
Out of Stock
Juniper QFX5230-64CD-AFO-T 64x400G Switch | TAA Data Center
Juniper Networks
MPN: QFX5230-64CD-AFO-T
Call for Price
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 64 x QSFP56-DD 400G ports
- TAA-compliant SKU designation
- AC front-to-back airflow
- Juniper QFX5230 data center platform
- 400 Gigabit Ethernet connectivity
- High-density fabric aggregation
- Built for regulated procurement environments
- Meet TAA sourcing requirements with a compliant Juniper switch SKU
When the network must satisfy both performance and procurement constraints, this Juniper switch gives you a clean answer. The QFX5230-64CD-AFO-T delivers 64 x 400G QSFP56-DD ports in a compact data center switching platform, making it suitable for high-density leaf, spine, and fabric aggregation roles where port count and throughput are central to the design.
The TAA designation matters for public sector, defense-adjacent, and regulated enterprise environments that require compliant sourcing. That makes this model more than a speed play; it is a deployment fit for organizations that cannot compromise on supply chain requirements. AC front-to-back airflow aligns with standard data center cooling patterns, helping simplify integration into existing thermal layouts.
Compared with lower-density switches, this model reduces the number of devices needed to build a large fabric, which can lower operational complexity and preserve rack space for compute and storage. For teams building around 400G now, it provides a procurement-safe path to scale without redesigning the network later.
Ideal For
- TAA-compliant data center fabric deployment
- Leaf switch for regulated enterprise clusters
- Spine aggregation in public sector networks
- High-throughput backbone for AI and storage workloads
Why This Product
- 1TAA compliance makes it suitable for regulated procurement
- 2Higher fabric density than lower-port-count 400G switches
- 3Better fit for large-scale aggregation than access-layer hardware
- 4Designed for compliance-driven deployments without sacrificing throughput






