Juniper Networks
QSFP-100G-ZR-IT + S-JCO-1C-A1-ZR-P
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Juniper QSFP-100G-ZR-IT 100G QSFP28 ZR | DWDM, Enterprise
Juniper Networks
MPN: JCO-1C-ZR-IT-P-B
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Key Features
- 100 GbE optical transceiver
- QSFP28 form factor
- ZR-class long-reach optics
- Designed for single-mode fiber transport
- Juniper Networks compatibility
- MPN: JCO-1C-ZR-IT-P-B
- Extend 100 GbE transport across long-reach fiber using QSFP28 ZR optics
- Support dense backbone connectivity with Juniper-compatible optical design
Keep 100 GbE traffic moving across long-reach optical spans with Juniper QSFP-100G-ZR-IT + S-JCO-1C-A1-ZR-P. This QSFP28-class transceiver is designed for environments where standard reach is not enough and link stability matters across metro, campus, and backbone deployments.
For infrastructure teams, the value is in preserving bandwidth without redesigning the network. The ZR class is built for long-distance transport over single-mode fiber, making it a practical fit for aggregation layers, data center interconnects, and routed optical paths that need dependable 100G throughput. It helps reduce the need for intermediate regeneration in the right optical design, which can simplify planning and lower operational complexity.
Juniper optics are typically chosen when compatibility, signal quality, and lifecycle consistency matter as much as raw speed. This module fits teams standardizing on Juniper platforms and looking for a 100G optical option that supports demanding transport requirements without moving to a larger chassis or a more expensive architecture. For long-reach links, that balance is what justifies the premium.
Ideal For
- Data center interconnect links between Juniper switching fabrics
- Metro aggregation transport over long-reach single-mode fiber
- Campus backbone uplinks requiring 100 GbE optical reach
- Routed optical paths in enterprise core networks
Why This Product
- 1Long-reach 100G transport versus short-reach optics
- 2QSFP28 compatibility for Juniper platforms
- 3Single-mode fiber support for backbone links
- 4ZR-class design for distance-sensitive deployments