Juniper Networks
SFP+ 10GE ZR/OTN TUNEABLE TRANSCEIIVER
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Juniper SFP-10G-DT-ZRC2 SFP+ 10GE ZR/OTN Tuneable | Enterprise Optics
Juniper Networks
MPN: SFPP-10G-DT-ZRC2
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Key Features
- 10 GbE SFP+ tuneable transceiver
- ZR/OTN optical class
- LC duplex connector
- Long-reach fiber transport
- Juniper Networks compatibility
- Compact hot-pluggable module format
- Extend 10 GbE links over long-distance fiber with tuneable ZR/OTN optics
- Support dense switch and router deployments using the SFP+ form factor
Extend 10 GbE transport across long fiber spans with a tuneable SFP+ built for ZR and OTN environments. Juniper SFPP-10G-DT-ZRC2 is designed for networks where optical planning matters: long-distance links, wavelength control, and consistent performance in dense infrastructure.
This module fits teams that need more than a standard short-reach optic. Tuneable operation gives you flexibility during deployment and inventory planning, especially when link requirements can shift across sites or transport layers. The 10 GbE data path supports high-throughput applications while the SFP+ form factor keeps the module compatible with compact, high-density switch and router ports.
For enterprise backbones, metro aggregation, and carrier-style transport, this optic helps preserve link integrity over demanding distances without forcing a redesign of the optical layer. It is a practical choice when the cost of downtime, re-cabling, or mismatched optics is higher than the premium for a purpose-built transceiver. Use it where long-reach connectivity, wavelength precision, and Juniper compatibility need to align in a single module.
Ideal For
- Long-distance 10 GbE uplinks between campus or metro sites
- Optical transport links in carrier and service-provider environments
- Backbone connectivity where wavelength flexibility is required
- Dense router and switch deployments with limited front-panel space
Why This Product
- 1Tuneable optics provide more deployment flexibility than fixed-wavelength modules
- 2ZR/OTN support targets longer-reach transport use cases
- 3SFP+ packaging preserves port density in compact hardware
- 4LC duplex connectivity aligns with standard single-mode fiber infrastructure
