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Juniper Networks

SFP+ 10GE ZR 1511 NM TRANSCEIVER

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Juniper SFPP-10G-CWDM1511 SFP+ 10GE ZR 1511 nm | 10GbE, ZR, Enterprise

Juniper Networks

MPN: SFPP-10G-CWDM1511

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Key Features

  • 10 Gigabit Ethernet SFP+ transceiver
  • ZR long-reach optical class
  • 1511 nm wavelength
  • SFP+ form factor
  • CWDM optical design
  • Designed for single-mode fiber deployments
  • Optimized for extended uplinks
  • Extend 10 GbE transport across long fiber spans with a ZR-class optic
Design long-distance 10 GbE links with the Juniper SFPP-10G-CWDM1511 SFP+ transceiver. Tuned to 1511 nm, this ZR-class optic is intended for fiber runs that exceed the reach of standard short-reach modules while preserving the compact SFP+ footprint that keeps switch ports available for growth. In enterprise networks, long-reach optics do more than extend distance. They reduce the need for intermediate equipment, simplify backbone planning, and help maintain cleaner architectures across campus interconnects, aggregation layers, and remote network segments. That makes this module a strong fit when the cost of an extra hop, an extra chassis, or a compromised optical budget is higher than the cost of the optic itself. The 1511 nm wavelength supports CWDM-based optical planning and gives infrastructure teams another precise option for building long-haul 10 GbE paths. If your design calls for dependable transport over extended fiber with disciplined port usage, this transceiver delivers the reach profile your network needs without wasting rack space or switch density.

Ideal For

  • Link campus distribution switches over long fiber runs
  • Connect data center rooms across extended distances
  • Support aggregation-to-core uplinks in enterprise networks
  • Maintain dense optical port usage in long-reach architectures

Why This Product

  • 1Long-reach ZR optics versus short-reach SFP+ modules
  • 21511 nm wavelength for CWDM-based optical planning
  • 310 GbE performance in a compact SFP+ footprint
  • 4Better fit for extended uplinks than standard access optics