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The Finisar Corporation model 60PC40002 is a fiber optic transceiver module designed for high-speed data transmission applications. This component operates within the standard industrial temperature range and supports specific data rates required for enterprise and telecommunications networks. It utilizes advanced laser technology to ensure signal integrity over designated distances. The module integrates diagnostics capabilities for performance monitoring. It is engineered for compatibility with standard form factors used in modern networking infrastructure, providing reliable optical interconnects for system designers requiring robust communication solutions.
Verify the exact datasheet version and revision history before integration, as specifications may vary between manufacturing lots. Confirm that the operating voltage and interface protocols match your system requirements precisely. Ensure environmental conditions remain within the specified thermal limits during operation. Cross-reference the part number suffixes to confirm package type and wavelength accuracy. Validate compliance with relevant electromagnetic interference standards for your specific deployment environment.
Choose this component when designing systems requiring verified traceability and comprehensive specification documentation. Consider its diagnostic features if remote monitoring of link health is necessary. Evaluate its thermal characteristics against your enclosure constraints. Assess the data rate requirements against available alternatives in the Finisar portfolio. Ensure the connector type matches existing cabling infrastructure to minimize adaptation needs.
Finisar Corporation, now part of Coherent following II-VI's acquisition, is a global leader in optical communications components. The company provides extensive portfolios of transceivers and subsystems for various network speeds. This specific model belongs to their established line of fiber optic modules, supporting the growing demand for bandwidth in voice, video, and data applications across multiple industries.
Consult official Coherent or Finisar substitution guides for confirmed equivalent part numbers. Verify pinout compatibility and electrical parameters before swapping components. Check for any changes in diagnostic register maps or firmware requirements. Ensure mechanical dimensions remain identical for board replacement scenarios.