Optische QSFP28-transceiver BlueOptics QSFP-100G-FR 100G singlemode-vezel voor 100G Ethernet

BlueOptics QSFP-100G-FR is a QSFP28 optical transceiver module engineered for 100G Ethernet links over singlemode fiber. The module fits standard QSFP28 ports and supports 100 Gbit/s aggregate data throughput, enabling long-reach connections suitable for carrier networks and data center interconnects. Its compact form factor is compatible with high-density switches and routers, allowing straightforward deployment in racks and networking equipment that accept QSFP28 optics.

Advantages

The transceiver offers a predictable 100G singlemode optical interface with a compact QSFP28 footprint and industry-standard electrical and optical behavior. It supports long-reach singlemode transmission, reducing the number of intermediate devices required for extended links. The module is designed for hot-swappable operation, minimizing service disruption during maintenance or upgrades, and it complies with common QSFP28 mechanical and electrical specifications for interoperability across vendors.

Suitable for

Key specifications

How to use

Install the BlueOptics QSFP-100G-FR into a QSFP28-compliant port on the network device while the device is powered on, using the module’s latch or release mechanism to secure it. Connect singlemode fiber cables with appropriate LC/LC or MPO adapters as required by the link design and follow the transceiver and switch vendor instructions for link configuration. Verify link status and negotiate 100G operation through network management interfaces or device LEDs. Replace the module by removing it using the release mechanism and inserting a new QSFP28 transceiver as needed.

Recommendations

Use low-loss singlemode fiber and properly rated connectors to achieve specified long-reach performance. Ensure compatible QSFP28 port firmware and interface settings on the host device for reliable 100G operation. Observe ESD precautions during handling and avoid bending fiber beyond recommended radii to maintain signal integrity.