Juniper Networks
QSFP28 100G SR BIDI TRANSCEIVER
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Juniper QSFP-100G-SR1P2 QSFP28 100G SR BIDI Transceiver | 100G, BIDI, Enterprise
Juniper Networks
MPN: QSFP-100G-SR1P2
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Key Features
- QSFP28 transceiver type
- 100 Gbps data rate
- SR BIDI short-reach optics
- Multimode fiber support
- Designed for switching applications
- Compact high-density module format
- Juniper-compatible 100 GbE optics
- Deliver 100 GbE connectivity using QSFP28 SR BIDI optics
Build denser 100 GbE switching fabrics with the Juniper QSFP-100G-SR1P2 transceiver. This QSFP28 module is designed for SR BIDI short-reach connectivity over multimode fiber, giving infrastructure teams a practical way to extend 100 GbE links in space-constrained environments. It is well suited to modern data center switching where port count, cable management, and consistent optical behavior all affect operational efficiency.
SR BIDI optics are valuable when you want to preserve bandwidth while keeping the fiber plant straightforward. In switching deployments, that means fewer complications at the rack, cleaner patching, and a more controlled path to scale. The QSFP28 form factor also aligns with high-density platforms that need to carry more traffic without increasing the physical footprint of the network.
For teams standardizing on Juniper switching hardware, this module offers a focused path to 100 GbE short-reach expansion. It is the kind of transceiver you choose when the network must stay compact, serviceable, and ready for sustained production workloads.
Ideal For
- 100 GbE uplinks in a leaf-spine data center fabric
- Short-reach multimode switch interconnects in a server room
- Port-density expansion on Juniper switching platforms
- Rack-to-rack 100 GbE links where cable simplicity matters
Why This Product
- 1Moves to 100 GbE while keeping the QSFP28 footprint compact
- 2SR BIDI design helps reduce fiber complexity versus conventional short-reach optics
- 3Built for multimode short-reach switching rather than long-haul transport
- 4Suited to dense enterprise fabrics where port efficiency matters


