Glasvezel-SFP-transceiver CBO SFP-1G-EX 1 Gbps multimode/singlemode compatibel

CBO SFP-1G-EX is a fiber optic SFP transceiver module designed for 1 Gbps network links. The module fits standard SFP slots in switches, routers and media converters and provides optical connectivity over compatible multimode or single‑mode fiber. It supports hot‑swap operation and has low power consumption, making it suitable for extending network segments, creating uplinks and connecting remote devices over fiber.

Advantages

The transceiver offers flexible compatibility with both multimode and single‑mode fiber types and adheres to standard SFP form‑factor interfaces for broad device support. Its low power draw reduces operational costs in dense deployments while hot‑swap capability enables maintenance without powering down network equipment. The compact SFP design allows easy installation in 1 Gbps ports and integration into existing infrastructure.

Suitable for

• Extending LAN segments over fiber
• Creating fiber uplinks between switches and routers
• Connecting remote switches or media converters
• Replacing or upgrading existing SFP transceivers

Key specifications

• Data rate: 1 Gbps
• Form factor: SFP (small form‑factor pluggable)
• Optical media: compatible with multimode and single‑mode fiber
• Power consumption: low power design suitable for dense deployments
• Hot‑swap capable for tool‑free replacement

How to use

Insert the SFP transceiver into an available SFP port on a switch, router or media converter until it clicks into place. Connect the appropriate fiber patch cable (multimode or single‑mode) to the transceiver’s optical interface, ensuring correct connector type and polarity. Configure the network device port as required by your network settings; the module operates as a standard optical interface and typically requires no special drivers. To remove, gently release the SFP latch and pull the module out while the device remains powered if hot‑swap is supported.

Recommendations

Use fiber patch cables and connectors that match the transceiver’s optical type and connector style, verify link parameters in your network equipment after installation, and handle the optical interfaces with dust caps when not connected to avoid contamination. For long-distance links select appropriate single‑mode fiber and verify transceiver and fiber attenuation limits; for short runs within buildings prefer multimode fiber to simplify alignment and reduce cost.