram and signal descriptions

Design Support Resources

• PCB Design Guidelines: Layout recommendations for PQ240 package assembly
• Footprint Libraries: CAD symbols for major PCB design tools
• IBIS Models: Signal integrity simulation models for high-speed design
• Timing Constraint Files: UCF templates and timing constraint examples

Application Documentation

• High-Speed Design Guidelines: Best practices for -8 speed grade implementation
• Power Management: Voltage regulation and power distribution design
• Thermal Analysis: Heat dissipation calculations and cooling recommendations
• Signal Integrity: High-speed PCB design considerations and solutions

Software Documentation

• ISE Design Suite: Development environment user guides and tutorials
• Synthesis Optimization: Speed-focused synthesis techniques for -8 grade
• Place and Route: Implementation strategies for maximum performance
• Timing Analysis: Static timing analysis methodology and closure techniques

Characterization Data

• AC Timing Specifications: Setup, hold, and propagation delay parameters
• DC Electrical Characteristics: Voltage and current specifications
• Switching Characteristics: Dynamic power consumption data
• Temperature Derating: Performance vs. temperature characterization

Related Resources

Development and Prototyping

• XCV300E-8PQ240C Evaluation Boards: Complete development platforms
• High-Speed Prototyping Kits: Specialized boards for -8 speed grade evaluation
• Reference Designs: Proven high-performance implementations
• Application Modules: Task-specific demonstration and evaluation boards

Programming and Configuration

• JTAG Programming Solutions: Platform Cable USB and Parallel Cable interfaces
• Configuration Memory: Compatible PROM and Flash memory solutions
• Download Cables: High-speed programming and debugging interfaces
• Boundary Scan Tools: JTAG test equipment and software solutions

High-Speed Design Support

• Signal Integrity Tools: Simulation and analysis software recommendations
• High-Speed Connectors: Compatible connector solutions for fast I/O
• Clock Distribution: Low-jitter clock sources and distribution networks
• Power Delivery: High-performance voltage regulation solutions

Component Ecosystem

• Voltage Regulators: Multi-output supplies optimized for Virtex-E
• Clock Generation: Ultra-low jitter oscillators and PLL devices
• Interface Circuits: High-speed level shifters and signal conditioners
• Memory Solutions: Fast SRAM, DDR, and cache memory interfaces

Intellectual Property Cores

• High-Speed IP: Cores optimized for -8 speed grade performance
• Communication Protocols: Ethernet, PCI, and serial interface IP
• DSP Functions: Digital signal processing and filtering cores
• Custom IP Development: Third-party IP vendors and design services

Environmental & Export Classifications

Environmental Compliance

• RoHS Directive: Lead-free manufacturing with compliant solder and materials
• REACH Regulation: Full compliance with European Union chemical safety
• Green Packaging: Environmentally responsible packaging materials
• Conflict Minerals: Dodd-Frank Act Section 1502 compliant sourcing

Commercial Operating Environment

• Operating Temperature: 0°C to +85°C (Commercial grade C specification)
• Junction Temperature: 0°C to +125°C maximum junction temperature
• Storage Temperature: -65°C to +150°C for extended storage
• Relative Humidity: 5% to 85% non-condensing operational range

Thermal Management – PQ240 Package

• Thermal Resistance: θJA = 32°C/W (still air), θJA = 28°C/W (200 LFM)
• Power Dissipation: Calculate based on utilization and switching frequency
• Heat Sink Compatibility: Standard QFP heat sink mounting options
• Thermal Simulation: Models available for thermal analysis tools

Reliability and Quality Standards

• Commercial Quality Grade: Standard commercial reliability specifications
• JEDEC Compliance: Meets JEDEC solid-state technology standards
• Quality System: ISO 9001:2015 certified manufacturing processes
• Failure Rate: <100 FIT (Failures in Time) at 55°C

Electrostatic Discharge Protection

• ESD Classification: Class 1C (>2000V Human Body Model)
• Charged Device Model: >750V CDM for enhanced protection
• Machine Model: >200V MM protection level
• Latch-up Immunity: >100mA at maximum rated temperature

Export Control Classifications

• Export Control Classification: ECCN 3A001.a.7 (US Export Administration)
• Harmonized System Code: 8542.31.0000 for customs classification
• Country of Origin: Manufacturing location dependent on supply chain
• Export License: May require authorization for specific destination countries

Regulatory Certifications

• UL Recognition: UL 1998 recognized component status
• CE Conformity: European Union conformity declaration
• FCC Part 15: Unintentional radiator equipment compliance
• ITAR Classification: Not subject to International Traffic in Arms Regulations

Package Handling Specifications

• Moisture Sensitivity: MSL 3 (168 hours at 30°C/60% relative humidity)
• Handling Precautions: ESD-sensitive device requiring proper grounding
• Package Marking: Laser marking with part number, speed grade, and date code
• Tray Packaging: Anti-static trays for safe storage and handling

Assembly and Manufacturing

• Soldering Profile: Lead-free reflow soldering temperature profile
• Package Coplanarity: ±0.10mm maximum lead coplanarity specification
• Assembly Guidelines: Recommended pick-and-place and reflow parameters
• Inspection Criteria: Visual and automated optical inspection standards

Key Commercial Applications

The XCV300E-8PQ240C excels in high-speed commercial applications:

High-Performance Communications

• Network Processing: Packet classification and forwarding engines
• Protocol Acceleration: TCP/IP and protocol offload processing
• Wireless Infrastructure: Signal processing for cellular base stations
• Optical Networking: High-speed data path processing and control

Real-Time Control Systems

• Industrial Automation: High-speed control loops and motion control
• Process Control: Real-time data acquisition and control algorithms
• Robotics: Servo control and sensor fusion applications
• Machine Vision: High-speed image processing and pattern recognition

Test and Measurement

• Signal Generation: Arbitrary waveform generation and synthesis
• Data Acquisition: High-speed sampling and signal analysis
• Automated Test Equipment: Stimulus generation and response analysis
• Instrumentation: Digital oscilloscopes and spectrum analyzers

Computing and Storage

• Server Acceleration: Computational offload and specialized processing
• Storage Controllers: High-performance RAID and SAN controllers
• Embedded Computing: Real-time processing in embedded systems
• Coprocessing: Algorithm acceleration and parallel processing

Design Advantages of XCV300E-8PQ240C

High-Speed Performance Benefits

• Premium Speed Grade: -8 speed grade provides maximum performance
• 200 MHz Operation: Industry-leading clock frequencies for demanding applications
• Fast Logic Delays: 0.18ns propagation delays enable high-speed designs
• Optimized Routing: Architecture designed for speed-critical applications

PQ240 Package Advantages

• Space Efficient: Compact 32mm x 32mm footprint for size-constrained designs
• Cost Effective: Lower assembly costs compared to BGA packages
• Design Friendly: 0.5mm pitch suitable for standard PCB manufacturing
• Thermal Access: Exposed package top for heat sink attachment

Commercial Grade Benefits

• Temperature Range: 0°C to +85°C covers most commercial applications
• Cost Optimization: Commercial grade pricing for budget-conscious projects
• Availability: Strong supply chain support for commercial quantities
• Documentation: Comprehensive commercial application support

Technical Implementation Guidelines

High-Speed Design Considerations

• Clock Distribution: Use DLLs for optimal clock skew management
• Signal Integrity: Follow high-speed PCB design guidelines for -8 grade
• Power Integrity: Ensure clean power delivery for maximum performance
• Thermal Management: Consider heat dissipation at high utilization

PQ240 PCB Design Tips

• Via Placement: Strategic via placement for signal layer transitions
• Ground Plane: Solid ground plane design for signal integrity
• Decoupling: Adequate decoupling capacitor placement near package
• Trace Routing: Controlled impedance routing for high-speed signals

Performance Optimization

• Resource Utilization: Efficient use of embedded multipliers and block RAM
• Pipeline Design: Deep pipelining for maximum clock frequency achievement
• Constraint Definition: Proper timing constraints for speed-critical paths
• Implementation Strategy: Hierarchical design for complex applications

Conclusion

The XCV300E-8PQ240C delivers exceptional high-speed performance in a compact, cost-effective package ideal for demanding commercial applications. With its premium -8 speed grade capability, space-efficient PQ240 package, and commercial temperature range, this Virtex-E FPGA enables engineers to implement high-performance digital systems while meeting stringent timing and space requirements.

For complete technical specifications, current pricing, and comprehensive design support for the XCV300E-8PQ240C, contact authorized Xilinx distributors or access official Xilinx documentation and technical resources.