Lanview MO-MFB-FX netwerk-transceivermodule glasvezel 1250 Mbit/s SFP 1310 nm

The Lanview MO-MFB-FX is an SFP transceiver module for fiber optic networks, supporting a data rate up to 1250 Mbit/s and operating at a wavelength of 1310 nm. Designed for use in compatible network devices, this compact optical module conforms to RoHS standards and is offered under the Lanview brand with model number MO-MFB-FX.

Advantages

The Lanview MO-MFB-FX provides reliable single-mode fiber connectivity with a standard SFP form factor, enabling hot-swappable installation in switches, routers and media converters. Its 1310 nm wavelength and 1250 Mbit/s line rate make it suitable for common fiber links, while RoHS compliance ensures conformity with environmental regulations. The module’s compatibility with Planet products broadens deployment options in mixed-vendor environments.

Suitable for

• Replacing or upgrading SFP fiber ports in switches and routers
• Connecting single-mode fiber links over intermediate distances
• Use in media converters and SFP slots in network equipment compatible with Lanview/Planet

Key specifications

• Form factor: SFP
• Maximum data rate: 1250 Mbit/s
• Wavelength: 1310 nm
• Media: Single-mode fiber (optical)
• Brand: Lanview
• Model (MPN): MO-MFB-FX
• EAN: 5704174235989
• Compliance: RoHS

How to use

Insert the SFP transceiver into a compatible SFP port on a switch, router or media converter while the device is powered according to the equipment manufacturer’s guidelines for hot-swapping. Connect the single-mode fiber cable to the transceiver’s optical connector, ensuring correct connector type and clean fiber endfaces. Verify link status through the network device’s management interface and configure port settings (speed, duplex or auto-negotiation) as required by the network design.

Recommendations

Ensure fiber connectors are clean before installation to avoid signal loss. Confirm device compatibility with the MO-MFB-FX SFP module and follow equipment vendor instructions for firmware or port configuration to achieve optimal operation.