Juniper Networks
64X400G DC AFI TAA SKU
Out of Stock
Juniper QFX5230-64CD-DAI-T 64x400G Switch | TAA Data Center
Juniper Networks
MPN: QFX5230-64CD-DAI-T
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Key Features
- 64 x 400G data center switching ports
- Juniper Networks QFX5230 platform
- TAA-compliant SKU for procurement alignment
- High-density fabric design for large-scale environments
- Built for modern leaf and spine architectures
- Optimized for bandwidth consolidation in the rack
- Scale fabric throughput with 64 x 400G ports for dense data center traffic
- Consolidate high-speed connections using a compact Juniper switching platform
Build a fabric that keeps pace with modern east-west traffic using the Juniper QFX5230-64CD-DAI-T. With 64 x 400G connectivity, this switch is aimed at environments where port density, throughput, and procurement compliance all matter at once. It is a strong fit for data centers consolidating high-speed server, storage, and interconnect traffic into a compact switching footprint.
The value here is not just raw port count. High-density 400G switching reduces the number of devices required at the fabric edge, which can simplify cabling, lower operational complexity, and create more room for growth. For teams standardizing on a TAA-compliant platform, this model also supports sourcing requirements that can be critical in public sector and regulated enterprise environments.
Choose this switch when your network design needs to scale without adding unnecessary layers of hardware sprawl. It is built for organizations that measure success in predictable performance, clean deployment architecture, and fewer constraints as traffic demands rise.
Ideal For
- Leaf switch deployment in high-performance data center fabrics
- Spine layer aggregation for large east-west traffic domains
- TAA-compliant procurement for public sector infrastructure
- High-density interconnect for compute and storage clusters
Why This Product
- 164 x 400G density for fewer switches per fabric
- 2TAA SKU for compliance-driven procurement
- 3Better fit for large-scale east-west traffic than lower-speed platforms
- 4More rack efficiency than multi-box aggregation designs






