SFP-module engenius networks europe bv SFP3213-10A 10G singlemode vezel 1330nm 10km

SFP3213-10A is a small form-factor pluggable (SFP+) optical transceiver from engenius networks europe bv designed for 10G data transmission over single-mode fiber. The module transmits at a 1330 nm wavelength and supports link distances up to 10 km, enabling high-speed uplink or long-distance connectivity between switches, routers and media converters in enterprise and carrier networks.

Advantages

The transceiver offers a compact, hot-pluggable SFP+ form factor that fits standard 10G ports and reduces equipment downtime during upgrades. Single-mode operation at 1330 nm provides stable performance over longer distances with low attenuation, while the 10 km reach supports backbone links and inter-rack connections. Compatibility with common networking equipment makes it suitable for various installations where a reliable 10G optical link is required.

Key specifications

• Form factor: SFP+ (small form-factor pluggable)
• Data rate: 10 Gbps
• Fiber type: single-mode fiber (SMF)
• Wavelength: 1330 nm
• Maximum reach: up to 10 km (dependent on fiber and link conditions)
• Connector type: LC duplex (standard for single-mode SFP+ modules)
• Power consumption: typical for SFP+ class optical transceivers (verify in system documentation)

How to use

Install the module into a compatible SFP+ port on a switch, router or media converter while the host device is powered on or off depending on the device manual; the SFP+ is hot-pluggable on most systems. Connect single-mode fiber with LC duplex connectors, ensuring correct transmit/receive alignment. Verify link speed and status through the host device management interface and monitor optical parameters if supported. If required, adjust fiber routing and cleaning procedures to maintain signal quality.

Recommendations

Use clean LC connectors and certified single-mode fiber for reliable links; avoid sharp bends and excessive stress on the fiber. Confirm compatibility with the host device and consult system documentation for supported transceiver firmware or configuration options. For links near the maximum reach, measure attenuation and use intermediate amplification or alternate routing if necessary.