Cisco Nexus 5672UP 1RU 32x10G SFP 6x40G QSFP | Enterprise Switch — CON-SSSW-5672UP
Move more traffic through fewer rack units with a Cisco Nexus switch built for dense data center aggregation. The 5672UP platform combines 32 x 10G SFP ports with 6 x 40G QSFP uplinks, giving infrastructure teams the port mix needed to connect servers at scale while preserving headroom for upstream fabric links. In environments where every rack unit carries a cost, this class of switch earns its place by concentrating connectivity without forcing compromises on uplink capacity. It is a strong fit for leaf-and-spine designs, high-density virtualization clusters, and environments that need predictable throughput across many attached systems. The 1RU footprint helps simplify rack planning, while the Cisco Nexus family is known for operational consistency in enterprise switching environments. For teams comparing against lower-density alternatives, the value here is straightforward: fewer boxes, cleaner cabling, and a port profile that matches modern data center demands. Ideal For Connecting high-density virtualization hosts in a data center rack Building leaf switches for a spine-and-leaf fabric Aggregating 10G server links into 40G uplinks Replacing multiple lower-density switches with one 1RU platform Why This Product 1 Higher port density than compact access switches 2 40G uplinks support stronger fabric aggregation 3 1RU design saves rack space in dense environments 4 Better fit for data center fabrics than office switches
- Manageable: Yes
- Port Count: 38 ports
- Network Technology: Ethernet
- Ethernet Technology: 10 Gigabit Ethernet, 40 Gigabit Ethernet
- Sfp Slots: 38 slots
- Managed Type: Managed
- Vlan Support: Yes
- Layer Supported: Layer 2/3
- Stacking Support: No
- Key Feature 1: 32 x 10G SFP downlink ports
- Key Feature 2: 6 x 40G QSFP uplink ports
- Key Feature 3: 1RU data center switch form factor
- Key Feature 4: Cisco Nexus switching platform
- Key Feature 5: High-density aggregation for server access
- Key Feature 6: Designed for fabric-oriented deployments
Write Your Own Review
