Cisco Nexus 9K ACI NX-OS LeafSpine 64x 40/100G QSFP28 | Enterprise — CON-L1NOS-N9KC93CG
Keep east-west traffic moving with a Cisco Nexus 9K platform designed for dense leaf-spine deployments. With 64 QSFP28 ports supporting 40/100G connectivity, this model fits fabric designs that depend on high port density, consistent uplink performance, and straightforward expansion planning. NX-OS gives infrastructure teams a familiar operational model for data-center switching, while the Nexus 9K family is widely used in environments that need tight control over latency, oversubscription, and fabric growth. That makes this switch a strong fit for aggregation layers, spine roles, and ACI-aligned architectures where port count and speed matter more than general-purpose flexibility. For teams standardizing on Cisco switching, this platform helps reduce design friction. The 64-port QSFP28 layout supports high-bandwidth interconnects without forcing early chassis upgrades, and the Nexus 9300-class architecture is built for environments where network density directly affects rack efficiency and long-term cost control. Ideal For Deploy as a spine switch in a leaf-spine data-center fabric Use in ACI-aligned environments that require dense 40/100G uplinks Support aggregation layers in high-throughput enterprise networks Standardize on Cisco switching for large-scale data-center modernization Why This Product 1 64 QSFP28 ports for dense uplink design 2 Supports 40/100G Ethernet for modern fabric speeds 3 NX-OS environment for Cisco operational consistency 4 Better suited to leaf-spine fabrics than access-layer switches
- Form Factor: Fixed
- Dom Support: Unknown
- Connector Type: QSFP28
- Data Rate Gbps: 40/100 Gbps
- Transceiver Type: QSFP28
- Port Count: 64 ports
- Network Technology: Ethernet
- Ethernet Technology: 40 Gigabit Ethernet, 100 Gigabit Ethernet
- Fiber Mode Supported: Unknown
- Key Feature 1: 64 x QSFP28 ports
- Key Feature 2: 40/100G Ethernet support
- Key Feature 3: Cisco Nexus 9K platform
- Key Feature 4: NX-OS operating environment
- Key Feature 5: Leaf-spine fabric design
- Key Feature 6: Data-center switching architecture
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