SFP transceiver PLANET MTB-LR20 Fiber optic 10000 Mbit/s 1310 nm

The PLANET MTB-LR20 is a fiber optic SFP+ transceiver designed for 10G Ethernet links. It supports a maximum data transfer rate of 10000 Mbit/s and operates at a wavelength of 1310 nm. The metallic housing provides durability and reliable operation for enterprise, telecom and data center environments where extended single‑mode fiber reach is required.

Advantages

The MTB-LR20 delivers 10G performance over single‑mode fiber for links up to extended distances and is compatible with devices that accept 10G SFP+ modules. Its metallic construction enhances mechanical robustness and thermal dissipation. The transceiver follows standard SFP+ form‑factor conventions and supports straightforward installation in compatible PLANET and third‑party networking equipment.

Suitable for

• 10G Ethernet links between switches and routers over single‑mode fiber
• Enterprise and telecom backbone connections requiring 1310 nm wavelength
• Data center uplinks and inter‑rack connections

Key specifications

• Interface type: SFP+
• Maximum data transfer rate: 10000 Mbit/s (10G)
• Wavelength: 1310 nm
• Form factor: SFP+ fiber optic transceiver
• Product colour: Metallic
• Manufacturer model: PLANET MTB-LR20 (MPN: MTB-LR20, EAN: 4711605284561)

How to use

Insert the PLANET MTB-LR20 into an available SFP+ slot on a compatible switch, router or transceiver port. Connect the single‑mode fiber cable with LC connectors to the module’s optical port, ensuring correct transmit/receive orientation. After physical installation, verify link status and configured speed on the host device and adjust link settings if required. Follow standard ESD precautions and power down the host if recommended by the equipment vendor.

Usage recommendations

Use the MTB-LR20 with single‑mode fiber cabling rated for 1310 nm and verify compatibility with the host device’s SFP+ port. For long‑distance links, ensure fiber attenuation and connector quality meet link budget requirements. For installations in challenging environments, confirm that the host equipment provides appropriate operating temperature support.