Kuitu-moduuli CBO 740-061405-BO QSFP28 10000 Mbit/s

BlueOptics Fiber optic module CBO 740-061405-BO QSFP28 is a compact optical transceiver designed to provide reliable high-speed connectivity in routers, switches and transceivers. Rated for 10000 Mbit/s throughput, this QSFP28 module supports hot-plug installation and is intended for use in data centers, telecommunications infrastructure and enterprise networks where modular, space-saving optical links are required.

Advantages

The module offers consistent data transmission over fiber links with a form factor that enables dense port configurations. Hot-plug capability allows replacement or upgrades without powering down equipment. The QSFP28 design provides compatibility with standard optical cages and supports integration into existing optical networking hardware. Its small footprint and standardized interface simplify deployment in rack-mounted and modular systems.

Suitable for

• High-density data center uplinks and interconnects
• Telecommunication backbone and metro links
• Enterprise switch-to-switch fiber connections
• Modular network equipment requiring QSFP28 optical ports

Key specifications

• Interface: QSFP28 optical transceiver form factor
• Nominal throughput: 10000 Mbit/s
• Transmission medium: single-mode or multimode fiber (depending on link design)
• Hot-plug capable for in-service replacement
• Compact modular design suitable for high-density installations

How to use

Insert the QSFP28 module into a compatible optical port on a router, switch or transceiver cage following the host equipment manufacturer's guidance for orientation and seating. Connect appropriate fiber patch cables to the module's optical interface, ensuring correct fiber type and connector match. Verify link status and configure the network device as required to enable the port and set speed or interface parameters. For safe handling, avoid touching optical interfaces and use protective caps when connectors are not in use.

Recommendations

For reliable performance, use certified fiber cables and maintain clean connectors. Observe the supported fiber type and distance limits of the installed link, and perform testing after installation to confirm throughput and signal integrity. Handle the module carefully during hot-plug operations and follow ESD precautions.