XCAVFX60-10FF672C
XCAVFX60-10FF672C is a Xilinx Virtex-5 FX series FPGA chip model, widely used in high-performance computing, communications, embedded systems, and other fields.
Application Scenarios：
- Communication Infrastructure:
Used in network routers, switches, wireless base stations, etc., supporting high-speed data transmission and protocol processing.
- Embedded Systems:
Used in industrial control, automotive electronics, medical devices, etc., providing high-performance real-time processing capabilities.
- High-Performance Computing:
Used in financial modeling, scientific computing, AI inference, etc., supporting complex algorithm acceleration.
- Military and Aerospace:
Used in radar, electronic warfare, satellite communication, etc., meeting high-reliability and complex signal processing requirements.
- Video and Image Processing:
Used in high-definition video processing, machine vision, medical imaging, etc., supporting real-time image processing and analysis.
- Testing and Measurement:
Used in high-performance testing equipment, signal analyzers, etc., providing high-precision and high-speed data processing capabilities.
Key Parameters：
- Logic Units:
Provides approximately 33,280 logic slices, suitable for medium-complexity designs.
- DSP Modules:
Integrates 192 DSP48E modules, supporting high-performance digital signal processing.
- Memory:
Provides approximately 4.8 Mb of block RAM, supporting high-speed data caching.
- High-Speed Interfaces:
Supports PCIe Gen1, Ethernet, RapidIO, and other high-speed interfaces.
- Processor Core:
Integrates a PowerPC 440 processor core, supporting embedded processing tasks.
- Process Technology:
Utilizes 65nm technology, balancing performance and power consumption.
- Operating Temperature:
Supports commercial-grade (0°C to 85°C) and industrial-grade (-40°C to 100°C) temperature ranges.
- Packaging:
Uses FF672 packaging, offering high-density pins and excellent thermal performance.
XCAVFX60-10FF672C is a high-performance FPGA suitable for applications in communications, embedded systems, high-performance computing, military and aerospace, and video processing. It features powerful logic units, DSP modules, and an embedded processor core, making it ideal for medium-complexity and high-performance application scenarios.
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