Transceiver module ALCATEL QSFP-100G-C3M — QSFP+ 100G short-reach optical module

ALCATEL QSFP-100G-C3M is a QSFP+ 100G short-reach optical transceiver module designed to deliver 100 Gbps connectivity in a compact QSFP form factor. Intended for high-density networking environments, this module supports short-reach duplex optical links and is suitable for data center uplinks, switch-to-switch interconnects, and high-performance server connections. The module's compact size and QSFP+ interface allow straightforward insertion into compatible ports, enabling scalable bandwidth expansion with minimal footprint and low latency.

Advantages

The transceiver combines high aggregate bandwidth with a small QSFP package, enabling efficient use of rack and switch port density. It offers plug-and-play installation with standard QSFP electrical and mechanical specifications, reducing deployment time. The module's design supports short-reach optical links, providing reliable 100G connectivity over multimode fiber while maintaining signal integrity and low latency suitable for demanding network applications.

Suitable for

Key specifications

How to use

Insert the QSFP-100G-C3M module into a compatible QSFP+ port on a switch, router, or server NIC while the host device is powered on or off as supported by the equipment. Connect the appropriate multimode duplex fiber patch cable between transceiver ports on network devices, ensuring proper orientation and connector type. Use the host device's management interface to verify link status, speed, and diagnostics; hot-pluggable capability allows replacement or addition without extended downtime. Follow standard electrostatic discharge (ESD) precautions during handling and remove protective dust caps before insertion.

Recommendations

Use high-quality multimode fiber and properly rated patch cords to achieve the specified short-reach distances and maintain signal performance. Verify compatibility with the host device firmware and optics support lists to ensure full functionality. For optimal operation, keep transceiver temperature within the equipment's recommended operating range and perform periodic link testing and monitoring.