1. Product Specifications
Core Technical Specifications
- Part Number: XC5215TM-5BG352C
- Manufacturer: Xilinx Inc.
- Product Family: XC5200 FPGA Family
- Device Classification: Field Programmable Gate Array (FPGA)
- Logic Capacity: 23,000 gates equivalent (maximum XC5200 family capacity)
- Logic Cells: 1,936 configurable logic cells (CLBs)
- Maximum Operating Frequency: 83MHz (with -5 speed grade)
- Process Technology: 0.5ฮผm three-layer metal CMOS
- Supply Voltage: 5V ยฑ5% (single supply operation)
- Package Type: 352-Pin BG (Ball Grid Array)
- Temperature Grade: C (Commercial: 0ยฐC to +85ยฐC)
- Speed Grade: -5 (standard performance variant)
Advanced BGA Package Features
- Package Designation: BG352 (Ball Grid Array, 352 pins)
- Total Pin Count: 352 pins (maximum I/O density in XC5200 family)
- User I/O Pins: Up to 244 user-configurable I/O pins
- Ball Pitch: 1.27mm (50 mil pitch for reliable assembly)
- Package Dimensions: 27mm x 27mm x 2.3mm (nominal)
- Substrate Material: High-performance multi-layer ceramic substrate
- Ball Material: 63Sn/37Pb solder balls (RoHS variants available)
- Package Weight: Approximately 3.8 grams
- Thermal Performance: Enhanced heat dissipation through substrate
Superior Thermal Characteristics
- Thermal Resistance (ฮธJA): 15ยฐC/W (typical in still air)
- Thermal Resistance (ฮธJC): 3ยฐC/W (junction to case)
- Maximum Junction Temperature: 125ยฐC
- Power Dissipation: Up to 5W (with adequate cooling)
- Heat Sink Compatibility: Direct die attach for maximum cooling
- Thermal Interface: Exposed thermal pad for enhanced heat transfer
- Thermal Cycling: Enhanced reliability through BGA construction
Advanced Architecture and Performance
- VersaBlock Logic Architecture: Optimized for high-density applications
- VersaRing I/O Interface: Maximum I/O bandwidth and flexibility
- SRAM-Based Configuration: Fast reconfiguration and in-system programming
- Hierarchical Interconnect: Advanced routing for complex designs
- Distributed RAM: Internal memory blocks within logic cells
- Global Clock Networks: Multiple clock domains and management
- Boundary Scan: IEEE 1149.1 JTAG compliance for testing
Signal Integrity and I/O Features
- Programmable Slew Rate Control: Optimized signal integrity
- Configurable Drive Strength: Adjustable output drive capability
- Input/Output Standards: TTL, CMOS, and ECL compatibility
- Differential I/O Support: High-speed differential signaling
- Clock Management: Dedicated clock input and distribution
- Power Distribution: Optimized power delivery through BGA
- EMI/EMC Performance: Superior electromagnetic compatibility
2. Pricing
Premium BGA Pricing Structure
Price Category: High-End FPGA – Contact Authorized Distributors
- Single Unit Price: Request quotation from authorized Xilinx distributors
- Development Quantity (1-24 units): Premium pricing for prototyping
- Small Production (25-99 units): Standard BGA pricing with setup costs
- Volume Production (100-499 units): Reduced pricing with volume commitments
- High Volume (500+ units): Maximum discount pricing available
- Lead Time: 12-24 weeks (BGA assembly complexity factor)
BGA Package Premium Considerations
- Advanced Package Technology: BGA commands premium over QFP packages
- Assembly Complexity: Specialized BGA assembly and rework requirements
- Testing Requirements: Advanced boundary scan and functional testing
- Thermal Management: Enhanced cooling solutions may be required
- PCB Design Complexity: Multi-layer PCB with via-in-pad technology
Cost-Effective Alternatives
- XC5215-5BG352C: Standard commercial variant (non-TM designation)
- XC5215TM-5HQ240C: Reduced pin count alternative in QFP package
- XC5215TM-6BG352C: Higher speed grade option
- XC5210TM-5BG352C: Lower gate count alternative
- Modern Replacements: Current-generation Xilinx families for new designs
Total Cost Analysis
- Development Costs: Advanced PCB design and simulation tools
- Assembly Costs: Specialized BGA placement and reflow equipment
- Testing Costs: X-ray inspection and boundary scan testing
- Rework Costs: Specialized BGA rework stations and procedures
- Thermal Solutions: Heat sinks, thermal interface materials, and cooling
Value Proposition
- Maximum I/O Density: Highest pin count in XC5200 family
- Superior Thermal Performance: Enhanced power handling capability
- Design Flexibility: Maximum routing options and signal integrity
- Legacy Support: Proven technology for existing system upgrades
- Reliability: BGA package offers superior mechanical and thermal reliability
Package Selection Note: The XC5215TM-5BG352C BGA package is recommended for applications requiring maximum I/O density, superior thermal performance, or high-reliability requirements. Consider assembly complexity and cost implications during design phase.
3. Documents & Media
Primary Technical Documentation
- Official Datasheet: XC5200 Field Programmable Gate Array Family Specification
- BGA Package Specification: BG352 mechanical drawings and thermal characteristics
- User Manual: XC5215 comprehensive implementation and programming guide
- Pin Assignment Reference: Complete BGA ball map and signal definitions
- Application Notes: BGA design guidelines and implementation best practices
- Thermal Design Guide: Heat dissipation and thermal management recommendations
BGA-Specific Design Resources
- PCB Design Guidelines: BGA layout rules and via-in-pad design
- Assembly Procedures: BGA placement, reflow, and inspection guidelines
- Thermal Management: Heat sink selection and thermal interface materials
- Rework Procedures: BGA removal and replacement techniques
- Testing Guidelines: X-ray inspection and boundary scan procedures
- Reliability Data: Temperature cycling and mechanical stress testing
Development Software Suite
- Primary IDE: Xilinx ISE (Integrated Software Environment)
- Legacy Tools: Foundation Series and Alliance development packages
- Design Entry Options:
- ABEL: Hardware description language synthesis
- Schematic Capture: Graphical design entry with BGA support
- VHDL: IEEE-standard hardware description language
- Verilog HDL: Industry-standard HDL synthesis and simulation
- Place & Route: Advanced algorithms for BGA pin assignment optimization
- Timing Analysis: Static timing analysis with BGA package models
Advanced Design Tools
- Signal Integrity Analysis: High-speed digital simulation tools
- Thermal Simulation: Computational fluid dynamics and thermal modeling
- PCB Design Tools: BGA-optimized layout and routing software
- Assembly Simulation: Reflow profiling and thermal analysis
- Test Development: Boundary scan test generation and debugging
- Package Models: SPICE and IBIS models for simulation accuracy
Quality and Manufacturing Documentation
- Manufacturing Guidelines: BGA assembly process specifications
- Quality Standards: IPC-A-610 acceptance criteria for BGA assemblies
- Inspection Procedures: Automated optical inspection (AOI) and X-ray
- Reliability Testing: Temperature cycling and mechanical shock testing
- Failure Analysis: BGA joint integrity and thermal performance analysis
- Traceability: Complete manufacturing and assembly documentation
4. Related Resources
XC5200 Family BGA Portfolio
- XC5202TM-5BG: Entry-level BGA option (3,000 gates, smaller package)
- XC5204TM-5BG: Small-scale BGA applications (6,000 gates)
- XC5206TM-5BG: Medium-density BGA variant (9,000 gates)
- XC5210TM-5BG: High-capacity BGA option (16,000 gates)
- XC5215TM-5BG352C: Maximum capacity and I/O density
Package Variant Comparison
- XC5215TM-5HQ208C: 208-pin QFP alternative (reduced I/O)
- XC5215TM-5HQ240C: 240-pin QFP option (medium I/O density)
- XC5215TM-5PQ240C: PQFP package alternative
- XC5215TM-6BG352C: Higher speed grade BGA variant
- XC5215TM-4BG352C: Lower speed grade cost-optimized option
BGA Development Ecosystem
- BGA Development Boards: Advanced evaluation platforms with thermal management
- Reference Designs: High-speed digital applications and signal integrity examples
- Design Services: BGA-specialized design consultants and contract manufacturers
- Training Resources: BGA assembly and rework certification programs
- Community Support: BGA design forums and technical communities
Advanced Application Domains
- High-Speed Digital: Multi-gigabit data processing and communications
- Signal Processing: Advanced DSP applications with high I/O requirements
- Telecommunications: Base station and network infrastructure applications
- Industrial Control: High-density I/O and real-time control systems
- Medical Electronics: High-reliability medical imaging and diagnostic equipment
- Aerospace/Defense: Mission-critical systems requiring maximum reliability
Assembly and Manufacturing Resources
- BGA Assembly Houses: Certified contract manufacturers with BGA capability
- Equipment Suppliers: Pick-and-place machines and reflow ovens
- Inspection Equipment: X-ray and automated optical inspection systems
- Rework Stations: Specialized BGA removal and replacement equipment
- Testing Solutions: In-circuit test and boundary scan equipment
- Training Programs: IPC certification for BGA assembly and inspection
Migration and Modernization
- Legacy BGA Support: Maintaining existing high-density systems
- Modern BGA Alternatives: Current-generation FPGA families
- Package Migration: Transitioning between package types
- Thermal Upgrades: Enhanced cooling solutions for increased performance
- Reliability Improvements: Advanced materials and assembly techniques
5. Environmental & Export Classifications
Environmental and Operating Specifications
- Operating Temperature Range: 0ยฐC to +85ยฐC (Commercial grade C)
- Storage Temperature: -65ยฐC to +150ยฐC (non-operating)
- Junction Temperature: 125ยฐC maximum (with proper thermal management)
- Thermal Cycling: -55ยฐC to +125ยฐC (1000 cycles minimum)
- Humidity Tolerance: 5% to 95% RH (non-condensing)
- Vibration Resistance: 20g (10-2000Hz per MIL-STD-883)
- Mechanical Shock: 1500g for 0.5ms (per JEDEC standards)
Environmental Compliance Standards
- RoHS Directive: Lead-free variants available (Pb-free solder balls)
- REACH Regulation: Compliant with European chemical safety requirements
- Conflict Minerals: Xilinx responsible sourcing declarations
- Halogen-Free: Available in halogen-free package materials
- Green Package: Environmentally friendly material options
- Recycling: Electronic waste compliance and material recovery
Export Control Classifications
- ECCN (Export Control Classification Number): 3A001.a.7
- HTS (Harmonized Tariff Schedule): 8542.31.0001
- Technology Classification: Dual-use semiconductor technology
- Export License Requirements: Subject to U.S. Export Administration Regulations (EAR)
- Wassenaar Arrangement: Controlled under international dual-use agreements
- Country Restrictions: Review BIS Commerce Country Chart for specific destinations
Quality and Manufacturing Standards
- Package Quality: IPC-A-610 Class 3 (high-reliability electronics)
- Manufacturing Standard: ISO 9001:2015 certified production
- Qualification Testing: JEDEC standards for BGA package reliability
- Assembly Standards: IPC/WHMA-A-620 for cable and wire harness assemblies
- Inspection Standards: IPC-A-600 for printed board acceptability
- Soldering Standards: J-STD-020 for moisture sensitivity levels
BGA-Specific Environmental Specifications
- Moisture Sensitivity Level: MSL 3 per IPC/JEDEC J-STD-020
- Package Coplanarity: 0.08mm maximum (per JEDEC standards)
- Ball Diameter: 0.6mm ยฑ0.05mm (per package specification)
- Ball Composition: 63Sn/37Pb or SAC305 lead-free options
- Substrate Material: FR-4 or ceramic substrate options
- Package Marking: Laser marking with full traceability information
Shipping and Storage Requirements
- Anti-Static Packaging: Conductive packaging and handling procedures
- Moisture Barrier Packaging: Dry pack with humidity indicator cards
- Storage Environment: Controlled temperature and humidity conditions
- Shelf Life: 12 months minimum in moisture barrier bag
- Handling Guidelines: ESD-safe handling procedures for BGA packages
- Baking Requirements: 125ยฐC for 24 hours if moisture exposure exceeded
Assembly and Reliability Considerations
- Reflow Profile: Lead-free compatible reflow temperature profiles
- Thermal Interface: Thermal grease or thermal pads for enhanced cooling
- Underfill Requirements: Optional underfill for enhanced reliability
- Inspection Methods: X-ray and boundary scan for solder joint integrity
- Rework Procedures: Specialized BGA rework with proper thermal profiles
- Reliability Testing: Temperature cycling and mechanical stress testing
Advanced Package Technology: The XC5215TM-5BG352C represents the pinnacle of XC5200 family packaging technology, offering maximum I/O density and superior thermal performance. The BGA package provides enhanced electrical and thermal characteristics but requires advanced assembly and design expertise.
Design Consideration: While offering maximum capability, the BGA package requires specialized PCB design, assembly equipment, and testing procedures. Consider total cost of ownership including development, assembly, and testing requirements when selecting this package option.
Legacy Product Advisory: The XC5215TM-5BG352C is a mature product suitable for existing design support and high-density applications. For new projects, evaluate current-generation Xilinx FPGA families for enhanced performance, lower power consumption, and modern package technologies.
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