1. Product Specifications
Detailed Technical Specifications – XC3030-50PC84I
| Parameter | Specification |
|---|---|
| Part Number | XC3030-50PC84I |
| Manufacturer | AMD (formerly Xilinx) |
| Product Family | XC3000 Series Industrial FPGA |
| Speed Grade | -50 (50MHz maximum frequency) |
| Temperature Grade | Industrial (-40ยฐC to +85ยฐC) |
| Package Type | 84-Pin PLCC (Plastic Leaded Chip Carrier) |
| Package Dimensions | 29.31mm x 29.31mm x 4.57mm |
| Logic Architecture | 100 Configurable Logic Blocks (CLBs) |
| Gate Equivalent | ~2,000 gates (1,500 usable gates) |
| Total RAM Bits | 22,176 bits |
| User I/O Pins | 74 bidirectional pins |
| Maximum Clock Frequency | 50 MHz |
| Operating Voltage | 4.75V to 5.25V (5V ยฑ 5%) |
| Combinatorial Delay (CLB) | 12.0ns maximum |
| Technology Process | CMOS static memory configuration |
| Configuration Method | SRAM-based reprogrammable |
Industrial Architecture Advantages
The XC3030-50PC84I features the same proven architecture as higher-speed variants but optimized for industrial reliability:
Core Logic Resources:
- 100 Configurable Logic Blocks (CLBs) in 10×10 array configuration
- Input/Output Blocks (IOBs) with industrial-grade electrical specifications
- Programmable Interconnect Matrix for flexible signal routing
- Configuration Storage using robust SRAM technology
Industrial Performance Features:
- Conservative Timing: 50MHz operation ensures reliable timing margins
- Low-Skew Clock Distribution for consistent performance across temperature
- Enhanced I/O Drive Capability for noisy industrial environments
- TTL/CMOS Compatible I/O with wide input thresholds
- Internal 3-State Bus Support for industrial communication protocols
Temperature Performance Characteristics
Industrial Temperature Specifications:
- Operating Range: -40ยฐC to +85ยฐC (Industrial grade qualification)
- Performance Derating: Minimal speed reduction across temperature range
- Thermal Cycling: Qualified for automotive and industrial thermal stress
- Cold Start Capability: Reliable operation from extreme cold conditions
Package Thermal Properties:
- Thermal Resistance (ฮธJA): 35ยฐC/W in still air
- Operating Power: Optimized for lower power dissipation at 50MHz
- Thermal Management: Enhanced heat dissipation for industrial environments
- Package Stress: Qualified for industrial mounting and handling
Pin Configuration & Industrial I/O
84-Pin Industrial Package Features:
- Total Pin Count: 84 pins in robust J-lead configuration
- User I/O Pins: 74 configurable for industrial interface requirements
- Power Distribution: Multiple VCC and GND pins for robust power delivery
- Configuration Pins: Industrial-grade programming interface
- Clock Inputs: Dedicated low-skew global clock distribution
- Control Signals: RESET, DONE, PROGRAM_B with industrial specifications
2. Pricing Information
Current Market Pricing for XC3030-50PC84I
Important Notice: The XC3030-50PC84I is classified as an obsolete/legacy industrial FPGA with specialized availability from industrial component suppliers.
Industrial Market Price Ranges:
| Quantity Range | Price Per Unit (USD) | Typical Condition |
|---|---|---|
| 1-9 pieces | $22-40 | New Old Stock |
| 10-49 pieces | $18-32 | Certified Refurbished |
| 50-199 pieces | $15-25 | Mixed condition |
| 200+ pieces | Contact for quotes | Volume industrial pricing |
Industrial Grade Premium Factors:
- 10-20% Higher Cost: Industrial temperature qualification premium
- Quality Assurance: Enhanced testing and screening procedures
- Traceability Requirements: Full documentation for industrial applications
- Extended Warranty: Industrial component reliability guarantees
Where to Purchase XC3030-50PC84I
Industrial Component Specialists:
- Rochester Electronics – Authorized obsolete semiconductor specialist
- FPGAkey – Global industrial FPGA component supplier
- DigiPart – Electronic component aggregator with industrial focus
- eBay Industrial – New original industrial components
Industrial Automation Distributors:
- Automation component brokers – Industrial surplus specialists
- OEM equipment refurbishers – Harvested from industrial equipment
- Military/aerospace suppliers – High-reliability component sources
- Industrial control system integrators – Component inventory specialists
Procurement Considerations for Industrial Applications:
- Certification Requirements: Request industrial qualification documents
- Traceability: Maintain chain of custody for critical applications
- Environmental Testing: Verify temperature cycling and stress testing
- Counterfeit Prevention: Source from authorized industrial distributors
Pricing reflects industrial component market conditions as of 2025. Contact specialized industrial suppliers for current availability and volume pricing.
3. Documents & Media
Essential Industrial Documentation
Core Technical Documentation for XC3030-50PC84I:
- XC3000 Industrial Family Datasheet – Temperature-qualified electrical specifications
- Industrial Temperature Test Report – Qualification data for -40ยฐC to +85ยฐC operation
- Reliability Data – MTBF calculations and failure rate analysis
- Application Guidelines – Industrial design best practices and derating curves
- Quality Certification – Manufacturing quality and traceability documentation
Development Tools & Industrial Support
Legacy Industrial Development Environment:
- XACT Development System – Original Xilinx industrial design tools
- Foundation Series – Schematic capture with industrial timing analysis
- Alliance Series – Advanced FPGA development with temperature modeling
Industrial Design Tools:
- ISE Design Suite 14.7 – Last version supporting XC3000 with industrial timing
- Temperature Analysis Tools – Performance derating across operating range
- Industrial Simulation – Worst-case timing analysis for extreme conditions
Programming and Configuration for Industrial Use:
- Industrial Programming – Enhanced procedures for harsh environments
- Configuration Reliability – SRAM configuration in temperature extremes
- JTAG Industrial Testing – Boundary scan for production testing
- Field Programming – In-system configuration for industrial equipment
Industrial Application Resources
Industrial Design Examples:
- Motor control and drive systems
- Process automation controllers
- Outdoor equipment interfaces
- Automotive ECU implementations
- Military and aerospace applications
Key Industrial Application Notes:
- XAPP004 – Industrial FPGA Design Guidelines for XC3000 Series
- XAPP030 – Temperature Derating and Performance Optimization
- XAPP050 – Industrial I/O Design and EMI Considerations
- XAPP070 – Reliability Engineering for Industrial FPGA Applications
Industrial Media Resources:
- Industrial qualification test reports and graphs
- Temperature performance curves and derating charts
- EMI/EMC compliance documentation
- Industrial mounting and thermal management guides
4. Related Resources
Industrial XC3000 Series Family
Temperature Grade Alternatives:
- XC3030-50PC84C – Commercial temperature (0ยฐC to +70ยฐC)
- XC3030-50PC84I – This device – Industrial temperature (-40ยฐC to +85ยฐC)
- XC3030-50PC84M – Military temperature (-55ยฐC to +125ยฐC) if available
Speed Grade Alternatives (Industrial Temperature):
- XC3030-70PC84I – Higher speed grade (70MHz operation)
- XC3030-100PC84I – Maximum speed grade (100MHz operation)
- XC3030-125PC84I – Fastest available (125MHz operation)
Capacity Alternatives for Industrial Use:
- XC3020-50PC84I – Smaller capacity (64 CLBs, lower cost)
- XC3042-50PC84I – Increased capacity (144 CLBs, more logic)
- XC3064-50PC84I – High capacity (224 CLBs, complex designs)
Modern Industrial FPGA Migration
Recommended Industrial Upgrade Paths:
- Spartan-3E Industrial – Direct successor with enhanced industrial specifications
- Spartan-6 LX Industrial – Modern alternative with migration tools and lower power
- Spartan-7 Industrial – Latest technology with comprehensive temperature qualification
Industrial Migration Considerations:
- Voltage Level Translation: 5V to modern 3.3V/1.8V industrial standards
- Tool Chain Updates: Transition from ISE to Vivado with industrial timing
- Package Migration: Modern industrial packages with improved thermal performance
- EMI/EMC Compliance: Updated designs for current industrial standards
Industrial Development Resources
Industrial Evaluation and Testing:
- Custom industrial test fixtures and environmental chambers
- Temperature cycling and stress testing equipment
- EMI/EMC testing and compliance verification
- Industrial qualification and certification services
Industrial Design Services:
- Industrial FPGA Consultants – Specialists in harsh environment design
- Automotive Electronics – Temperature-qualified automotive applications
- Process Control – Industrial automation and control system design
- Military/Aerospace – High-reliability FPGA implementations
Industrial Support Resources:
- Industrial Component Testing – Incoming inspection and qualification
- Temperature Characterization – Performance verification across operating range
- Reliability Analysis – Failure mode analysis and prevention
- Industrial Documentation – Traceability and quality system support
Technical Support for Industrial Applications
Industrial Expert Assistance:
- AMD/Xilinx industrial product support (limited legacy support)
- Independent industrial FPGA design consultants
- Automotive electronics specialists
- Military/aerospace FPGA experts
Industrial Documentation Archives:
- Legacy Xilinx industrial documentation repositories
- Automotive electronics technical standards (AEC-Q100)
- Industrial automation standards (IEC 61131)
- Military specifications (MIL-STD-883)
5. Environmental & Export Classifications
Industrial Environmental Specifications
Enhanced Environmental Operating Conditions:
- Temperature Range: -40ยฐC to +85ยฐC (Industrial grade qualification)
- Storage Temperature: -65ยฐC to +150ยฐC (Extended storage capability)
- Relative Humidity: 85% non-condensing with industrial qualification
- Junction Temperature: Maximum +125ยฐC with industrial thermal management
Industrial Durability Specifications:
- Thermal Cycling: Qualified per JEDEC JESD22-A104 (1000 cycles minimum)
- Vibration Resistance: MIL-STD-202 Method 204 compliance
- Shock Testing: MIL-STD-202 Method 213 qualification
- Moisture Resistance: Level 3 per JEDEC J-STD-020 with enhanced qualification
Extended Reliability Characteristics:
- MTBF Calculation: Enhanced reliability metrics for industrial applications
- Failure Rate: FIT (Failures In Time) data available for reliability engineering
- Burn-in Testing: Extended temperature cycling for enhanced reliability
- Quality Level: Enhanced screening for industrial applications
Industrial Package Specifications
Robust Package Construction:
- Body Material: Industrial-grade plastic compound with enhanced flame retardancy
- Lead Frame: Copper alloy with enhanced corrosion resistance
- Die Attachment: Gold-silicon eutectic for enhanced thermal cycling
- Wire Bonding: Gold wire for reliable electrical connections in harsh environments
Industrial Environmental Resistance:
- Chemical Resistance: Enhanced resistance to industrial solvents and cleaners
- Corrosion Protection: Improved lead finish for harsh industrial environments
- UV Resistance: Package materials qualified for outdoor industrial applications
- Altitude Operation: Qualified for operation up to 5,000 meters
Industrial Compliance & Standards
Industrial Quality Standards:
- ISO 9001: Manufacturing under certified industrial quality systems
- IEC 61508: Functional safety compliance for industrial applications
- JEDEC Standards: Enhanced reliability testing per industrial specifications
- Automotive Standards: AEC-Q100 compatible stress testing procedures
RoHS Compliance for Industrial Applications:
- Legacy Status: Non-RoHS compliant (pre-directive manufacturing)
- Industrial Exemptions: Potential exemptions for critical industrial applications
- Lead Content: Package contains lead requiring proper handling procedures
- Industrial Disposal: Specialized disposal procedures for industrial facilities
Export Control & Industrial Applications
Industrial Export Classification:
- ECCN Classification: 3A001.a.7 with potential dual-use considerations
- Industrial License: Standard commercial classification for most industrial uses
- Automotive Applications: Special considerations for automotive exports
- Military/Aerospace: Enhanced export controls for defense applications
International Industrial Trade:
- Country of Origin: United States (Xilinx/AMD industrial manufacturing)
- Industrial Standards: Compliance with international industrial equipment standards
- Automotive Trade: Specific automotive industry trade classifications
- Industrial Documentation: Enhanced paperwork for industrial equipment exports
Industrial Import/Export Considerations:
- Equipment Classification: Industrial equipment vs. general electronics
- Automotive Industry: Special trade considerations for automotive applications
- Military Applications: Enhanced export licensing for defense contractors
- Industrial Certification: Quality certifications for international industrial markets
Industrial Disposal & Lifecycle
Industrial Waste Management:
- Electronic Waste: Industrial e-waste disposal following enhanced procedures
- Hazardous Materials: Lead content requires industrial hazmat procedures
- Precious Metal Recovery: Industrial-scale recovery for large quantities
- Documentation: Enhanced disposal tracking for industrial compliance
Industrial Lifecycle Management:
- Obsolescence Planning: Long-term availability planning for industrial equipment
- Spare Parts Strategy: Industrial equipment spare parts inventory management
- Design Migration: Transition planning for industrial equipment upgrades
- Reliability Engineering: Component lifecycle analysis for industrial applications
Summary
The XC3030-50PC84I represents the ideal balance of reliability, performance, and cost-effectiveness for industrial applications requiring programmable logic in harsh operating environments. This industrial-grade FPGA combines the proven XC3000 architecture with -40ยฐC to +85ยฐC temperature qualification and 50MHz operation, making it perfect for applications where moderate speed meets extreme environmental conditions.
Industrial Advantages of XC3030-50PC84I:
- โ Extreme Temperature Operation – Qualified for -40ยฐC to +85ยฐC industrial environments
- โ Cost-Effective Performance – 50MHz speed grade optimizes cost vs. performance
- โ Industrial Reliability – Enhanced qualification testing for harsh environments
- โ Proven 5V Operation – Compatible with existing industrial control systems
- โ Conservative Design – 50MHz operation provides excellent timing margins
- โ High I/O Count – 74 pins sufficient for complex industrial interfaces
Ideal Industrial Applications:
- Process automation and control systems
- Automotive electronic control units (ECUs)
- Outdoor equipment and environmental monitoring
- Industrial motor drives and power control
- Military and aerospace ground support equipment
- Oil & gas exploration and production equipment
Technical Highlights for Industrial Use:
- 100 configurable logic blocks with industrial temperature qualification
- 74 user I/O pins with enhanced drive capability for noisy environments
- Conservative 50MHz operation ensuring reliable timing across temperature extremes
- Robust 84-pin PLCC package suitable for industrial mounting and handling
- SRAM-based configuration enabling field updates and customization
Design Considerations:
- Temperature Derating: Minimal performance reduction across operating range
- Power Management: Lower power dissipation at 50MHz improves thermal performance
- EMI/EMC: Industrial I/O design considerations for electromagnetic compatibility
- Reliability: Enhanced MTBF calculations for industrial equipment planning
While the XC3030-50PC84I is now classified as obsolete, it remains highly valuable for industrial applications requiring proven reliability in extreme temperatures with moderate performance requirements. The 50MHz speed grade provides excellent timing margins while maintaining cost-effectiveness for budget-conscious industrial projects.
Industrial Procurement Strategy:
- Source from authorized industrial component specialists with proper certification
- Verify industrial temperature qualification and traceability documentation
- Consider adequate backup inventory for critical industrial equipment
- Plan migration to modern industrial FPGA families for new equipment development
- Maintain proper ESD handling and industrial storage procedures
For industrial documentation, temperature qualification data, or specialized sourcing assistance for the XC3030-50PC84I, contact industrial FPGA component specialists or authorized distributors with industrial and automotive expertise.
