Overview of XCV600E-7BG432I Field Programmable Gate Array
The XCV600E-7BG432I represents a versatile IC FPGA featuring 316 input/output pins housed in a 432MBGA package Allicdata, designed for demanding embedded applications requiring flexible, programmable logic solutions. This low-cost FPGA device suits processor-based applications, networking applications, and various embedded systems Allicdata.
As part of AMD’s (formerly Xilinx) renowned Xilinx FPGA family, this component delivers exceptional performance for modern electronic designs requiring reconfigurable logic capabilities.
Key Technical Specifications
Core Architecture and Performance
| Specification |
Value |
| Logic Gates |
186,624 gates |
| CLBs (Configurable Logic Blocks) |
3,456 CLBs |
| Logic Cells |
15,552 cells |
| I/O Pins |
316 user I/O |
| Package Type |
432-pin MBGA (Ball Grid Array) |
| Operating Voltage |
1.8V core voltage |
| Speed Grade |
-7 (standard performance) |
| Temperature Grade |
Industrial (-40°C to +100°C) |
Package and Physical Characteristics
| Parameter |
Details |
| Package Style |
BG432 (Ball Grid Array) |
| Total Pins |
432 balls |
| Mounting Type |
Surface Mount |
| Package Case |
MBGA (Micro Ball Grid Array) |
Product Features and Capabilities
Advanced FPGA Architecture
The device’s core includes a field programmable gate array with standard DDR3 memory controller integration Allicdata, enabling seamless memory interfacing for data-intensive applications. The Virtex-E architecture provides industry-leading performance-per-watt efficiency for 1.8V FPGA solutions.
Integrated Peripheral Functions
The XCV600E-7BG432I incorporates analog and digital peripheral functions including timers, UARTs, and PWM generators Allicdata, making it exceptionally well-suited for complex embedded system designs. These built-in peripherals reduce external component count and simplify PCB design.
Design Flexibility and Scalability
Optimized for flexibility, this FPGA supports a wide range of application fields Allicdata from telecommunications to industrial control systems. The substantial logic capacity allows designers to implement multiple functions within a single chip, reducing bill-of-materials costs.
Technical Specifications Table
| Category |
Specification |
Value |
| Logic Density |
System Gates |
186,624 |
| Logic Density |
Configurable Logic Blocks |
3,456 CLBs |
| Logic Density |
Maximum Logic Cells |
15,552 |
| I/O Specifications |
User I/O Pins |
316 |
| Memory |
Distributed RAM |
Available |
| Memory |
Block RAM Support |
Yes |
| Power Supply |
Core Voltage |
1.8V |
| Power Supply |
I/O Voltage |
2.5V/3.3V compatible |
| Technology |
Process Node |
0.18μm |
| Performance |
Speed Grade |
-7 |
| Temperature |
Operating Range |
Industrial grade |
| Compliance |
RoHS Status |
Compliant |
Application Areas
Telecommunications and Networking
The XCV600E-7BG432I excels in telecommunications infrastructure, supporting protocol processing, packet switching, and network interface applications. The generous I/O count enables multiple high-speed serial interfaces.
Industrial Control Systems
With robust industrial temperature rating and ample logic resources, this FPGA handles motor control, sensor interfacing, PLC functionality, and real-time monitoring tasks efficiently.
Signal Processing Applications
The device’s architecture supports DSP implementations including filtering, FFT operations, and custom signal processing algorithms commonly required in test equipment and measurement systems.
Embedded Computing Platforms
As a processor companion or standalone processing engine, the XCV600E-7BG432I provides hardware acceleration, custom peripheral implementation, and flexible I/O expansion capabilities.
Design and Integration Advantages
High I/O Density
The 432-ball MBGA package delivers 316 user I/O pins, providing exceptional connectivity options while maintaining a compact footprint suitable for space-constrained designs.
Power Efficiency
Operating at 1.8V core voltage, this Virtex-E device offers reduced power consumption compared to earlier 2.5V FPGA families, making it ideal for battery-powered and thermally-sensitive applications.
Development Tool Support
Compatible with industry-standard Xilinx ISE Design Suite and third-party synthesis tools, the XCV600E-7BG432I benefits from mature, well-documented development environments enabling rapid design cycles.
Legacy Design Migration
For existing Virtex-E based designs, the XCV600E-7BG432I provides pin-compatible options within the same family, simplifying product upgrades and second-sourcing strategies.
Comparison with Related Devices
| Model |
Gates |
CLBs |
I/O |
Package |
Use Case |
| XCV600E-7BG432I |
186,624 |
3,456 |
316 |
432-MBGA |
General purpose, industrial |
| XCV600E-7BG560I |
186,624 |
3,456 |
404 |
560-MBGA |
Higher I/O requirements |
| XCV600E-7FG676I |
186,624 |
3,456 |
444 |
676-FBGA |
Maximum I/O density |
| XCV600E-6BG432C |
186,624 |
3,456 |
316 |
432-MBGA |
Commercial temperature |
Quality and Reliability
Manufacturing Standards
AMD (Xilinx) manufactures the XCV600E-7BG432I using proven 0.18-micron CMOS technology, ensuring reliable operation across the full industrial temperature range with industry-leading MTBF figures.
Testing and Qualification
Each device undergoes comprehensive testing including parametric verification, functionality testing, and burn-in procedures to guarantee specification compliance and long-term reliability.
Frequently Asked Questions
Q: What is the difference between -7 and -6 speed grades? The -7 speed grade offers standard performance suitable for most applications, while -6 provides higher maximum frequencies for timing-critical designs. Both operate identically regarding features and I/O count.
Q: Is the XCV600E-7BG432I suitable for new designs? While this Virtex-E device remains available, designers should consider newer FPGA families for new projects. However, it remains excellent for legacy support and cost-sensitive applications.
Q: What development tools are required? Xilinx ISE Design Suite (version 14.7 or compatible) provides complete design entry, synthesis, implementation, and programming support for this device.
Q: What is the typical power consumption? Power consumption varies by design utilization and switching activity, typically ranging from 500mW to 2W for typical applications. Xilinx Power Estimator tools provide accurate predictions.
Conclusion
The XCV600E-7BG432I Field Programmable Gate Array delivers proven performance and reliability for industrial embedded applications requiring substantial logic resources and extensive I/O capabilities. With its balance of capacity, features, and cost-effectiveness, this device continues serving engineers developing telecommunications equipment, industrial controllers, and custom processing solutions. The extensive support ecosystem and mature development tools ensure successful implementation from prototype through production.
For comprehensive technical documentation, design resources, and purchasing information about the XCV600E-7BG432I and other Xilinx FPGA solutions, consult authorized distributors and AMD’s official documentation.
