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Compatibility issues primarily refer to the inability of an optical transceiver module to properly recognize or communicate with network devices such as switche......
READ MOREMonitor the laser's bias current. As the laser ages, its quantum efficiency decreases, requiring a higher bias current to achieve the rated output optical power......
READ MOREStatic electricity from your hands can damage sensitive electronic components within the module. Sweat and oil can also contaminate the optical ports, affecting......
READ MOREWear anti-static wristbands and gloves when handling optical transceiver modules; discharge static electricity from your body before removing or inserting modul......
READ MOREThis is common in long-distance transmission modules: when connected to very short-distance optical fibers, the received optical power may far exceed its overlo......
READ MOREExcessively high temperatures can cause optical power anomalies, bit errors, or even module shutdown; excessively low temperatures can cause startup difficultie......
READ MORESelect industrial-grade, wide-temperature optical transceiver modules; ensure adequate ventilation in equipment cabinets; consider auxiliary cooling in extremel......
READ MOREOptical power meter: Measures the absolute value of optical power.Visual fault locator (red light source): Checks for fiber continuity and excessive bends.Optic......
READ MORETypically, it's 3-5 years, but the actual lifespan depends on the operating environment, temperature, ESD protection, and usage intensity. Monitoring parameter ......
READ MOREPower consumption and heat dissipation: Higher speeds increase power consumption and heat density, posing significant challenges to heat dissipation design. Tes......
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