Juniper Networks
SFP+ 10GE ZR 1571 NM TRANSCEIVER
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Juniper SFPP-10G-CWDM1571 SFP+ 10GE ZR 1571 nm | 10GbE, ZR, Enterprise
Juniper Networks
MPN: SFPP-10G-CWDM1571
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Key Features
- 10 Gigabit Ethernet SFP+ transceiver
- ZR long-reach optical class
- 1571 nm wavelength
- SFP+ form factor
- CWDM optical design
- Designed for single-mode fiber deployments
- Optimized for long-distance uplinks
- Extend 10 GbE links over long fiber runs with a ZR-class SFP+ optic
Keep critical 10 GbE links alive across longer fiber runs with the Juniper SFPP-10G-CWDM1571 SFP+ transceiver. Tuned to 1571 nm, this ZR-class optic is designed for environments where standard short-reach modules cannot meet the distance requirement. It fits cleanly into SFP+ ports, preserving density while extending the reach needed for campus interconnects, aggregation layers, and remote equipment rooms.
For infrastructure teams, the value is in precision. Long-reach optics reduce the need for intermediate active gear, simplify fiber planning, and help maintain stable throughput over extended spans. That matters when you are connecting distribution switches, storage networks, or resilient uplinks where downtime and signal loss are not acceptable.
This module is a practical choice when the network design calls for 10 GbE performance with a longer optical budget. It supports deployments that demand disciplined cabling, predictable link behavior, and hardware that matches the requirements of enterprise transport rather than commodity access. If your environment needs distance without sacrificing port efficiency, this transceiver belongs in the design.
Ideal For
- Connect aggregation switches across a campus backbone
- Extend 10 GbE uplinks between data center rooms
- Support long-reach fiber links in enterprise network cores
- Maintain high-density optical connectivity in routed access layers
Why This Product
- 1Long-reach ZR optics versus short-reach SFP+ modules
- 21571 nm wavelength for CWDM-based optical planning
- 310 GbE performance in a compact SFP+ footprint
- 4Better fit for extended uplinks than standard access optics
