Transceiver CBO AT-QSFPLR Fiber Optic 100G module by CBO

The Transceiver CBO AT-QSFPLR Fiber Optic 100G module by CBO is a QSFP28-form-factor optical transceiver engineered for multi-lane 100 Gigabit Ethernet links. Designed for use in data centers, enterprise networks and carrier environments, this module delivers high-speed fiber connectivity in a compact, hot-pluggable package. It supports standard QSFP28 interfaces and is suitable for backbone uplinks, aggregation switches and high-throughput interconnects between racks or sites.

Advantages

The module combines a small QSFP28 footprint with hot-pluggable convenience to simplify upgrades and maintenance. Its multi-lane 100G implementation enables reliable, high-bandwidth transmission while conserving interface density in network equipment. The product is compatible with existing QSFP28 ports and supports common fiber cabling practices, reducing integration complexity in mixed-vendor environments.

Suitable for

• Data center spine and leaf uplinks
• Aggregation switches and core routers
• High-capacity links between server racks
• Carrier and service provider backbone connections

Key specifications

• Form factor: QSFP28 compatible
• Nominal data rate: 100 Gigabit multi-lane operation
• Physical media: fiber optic link
• Installation: hot-pluggable module
• Application: backbone uplinks, aggregation, high-throughput interconnects

How to use

Install the transceiver into a compatible QSFP28 port on network switches, routers or optical equipment while the system is powered according to the host vendor’s hot-swap guidelines. Connect the appropriate fiber patch cable to the module’s optical interface, ensure fiber type and connector type match the network infrastructure, and verify link status via the equipment management interface. When replacing or upgrading, remove the module using the device’s release mechanism and insert the new unit until it seats firmly.

Usage recommendations

For reliable operation, use manufacturer-recommended fiber types and certified patch cords, maintain clean optical connectors, and verify transceiver compatibility with host equipment. Monitor link status and temperature through the host device and follow standard electrostatic discharge (ESD) precautions during handling and installation.