Juniper Networks
QSFP28 100G BXSR BIDI TRANSCEIVER
Out of Stock
Juniper JNP-QSFP-100G-BXSR QSFP28 100G BIDI Transceiver | Enterprise
Juniper Networks
MPN: JNP-QSFP-100G-BXSR
Call for Price
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- QSFP28 transceiver type
- 100 Gbps data rate class
- Bidirectional optical design
- BXSR reach profile
- Juniper Networks compatibility
- High-density module format
- Consolidate 100 GbE transport using bidirectional QSFP28 optics
- Reduce fiber consumption with BXSR BIDI link design
Move 100 GbE traffic with fewer fiber strands using the Juniper JNP-QSFP-100G-BXSR QSFP28 bidirectional transceiver. This module is designed for high-speed optical connectivity where infrastructure efficiency matters, especially in dense environments that need to preserve fiber resources without compromising link capacity. For teams building or refreshing backbone, aggregation, or data center interconnect layers, BXSR bidirectional optics can simplify cabling strategy and reduce the physical footprint of the transport layer.
QSFP28 packaging supports modern high-density platforms while keeping the optics layer straightforward to manage. That matters when standardization, serviceability, and port utilization are part of the procurement decision. Compared with lower-speed or less efficient alternatives, a 100 GbE bidirectional module is a more deliberate investment in throughput and infrastructure discipline.
Choose this transceiver when the network design calls for high-capacity links, controlled fiber usage, and Juniper-aligned compatibility. It is built for teams that want the optical layer to scale without adding unnecessary complexity.
Ideal For
- 100 GbE backbone links in enterprise networks
- Data center interconnects with limited fiber availability
- Aggregation uplinks in high-density switching environments
- Standardized Juniper optical deployments for 100 GbE fabrics
Why This Product
- 1100 GbE capacity for high-throughput links
- 2Bidirectional design helps reduce fiber count
- 3QSFP28 format supports dense platforms
- 4Better fit than lower-speed optics for backbone scaling


