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Juniper QFX5220-32CD-D-AFI 32x400G 1U Switch | Data Center, Enterprise
Juniper Networks
MPN: QFX5220-32CD-D-AFI
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Key Features
- 32 x 400G Ethernet ports
- 1U rack-mountable form factor
- Data center airflow design
- Juniper Networks QFX5220 platform
- High-density switching for fabric deployments
- Built for low-latency data center traffic handling
- Accelerate fabric throughput with 32 x 400G ports
- Preserve rack space using a 1U rack-mountable chassis
Drive dense, high-speed connectivity in a single rack unit with the Juniper QFX5220-32CD-D-AFI. With 32 x 400G ports, this switch is designed for data center environments where throughput, port density, and predictable fabric design matter more than excess overhead. It fits cleanly into modern leaf-spine architectures and supports the kind of bandwidth growth that can quickly outpace lower-capacity platforms.
The 1U form factor helps preserve rack space while still delivering the port count needed for aggregation and high-performance switching tiers. DC airflow supports data center thermal planning, and the Juniper platform is built for teams that want a purpose-fit switch for demanding infrastructure rather than a compromise device stretched across multiple roles.
For organizations standardizing on high-speed fabric design, this model offers a clear path to simplify cabling, reduce oversubscription pressure, and keep critical workloads moving at line-rate speeds. It is the kind of switch selected when the network must stay ahead of storage, compute, and AI-adjacent traffic growth.
Ideal For
- Leaf switch deployment in a high-density data center fabric
- Aggregation layer for storage-heavy and compute-heavy clusters
- High-speed interconnect for east-west traffic in modern racks
- Network core segment for environments standardizing on 400G uplinks
Why This Product
- 132 x 400G ports for dense high-speed fabric design
- 21U chassis preserves rack space in constrained environments
- 3Layer 3 switching supports routed data center architectures
- 4DC airflow suits standardized hot-aisle/cold-aisle planning
