SFP+ Transceiver CBO SFP-10G-ZR — 10 Gbps, single‑mode fiber, 80 km

CBO SFP-10G-ZR is an SFP+ optical transceiver module engineered for 10 Gbps data transmission over single‑mode fiber with a maximum reach of up to 80 km. The module fits standard SFP+ ports and offers a compact, hot‑pluggable interface suitable for long‑distance point‑to‑point fiber links in switches, routers and transport equipment. It is intended for backbone and metro network segments where low latency and stable throughput are required over extended distances.

Advantages

The transceiver supports a full 10 Gbps line rate with single‑mode fiber optics and maintains signal integrity across long spans up to 80 km. Its hot‑pluggable SFP+ form factor simplifies installation and replacement without powering down connected devices. The module is designed for interoperability with standard SFP+ interfaces, enabling straightforward integration into existing network equipment that accepts SFP+ transceivers.

Suitable for

• Long‑distance point‑to‑point links between switches and routers
• Metro aggregation and backbone connections
• Data center interconnects over single‑mode fiber
• Carrier and service provider transport networks

Key specifications

• Data rate: 10 Gbps
• Fiber type: single‑mode
• Maximum reach: up to 80 km (depending on link margin and fiber type)
• Form factor: SFP+ hot‑pluggable
• Application: point‑to‑point, backbone and metro links

How to use

Insert the SFP+ module into an empty SFP+ port on compatible switches, routers or transport devices while the host equipment is powered on or off as supported by the device. Connect single‑mode fiber patch cords or pigtails using the appropriate connectors and ensure proper end‑face cleaning to avoid signal loss. Verify link status via the host device interface and monitor optical power and error statistics through network management features if available.

Recommendations

Ensure fiber connectors are clean and undamaged before installation, match transceiver wavelength and fiber specifications to the link design, and verify transceiver compatibility with host equipment. For extended runs close to the maximum reach, check link budget and consider optical amplifiers or dispersion management if required.