GLC Series Optoelectronics Fiber Optic Transceiver Modules

Integra Optics fiber optic transceiver modules have an E-temp rating which makes them ideal for harsh environments

Image of Integra Optics GLC Series Optoelectronics Fiber Optic Transceiver ModulesIntegra Optics GLC series fiber optic transceivers are for short or long distances and hot or cold temperatures. There are several 1310 nm models for distances of up to 10 km or 40 km, and a 1550 nm transceiver that takes it out to 80 km. All the models are 1 Gbps and carry a 1000Base DDM designation so users can monitor the transceivers in real time, giving peace of mind that any critical components are running smoothly. All the GLC series have an E-temp rating, which means they will hold up under harsh environments.

Features

  • Wavelength choices of 1310 nm for distances of up to 10 km or 40 km, or 1550 nm for distances of up to 80 km
  • Capable of a fast data rate of 1 Gbps
  • Operating voltage: 3.3 V
  • The optical interface is the LC connector, which is compact for high-density applications
  • Small form-factor pluggable (SFP) mount and hot-pluggable (can be replaced without turning off the device), making them versatile for various networking applications
  • All transceivers are Cisco-compatible
  • Select models are RoHS-compliant
  • 1000Base DDM designation allows monitoring of the performance and health of the transceiver, providing real-time info about critical parameters
  • E-Temp rating means transceivers can operate in extended temperature ranges, making them suitable for harsh environmental conditions

Applications

  • 1310 nm models: short to moderate-distance transmissions in LANs such as data centers, enterprise switching, and interconnections between telecom closets or buildings on campuses
  • 1550 nm model: longer-distance communications such as WANs, core backbone infrastructure, connections between major switching centers, and other long-haul applications
  • Critically important applications requiring real-time monitoring of transceivers such as what is provided by digital diagnostic monitoring (DDM)
  • Settings that expose transceivers to temperature extremes
Published: 2024-10-10