Kuitu-lähetin-vastaanotinmoduuli PLANET MTB-TSR2 10000 Mbit/s SFP+ 1310 nm

The PLANET MTB-TSR2 is a fiber optic transceiver module with an SFP+ interface, supporting 10 Gigabit Ethernet at 10000 Mbit/s. Operating at a wavelength of 1310 nm and using an LC fiber connector, this metallic-coloured module is suitable for enterprise, telecom and ISP networks as well as data center and cloud computing environments. It supports link distances up to 2000 m according to the product data and is compatible with devices that provide a 10G SFP+ slot.

Advantages

The MTB-TSR2 offers high-speed 10G connectivity in a compact SFP+ form factor with a standard LC connector. It provides interoperability with existing Ethernet equipment, enabling backward compatibility through standard-based interfaces and easing network upgrades. The module’s metallic housing enhances durability and supports deployment in typical networking racks and media converters.

Suitable for

• Enterprise backbone and server-to-switch connections
• Telecom and ISP aggregation links
• Data center uplink and cloud computing interconnects
• Fiber runs up to 2000 m using appropriate single-mode cabling

Key specifications

• Maximum data transfer rate: 10000 Mbit/s
• Maximum transfer distance: 2000 m
• Ethernet interface type: 10 Gigabit Ethernet (SFP+)
• Wavelength: 1310 nm
• Fiber optic connector: LC
• Product colour: Metallic
• MPN: MTB-TSR2
• EAN: 4711605284639

How to use

Install the MTB-TSR2 into a compatible SFP+ slot on a switch, router or media converter. Connect the LC fiber cable to the module and ensure proper fiber polarity and clean connectors. Configure the connected network device for 10 Gigabit Ethernet operation if required; most devices will recognize the SFP+ module automatically. Verify link status and run any required tests to confirm correct operation and throughput.

Recommendations

Use single-mode fiber that matches the 1310 nm wavelength and ensure connectors are clean to maintain link quality. For distances near the module’s maximum range, verify fiber attenuation and consider using appropriate patch panels or splices to minimize loss. Confirm compatibility with the host device’s supported SFP+ transceiver list before deployment.