Transceiver CBO MC2210511-IR4 Fiber Optic 100G

The Transceiver CBO MC2210511-IR4 Fiber Optic 100G by BlueOptics is a high-speed optical module engineered for single-module 100G links in compatible networking equipment. Designed for use in data centers and enterprise networks, this 100G transceiver enables high-throughput optical connectivity with a focus on reliable signal integrity and reduced latency for aggregation and core-layer applications.

Advantages

This fiber-optic 100G transceiver offers a compact, hot-pluggable form factor that simplifies deployment and replacement in live systems. It supports high data-rate transmission with stable optical performance suited to dense networking environments. The module is built to meet industry interoperability expectations for 100G ports, allowing integration with a variety of switches and routers that accept compatible optical transceivers. Its design helps maintain consistent link quality and reduces downtime during maintenance.

Suitable for

• High-capacity uplinks between switches in data center aggregation and core layers
• Long-haul or metro optical links within campus and service provider networks
• Enterprise backbone connectivity where 100G bandwidth is required
• Network hardware upgrades to increase throughput without changing existing switching infrastructure

Key specifications

• Nominal data rate: 100 Gbit/s
• Interface: fiber-optic transceiver module for compatible 100G ports
• Optical medium: single-mode fiber support for long-reach links
• Form factor: hot-pluggable modular transceiver
• Typical use: aggregation and core network applications requiring high throughput

How to use

Install the transceiver into a compatible 100G port on your switch or router while the device is powered on or following the vendor’s hot-plug guidelines. Ensure that the fiber connectors and patch cables match the module’s optical interface and that connectors are clean before mating. After insertion, verify link status and SFP/port diagnostics via your network device’s management interface to confirm negotiated speed and optical parameters. For best results, use single-mode fiber runs terminated with appropriate connectors and verify fiber continuity and loss budget for the intended distance.

Recommendations

Operate the transceiver within the ambient temperature and humidity ranges specified by your networking equipment vendor. Use standardized cleaning tools for fiber connectors, avoid excessive bending of fiber cables, and follow ESD precautions when handling the module. Match transceiver specifications with the remote end to ensure proper link establishment and monitor optical power and diagnostics during initial setup and routine operation.