Juniper Networks
OSFP800 TO 2 X 400G QSFP112 DAC 1M
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Juniper OSFP800 to 2 x 400G QSFP112 DAC 1M | DAC Cable, 800G
Juniper Networks
MPN: OSFP-2X400G-D-1M
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Key Features
- OSFP800 to 2 x 400G QSFP112 breakout
- 1 m direct attach copper cable
- Short-reach Ethernet interconnect
- Passive DAC construction
- Juniper Networks branded assembly
- MPN: OSFP-2X400G-D-1M
- Deliver two 400G QSFP112 links from one OSFP800 port using a 1 m breakout cable
- Reduce short-reach latency with a passive copper direct attach design
When a single high-speed port needs to feed two 400G endpoints, a breakout DAC keeps the design direct and efficient. This Juniper cable converts one OSFP800 interface into two QSFP112 connections in a 1 m copper assembly, making it a practical choice for short-reach interconnects in modern data center fabrics.
The value is in simplicity. By using direct attach copper instead of optical modules, teams can reduce component count, shorten procurement cycles, and keep latency low across adjacent devices. The 1 m length is well suited to in-rack and near-rack deployments where excess cable length only adds clutter.
For operators building high-density leaf-spine or aggregation layers, this cable helps preserve switch port value while maintaining a clean physical layout. It is especially useful where two 400G links are preferred over a larger fan-out, allowing infrastructure teams to match bandwidth to topology without overcomplicating the cabling plan. In Juniper environments, it provides a purpose-built path to compact, predictable breakout connectivity.
Ideal For
- Break out one OSFP800 port to two 400G QSFP112 devices in the same rack
- Connect adjacent switches in a leaf-spine fabric with short copper runs
- Link high-bandwidth compute nodes where 400G endpoints are sufficient
- Standardize breakout cabling in Juniper-based aggregation layers
Why This Product
- 1Breaks out one 800G port into two 400G links
- 2Uses direct attach copper for short-reach connectivity
- 31 m length suits adjacent rack equipment
- 4Reduces optical component count versus transceiver-based designs