Juniper Networks
32X400G 1U DC AO WITH ORV3 2OUTRAY
Out of Stock
Juniper QFX5130 32x400G Data Center Switch | 1U, ORV3, Enterprise
Juniper Networks
MPN: QFX513032CDDAFO-T2
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Key Features
- 32 x 400G fixed ports
- 1U rack-mount data center switch
- ORV3 airflow support
- Two-outlet tray configuration
- Juniper QFX5130 platform
- Designed for high-density fabric deployments
- Consolidate high-density fabric traffic with 32 x 400G ports
- Reduce rack footprint using a 1U data center switch design
Move more east-west traffic through fewer rack units with a switch built for dense modern fabrics. The Juniper QFX5130 QFX513032CDDAFO-T2 delivers 32 x 400G connectivity in a 1U form factor, giving infrastructure teams the port density needed to simplify leaf-spine design without expanding rack footprint.
This model is suited to high-throughput environments where cabling efficiency, airflow planning, and predictable rack integration matter. ORV3 airflow support aligns with data center deployment standards, while the two-outlet tray configuration supports cleaner power distribution in structured racks. For teams refreshing high-speed switching tiers, this platform helps reduce oversubscription pressure and keeps the network ready for bandwidth-heavy workloads.
Choose this switch when 400G aggregation, compact deployment, and operational consistency are worth more than lower-cost, lower-density alternatives. It is a fit for environments that need to scale fabric capacity without adding unnecessary chassis complexity.
Ideal For
- Leaf switch deployment in a high-density spine-leaf fabric
- Aggregation layer for 400G-ready data center racks
- Network refresh where rack space and port density are both constrained
- High-throughput east-west traffic handling in enterprise data centers
Why This Product
- 1Higher port density than 100G or 200G alternatives
- 21U footprint preserves rack space in dense rows
- 3ORV3 airflow supports modern data center cooling plans
- 432 x 400G design reduces the need for multiple lower-speed switches






