Fiber Optic QSFP 25G Transceiver CBO AFCT-88EEPZ

CBO AFCT-88EEPZ is a fiber optic QSFP 25G transceiver designed for high-speed data links in networking equipment. It provides 25 Gigabit Ethernet connectivity in a QSFP form factor, delivering compact, hot-pluggable fiber interfaces suitable for switches, routers and servers with compatible QSFP ports. The module supports short to medium reach fiber links commonly used for data center uplinks and aggregation, enabling upgrades or extension of existing fiber networks without major hardware changes.

Advantages

The module offers a high-density QSFP package that saves rack and port space while maintaining 25G Ethernet throughput. Hot-pluggable design allows installation or replacement without powering down equipment. Built to industry optical standards, the transceiver provides stable signal performance and interoperability with compatible networking hardware. Its compact size and standardized connector types simplify cabling and integration into existing fiber infrastructures.

Suitable for

• Data center uplinks and aggregation
• High-speed server-to-switch connections
• Campus network distribution links
• Switch and router port population or expansion

Key specifications

• Form factor: QSFP
• Data rate: 25 Gigabit Ethernet
• Optical interface: fiber optic
• Hot-pluggable module design
• Typical application: short to medium reach links (data center uplinks/aggregation)

How to use

Insert the QSFP transceiver into a compatible QSFP slot on the switch, router or server until it latches. Connect the appropriate fiber patch cable to the module's optical ports, ensuring correct fiber type and connector compatibility. Verify link status through the device management interface and monitor interface LEDs to confirm optical signal and negotiation. Replace or remove the module using the extraction mechanism while the host device remains powered, following standard hot-swap procedures.

Recommendations

Use certified single-mode or multimode fiber and matching connectors as specified by your network design. Verify transceiver compatibility with the host device firmware and vendor interoperability lists. Maintain clean fiber end-faces and handle the transceiver by the housing to avoid contamination or damage; inspect and clean connectors prior to installation to ensure optimal optical performance.