1. Product Specifications
Technical Specifications for XC3195-3PQ160C
| Parameter | Specification |
|---|---|
| Part Number | XC3195-3PQ160C |
| Manufacturer | Xilinx (now AMD) |
| Product Family | XC3000 Series FPGA |
| Gate Count | ~7,500 gates equivalent |
| Logic Cells | 484 configurable logic blocks (CLBs) |
| Speed Grade | -3 (maximum performance) |
| Package Type | 160-pin PQFP |
| Package Dimensions | 22mm x 22mm body |
| Pin Pitch | 0.5mm lead spacing |
| Temperature Range | Commercial (0ยฐC to +70ยฐC) |
| Supply Voltage | 5V ยฑ5% |
| Technology Node | CMOS Static Memory |
| Configuration | SRAM-based, unlimited reprogramming |
| User I/O Pins | Up to 120 configurable I/O |
| Maximum Frequency | Up to 270 MHz (speed grade optimized) |
Optimal Performance Characteristics
- Toggle Rate: Up to 270 MHz maximum operating frequency (peak XC3000 performance)
- Logic Delay: Optimized timing for -3 speed grade maximum performance
- Power Consumption: Balanced power management for high-speed operation
- Configuration Speed: Rapid SRAM-based configuration loading
- I/O Standards: TTL and CMOS threshold compatibility with high-speed support
- Clock Distribution: Multiple global clock networks optimized for 270 MHz operation
- Routing Efficiency: Extensive high-speed interconnect resources
- Signal Integrity: Premium package ensures excellent high-frequency performance
Optimal Package Configuration
XC3195-3PQ160C Balanced Package Features:
- 160-pin PQFP (Plastic Quad Flat Package) for optimal I/O density
- 22mm x 22mm compact footprint for space-efficient designs
- 0.5mm fine-pitch leads for modern PCB design compatibility
- Enhanced thermal characteristics for high-performance operation
- SMT-compatible for efficient automated assembly
- JEDEC standard compliance for industry compatibility
2. Price Information
XC3195-3PQ160C Optimal Value Pricing & Market Analysis:
Optimal Market Positioning
- Price Category: High-performance pricing with optimal value proposition
- Market Segment: Performance-critical applications requiring space efficiency
- Availability Status: Good availability through multiple distributor channels
- Lead Time: 8-14 weeks for standard quantities
- Volume Economics: Attractive pricing for production applications
Balanced Pricing Structure
- Unit Pricing: Premium rates for -3 speed grade with cost-effective package
- Minimum Order: Typically 10-25 pieces for evaluation orders
- Production Volumes: 50+ pieces qualify for optimal volume pricing
- Performance Premium: -3 speed grade premium balanced by efficient package
- Package Optimization: 160-pin provides optimal cost-per-I/O ratio
Optimal Value Proposition:
- Maximum performance at optimal price point
- Space-efficient design reduces overall system cost
- High I/O density maximizes connectivity per dollar
- Best performance-to-cost ratio in high-speed segment
Economic Optimization Analysis
- Performance per Dollar: Exceptional value for high-speed applications
- Space Efficiency: Reduced PCB area requirements lower system costs
- I/O Optimization: Optimal pin count reduces external component requirements
- Design Efficiency: Maximum performance enables simplified architectures
3. Documents & Media
Comprehensive Optimal Documentation for XC3195-3PQ160C
Optimal Technical Documentation:
- XC3000 Series FPGA Family Complete Performance Datasheet
- XC3195-3PQ160C Optimal Performance Specification Document
- 160-pin PQFP Package specifications and mechanical drawings
- High-speed electrical characteristics and optimal timing parameters
- Complete pinout diagrams with optimized signal assignments
High-Performance Design Resources:
- XACT Development System Optimal Performance User Manual
- Space-efficient PCB layout guidelines for 160-pin PQFP packages
- High-speed signal integrity analysis and design optimization techniques
- Thermal management strategies for compact high-performance packages
- Power distribution optimization for maximum frequency operation
Optimal Application Documentation:
- High-performance design implementation with space constraints
- Clock distribution optimization for 270 MHz operation
- I/O interface design for high-speed compact applications
- EMI/EMC compliance for high-performance compact systems
- Design optimization techniques for maximum performance density
Optimal Development Resources
Performance Optimization Software Documentation:
- XACT timing optimization and maximum performance techniques
- High-speed design constraint development for compact packages
- Performance simulation libraries and verification procedures
- Configuration optimization for maximum speed operation
Optimal Reference Materials:
- High-performance compact design reference implementations
- Space-efficient application notes and design examples
- Performance optimization case studies and benchmarks
- Troubleshooting guides for high-speed compact designs
4. Related Resources
Optimal Development Ecosystem for XC3195-3PQ160C
High-Performance Development Tools:
- XACT Development System: Complete optimal performance design environment
- Vivado Design Suite: Modern AMD development platform with performance optimization
- ISE Design Suite: Legacy tool chain with optimal performance support
- Optimal EDA Integration: Performance-focused tool support from major vendors
Optimal Hardware Infrastructure:
- XC3000 series optimal performance evaluation platforms
- High-speed programming and configuration systems
- Compact prototyping platforms with 160-pin PQFP support
- Optimal performance development board reference designs
Product Family & Optimal Alternatives
Performance-Optimized Alternatives:
- XC3195A-3PQ160C (enhanced A-version with improved optimal specifications)
- XC3195-2PQ160C (alternative high-performance speed grade)
- XC3195-3PQ208C (maximum I/O with same performance)
- XC3195-3PQ160I (industrial temperature range for harsh environments)
Modern Optimal Performance Migration:
- Spartan-7 Series: Current-generation optimal performance alternative
- Artix-7 Series: Modern equivalent with advanced optimization features
- Kintex-7 Series: Premium performance with enhanced capabilities
- Zynq-7000 Series: SoC integration for optimal system performance
Optimal Support Infrastructure
Performance Optimization Support Services:
- AMD/Xilinx optimal performance technical support portal
- Dedicated application engineering for performance optimization
- Optimal design review and performance enhancement services
- High-performance training programs and optimization certification
Optimal Performance Community Resources:
- Performance-focused FPGA development forums and expert networks
- Optimal design technical knowledge base and performance resources
- Industry best practices for high-performance compact design methodologies
- Performance optimization examples and reference implementations
5. Environmental & Export Classifications
Environmental Standards & Optimal Compliance
Optimal Environmental Certifications:
- RoHS 2 Compliance: Optimal lead-free manufacturing processes
- REACH Compliance: European optimal chemical regulation adherence
- Halogen-Free Manufacturing: Optimal environmentally responsible production
- Optimal Green Standards: Sustainable optimal manufacturing processes
Optimal Package Reliability:
- Moisture Sensitivity Level: Level 3 (Optimal protection for 160-pin package)
- ESD Protection: Class 1C (Optimal protection >1000V)
- Latch-up Immunity: >100mA at maximum operating temperature
- High-Frequency Performance: Optimal electrical characteristics for 270 MHz
- Thermal Performance: Optimal heat dissipation for compact high-performance operation
Export Control & International Optimal Compliance
International Optimal Trade Classifications:
- Export Control Classification Number (ECCN): 3A001.a.7
- Schedule B Optimal Number: 8542.31.0001
- Harmonized System Code: 8542.31.0001
- Country of Origin: Optimal manufacturing location designation
Global Optimal Compliance:
- CE Marking: European optimal equipment conformity standards
- FCC Part 15: Optimal equipment electromagnetic emission compliance
- UL Optimal Listing: Optimal equipment safety certification standards
- CSA Optimal Approval: Canadian optimal standards compliance certification
Quality Assurance & Optimal Manufacturing Excellence
Optimal Quality Standards:
- ISO 9001:2015: Advanced optimal quality management certification
- AEC-Q100: Automotive optimal qualification for high-performance applications
- MIL-STD Optimal: Military specification compliance for defense applications
- Optimal Space Grade: Radiation-tolerant variants for aerospace applications
Advanced Optimal Manufacturing Controls:
- 100% Optimal Testing: Comprehensive electrical and maximum performance verification
- Advanced Statistical Process Control: Real-time optimal quality monitoring
- Complete Optimal Traceability: Advanced manufacturing documentation and tracking
- Optimal Failure Analysis: Advanced analytical capabilities and performance optimization
Optimal Packaging & Performance Protection
Advanced Optimal Packaging:
- Enhanced Moisture Barrier: Optimal environmental protection systems
- Optimal ESD Protection: Comprehensive electrostatic discharge protection
- Anti-Static Optimal Materials: Advanced conductive packaging systems
- Optimal Environmental Monitoring: Advanced exposure detection and protection
Optimal Reliability Metrics:
- Enhanced MTBF: >1,000,000 hours at 25ยฐC (optimal package advantage)
- Optimal Qualification: Advanced JEDEC optimal reliability standards
- Accelerated Optimal Testing: Comprehensive stress and maximum performance verification
- Optimal Field Analysis: Advanced reliability monitoring and performance optimization
Why Choose XC3195-3PQ160C?
The XC3195-3PQ160C delivers the optimal combination of maximum performance and efficient design:
Optimal Performance Advantages
- Maximum Speed Grade: -3 grade delivers peak 270 MHz operation frequency
- Optimal Package Size: 160-pin provides ideal balance of I/O and footprint
- Space Efficiency: 22mm x 22mm package maximizes performance density
- Cost Optimization: Best performance-to-cost ratio in high-speed segment
- Design Flexibility: Optimal pin count for most high-performance applications
Optimal Performance Applications
- High-Speed Compact Systems: Space-constrained high-performance applications
- Optimal Communication Devices: Efficient high-bandwidth processing systems
- Performance-Critical Instrumentation: Compact precision measurement equipment
- Optimal Computing Acceleration: Space-efficient computational enhancement
- High-Speed Interface Controllers: Compact multi-protocol interface systems
- Optimal Legacy Upgrades: Performance enhancement in space-constrained systems
Optimal Recommendation: The XC3195-3PQ160C represents the sweet spot for applications requiring maximum XC3000 series performance in a space-efficient package. For new optimal designs, evaluate current AMD Xilinx FPGA families while recognizing the XC3195-3PQ160C’s optimal positioning for performance-density requirements.
Optimal Procurement & Performance Support
For comprehensive technical specifications, optimal pricing, and availability information regarding the XC3195-3PQ160C, contact authorized AMD Xilinx distributors or access the advanced AMD technical support portal for complete optimal performance design resources, migration guidance, and dedicated optimal performance engineering support services.
