Transceptor de fibra ótica CBO SFP-10G-ZR 10G 80 km monomodo SFP+

CBO SFP-10G-ZR is a fiber optic SFP+ transceiver designed for 10 Gbps data transmission over single‑mode fiber with a reach of up to 80 km. The module uses a hot‑pluggable SFP+ form factor and implements standard electrical and optical interfaces to ensure interoperability with switches, routers and optical transport equipment that accept SFP+ ZR modules. Engineered for long‑distance links, this transceiver is intended for metro, carrier and long‑haul network connections where sustained 10G capacity over extended distances is required.

Advantages

The module provides a stable 10 Gbps throughput with a built‑for‑distance optical design supporting up to 80 km single‑mode operation, reducing the need for intermediate regenerators. Its hot‑pluggable SFP+ form factor enables fast replacement and upgrade without powering down equipment. Standardized electrical and optical interfaces promote wide compatibility across networking hardware. The compact module consumes low power relative to larger optics and simplifies inventory management by fitting SFP+ cages.

Suitable for

• Metro area network uplinks requiring 10G over extended distances
• Carrier and service provider long‑haul links
• Inter‑site connections between data centers or edge locations up to 80 km apart
• High‑capacity backbone segments in campus or metropolitan networks

Key specifications

• Data rate: 10 Gbps
• Fiber type: single‑mode fiber
• Maximum reach: up to 80 km
• Form factor: SFP+ (hot‑pluggable)
• Optical interface: ZR‑class long‑reach single‑mode
• Connector type: LC duplex
• Typical power consumption: low profile for SFP+ modules
• Operating temperature range: industrial‑grade operational range suitable for network equipment racks

How to use

Install the transceiver into an available SFP+ slot on compatible networking equipment until it latches, then connect to single‑mode fiber using an LC duplex patch cable. Verify link status and optical parameters through the host device management interface. Follow vendor guidance for optical budgets and link testing, and ensure transceiver compatibility with the equipment vendor’s supported optics list if required.

Recommendations

For reliable long‑distance operation, validate the end‑to‑end optical budget including fiber attenuation and connector losses. Use proper LC connectors and clean fiber endfaces before mating. Monitor signal levels after deployment and maintain spare modules for quick hot‑swap replacement to minimize downtime.