Overview of XC5210-5PQ160I Field-Programmable Gate Array
The XC5210-5PQ160I is a member of Xilinx’s XC5200 FPGA family, designed to deliver cost-effective programmable logic solutions for industrial temperature range applications. This industrial-grade field-programmable gate array features 1,296 logic cells with 16,000 usable gates, making it an ideal choice for embedded control systems, legacy equipment maintenance, and specialized industrial applications requiring extended temperature operation.
As part of AMD Xilinx’s proven Xilinx FPGA product line, the XC5210-5PQ160I combines the reliability of SRAM-based architecture with the flexibility of reprogrammable logic, enabling engineers to implement custom digital circuits for telecommunications, automotive electronics, industrial automation, and wired networking applications.
Technical Specifications and Performance Features
Core FPGA Architecture Specifications
| Parameter |
Specification |
Details |
| Logic Cells |
1,296 cells |
VersaBlock™ architecture |
| Usable Gates |
16,000 gates |
Equivalent logic capacity |
| Maximum Frequency |
83 MHz |
System performance |
| Process Technology |
0.5µm CMOS |
Three-layer metal |
| Supply Voltage |
5V |
Single supply operation |
| Package Type |
PQFP-160 |
Plastic Quad Flat Pack |
| Pin Count |
160 pins |
High I/O density |
| Temperature Range |
Industrial (-40°C to +85°C) |
Extended reliability |
Package and Pin Configuration
| Package Feature |
Description |
| Package Code |
PQ160 |
| Package Type |
Plastic Quad Flat Pack (PQFP) |
| Body Size |
28mm x 28mm (nominal) |
| Pin Pitch |
0.65mm |
| Maximum I/O Pins |
133 user I/O |
| Lead Finish |
Standard tin-lead (non-RoHS) |
Key Features and Technical Advantages
Advanced VersaBlock Logic Architecture
The XC5210-5PQ160I implements Xilinx’s proprietary VersaBlock™ logic module technology, which provides:
- Register-rich architecture with dedicated flip-flops for each logic cell
- Fast combinatorial logic with optimized routing resources
- Flexible interconnect hierarchy enabling efficient design implementation
- Zero hold-time inputs simplifying system timing constraints
VersaRing I/O Interface Technology
The innovative VersaRing™ I/O interface delivers exceptional flexibility:
- Up to 133 programmable I/O signals on the 160-pin package
- Individual pin configuration for input, output, or bidirectional operation
- Programmable output slew-rate control for noise management
- TTL and CMOS compatibility across all I/O pins
- Optional pull-up and pull-down resistors
Industrial Temperature Performance
The “-I” suffix designates this device for industrial temperature range operation:
- Specified operation from -40°C to +85°C
- Enhanced reliability for harsh environments
- Ideal for automotive under-hood applications
- Suitable for outdoor telecommunications equipment
- Extended lifespan in variable temperature conditions
Technical Comparison Table: XC5210 Speed Grades
| Part Number |
Speed Grade |
Max Frequency |
Temp Range |
Application Focus |
| XC5210-3PQ160C |
-3 (Fastest) |
100+ MHz |
Commercial |
High-speed applications |
| XC5210-4PQ160C |
-4 (Standard) |
~90 MHz |
Commercial |
General purpose |
| XC5210-5PQ160I |
-5 (Standard) |
83 MHz |
Industrial |
Harsh environments |
| XC5210-6PQ160I |
-6 (Economy) |
~70 MHz |
Industrial |
Cost-optimized designs |
Design and Development Support
Compatible Design Tools and Software
The XC5210-5PQ160I is supported by comprehensive Xilinx development tools:
| Tool Category |
Supported Tools |
| Design Entry |
Schematic capture, VHDL, Verilog HDL, ABEL |
| Synthesis |
Xilinx ISE, third-party synthesis tools |
| Simulation |
ModelSim, ISIM, other HDL simulators |
| Place & Route |
Xilinx Implementation tools |
| Programming |
JTAG, serial configuration, parallel programming |
| Platform |
Windows, Linux, Unix workstations |
Programming and Configuration Options
- JTAG boundary-scan for in-system programming
- Master Serial mode for standalone operation
- Slave Serial mode for system integration
- BitGen configuration file generation
- On-chip readback for verification and debug
Application Areas and Use Cases
Industrial Automation and Control Systems
The XC5210-5PQ160I excels in industrial environments:
- Programmable logic controllers (PLCs)
- Motor control systems
- Process automation equipment
- Industrial networking interfaces
- Sensor data acquisition systems
Telecommunications and Networking
Proven reliability for communication applications:
- Wired networking equipment
- Protocol converters
- Telecommunications switches
- Data multiplexing systems
- Interface bridging solutions
Automotive Electronics Applications
Industrial temperature rating enables automotive use:
- Engine control modules (where permitted)
- Advanced driver assistance systems (ADAS)
- In-vehicle networking
- Body electronics control
- Diagnostic equipment
Legacy System Support and Maintenance
Critical for maintaining existing systems:
- Replacement for obsolete components
- Spare parts inventory for legacy equipment
- Field service and repair operations
- Long-term system sustainability
- Equipment life extension projects
Product Lifecycle and Availability Status
Important Lifecycle Information
| Status Category |
Current State |
| Lifecycle Stage |
Obsolete/Not Recommended for New Designs |
| Production Status |
Limited/EOL |
| Availability |
Through authorized distributors and stock |
| Lead Time |
Subject to inventory availability |
| Recommended Alternative |
Modern Spartan, Artix families for new projects |
Note: While the XC5210-5PQ160I is classified as obsolete for new designs, it remains available through distribution channels for replacement, maintenance, and legacy system support. Engineers developing new products should consider current-generation Xilinx FPGA families that offer superior performance, lower power consumption, and extended availability.
Physical and Environmental Specifications
Operating Conditions and Reliability
| Environmental Parameter |
Rating |
| Operating Temperature |
-40°C to +85°C (Industrial) |
| Storage Temperature |
-65°C to +150°C |
| Junction Temperature |
125°C maximum |
| Recommended Operating Voltage |
5V ±5% |
| Power Consumption |
Depends on design utilization |
| MTBF |
Per Xilinx reliability data |
| ESD Protection |
Human Body Model compliant |
Package Mechanical Details
- Moisture Sensitivity Level: MSL 3
- RoHS Compliance: Not RoHS compliant (lead-based)
- REACH Compliance: Not compliant with current regulations
- Weight: Approximately 2 grams
- Seating Plane Coplanarity: Per JEDEC standards
Ordering Information and Part Number Decoding
Understanding the Part Number: XC5210-5PQ160I
Breaking down the part number structure:
| Code Section |
Meaning |
| XC |
Xilinx FPGA prefix |
| 5210 |
XC5200 family, 1,296 logic cells |
| -5 |
Speed grade (standard performance) |
| PQ |
Plastic Quad Flat Pack |
| 160 |
160-pin package |
| I |
Industrial temperature range |
Related Part Numbers in the Family
- XC5210-5PQ160C: Commercial temperature version
- XC5210-6PQ160I: Lower speed grade, industrial
- XC5210-5PQ208I: Same specs, 208-pin package
- XC5210-5TQ144I: Same specs, 144-pin TQFP package
Design Considerations and Best Practices
Thermal Management Guidelines
For industrial temperature operation:
- Ensure adequate airflow across the device
- Consider heat sink attachment for high-utilization designs
- Monitor junction temperature in extreme conditions
- Calculate power dissipation based on design toggle rates
- Allow margin for worst-case temperature scenarios
Power Supply Design Recommendations
Essential power supply considerations:
- Provide clean, well-regulated 5V supply
- Implement adequate decoupling capacitors (0.1µF + 10µF per power pin region)
- Minimize supply voltage ripple and noise
- Consider power sequencing in multi-voltage systems
- Provide sufficient current capacity for your design
Signal Integrity and PCB Layout
Best practices for reliable operation:
- Follow Xilinx PCB design guidelines
- Maintain controlled impedance for high-speed signals
- Minimize stub lengths on critical nets
- Implement proper ground plane design
- Consider EMI/EMC requirements for your application
Comparison: XC5210 vs. Modern FPGA Alternatives
Technology Evolution Comparison
| Feature |
XC5210-5PQ160I (Legacy) |
Modern Spartan-7 (Example) |
| Process Node |
0.5µm |
28nm |
| Supply Voltage |
5V |
1.0V core / 3.3V I/O |
| Power Efficiency |
Baseline |
10-20x better |
| Performance |
83 MHz |
300+ MHz |
| Logic Density |
16K gates |
100K+ gates |
| Cost |
Legacy pricing |
More cost-effective |
| Tool Support |
Legacy ISE only |
Vivado (modern) |
For engineers working on legacy systems, the XC5210-5PQ160I remains the correct choice for drop-in replacements and compatibility. However, for new designs, modern Xilinx FPGA families provide significantly better performance, power efficiency, and design flexibility.
Documentation and Support Resources
Available Technical Documentation
- Datasheet: XC5200 Family data sheet (DS031)
- User Guide: XC5200 Configuration and Readback
- Application Notes: XC5200 design methodologies
- Package Drawings: Mechanical specifications
- IBIS Models: For signal integrity simulation
Getting Technical Support
For questions about the XC5210-5PQ160I:
- Contact authorized Xilinx distributors for availability
- Reference legacy Xilinx support documentation
- Consult with FAE teams familiar with XC5200 family
- Join FPGA community forums for peer support
- Consider migration planning for long-term projects
Frequently Asked Questions (FAQ)
Is the XC5210-5PQ160I suitable for new product designs?
The XC5210-5PQ160I is classified as obsolete and not recommended for new designs. While it remains available for legacy system support and replacement parts, new projects should use current-generation FPGA families for better performance, support, and long-term availability.
What is the difference between the “I” and “C” temperature grades?
The “I” suffix indicates industrial temperature range (-40°C to +85°C), while “C” denotes commercial temperature range (0°C to +70°C). Industrial-grade devices undergo additional testing and qualification for harsh environment operation.
Can I program the XC5210-5PQ160I using modern Xilinx tools?
The XC5200 family is supported by Xilinx ISE (legacy tool suite). It is not supported by Vivado, the current-generation tool. ISE software may still be available through Xilinx for legacy device support.
What are suitable replacement options for new designs?
For new designs requiring similar logic capacity, consider the Spartan-7 family (XC7S15 or XC7S25) or Artix-7 family devices. These offer superior performance, lower power, and better tool support. Contact a Xilinx FPGA distributor for migration assistance.
Where can I purchase the XC5210-5PQ160I?
The XC5210-5PQ160I is available through authorized electronics distributors and component brokers specializing in obsolete and hard-to-find parts. Availability may be limited, and lead times vary based on remaining stock.
Conclusion: Reliable FPGA for Industrial Legacy Applications
The XC5210-5PQ160I represents proven Xilinx FPGA technology optimized for industrial temperature environments and legacy system support. With 16,000 usable gates, 83 MHz performance, and industrial-grade reliability, this device continues to serve critical roles in maintenance, repair, and long-lifecycle applications across telecommunications, automotive, and industrial automation sectors.
While not recommended for new product development, the XC5210-5PQ160I remains an essential component for organizations maintaining existing equipment and ensuring business continuity. Its SRAM-based reprogrammable architecture, comprehensive I/O capabilities, and extended temperature range make it a dependable solution for harsh-environment applications where field-proven technology is paramount.
For engineers evaluating FPGA solutions, understanding the capabilities and limitations of the XC5210-5PQ160I helps inform decisions about legacy system support versus new design migration to modern Xilinx FPGA platforms that offer enhanced performance and efficiency.
