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Juniper QFX5130-48C-DC-AFO 48x100G + 8x400G 1U Switch | Data Center
Juniper Networks
MPN: QFX5130-48C-DC-AFO
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Key Features
- 48 x 100G ports
- 8 x 400G uplink ports
- 1U rack-mount form factor
- Juniper QFX5130 series platform
- Data center switch architecture
- High-density fabric aggregation design
- Consolidate high-bandwidth workloads with 48 x 100G data ports
- Scale fabric uplinks using 8 x 400G interfaces
Drive dense east-west traffic through a compact 1U platform designed for modern data center fabrics. The Juniper QFX5130-48C-DC-AFO combines 48 x 100G ports with 8 x 400G uplinks, giving infrastructure teams the port density needed for leaf-spine architectures and the uplink bandwidth required to keep aggregation layers from becoming bottlenecks.
This model is a strong fit when rack space is constrained but bandwidth demand keeps rising. The 100G access ports support high-performance server and storage connectivity, while the 400G uplinks provide a clear path for fabric expansion and oversubscription control. That mix makes it easier to standardize on fewer switch tiers, simplify cabling, and preserve headroom for future workload growth.
For teams evaluating premium switching platforms, the value is in the density and speed profile. You are not buying extra ports you will never use; you are buying a fabric node sized for serious throughput, with enough uplink capacity to support large-scale virtualization, AI clusters, and high-volume application environments. In environments where every rack unit and every microsecond matters, this switch earns its place.
Ideal For
- Leaf switch deployment in a spine-leaf data center fabric
- High-throughput server aggregation for virtualization clusters
- Uplink aggregation for storage-heavy application environments
- Fabric expansion in space-constrained enterprise racks
Why This Product
- 1Higher uplink headroom than 100G-only aggregation switches
- 2Denser port mix than many 1U enterprise switches
- 3Better suited for fabric growth than fixed 10/25G platforms
- 4More rack-efficient than multi-unit modular alternatives






