Acromag / Xembedded / Xycom PMC-DX502 Reconfigurable FPGA with Differential I/O Module

The Acromag/Xembedded/Xycom PMC-DX502 is a reconfigurable FPGA module engineered for differential I/O applications in industrial and embedded systems. This PMC-form-factor card integrates a field-programmable gate array with differential signal processing capabilities, delivering a flexible platform for custom logic implementation, data acquisition, and signal conditioning. The module supports standard PCI Mezzanine Card connectivity and operates across industrial temperature ranges.

– Technical Specifications

FPGA Core
• Field-programmable gate array enabling complex custom logic implementation
• Reconfigurable architecture for application-specific I/O standards and protocols

Memory
• On-board memory supports FPGA configuration, data buffering, and program execution
• Memory type and capacity vary by configuration

Differential I/O
• Programmable differential I/O interfaces supporting multiple standards
• Signal characteristics (voltage levels, data rates, impedance) configurable via FPGA

Power
• Standard PMC power supply: +3.3 V and +5 V

PMC Interface
• PCI Mezzanine Card form factor for carrier board integration
• PCI bus connectivity with variable width and clock speed per configuration

– Key Features

• Reconfigurable I/O topology—adapt differential signal types post-deployment
• Industrial-grade design for embedded system integration
• Standard PMC connector arrangement for modular host compatibility
• On-board memory and clock management for standalone or synchronized operation

– Typical Applications

• High-performance differential signal acquisition
• Custom protocol implementation via FPGA reconfiguration
• Real-time data processing in industrial control systems
• Embedded systems requiring flexible I/O conditioning

– Compatibility & Integration

The PMC-DX502 mounts directly into PMC/PCI-104 carrier boards and equivalent PMC-compliant hosts. PCI bus interface enables integration into legacy and modern embedded platforms. Differential I/O connector types and quantities are application-configurable through FPGA programming.