Switch di rete gestito L2 UBIQUITI USW-Aggregation — 8 slot SFP+, supporto 10G, senza ventola, rack 1U, argento

The Ubiquiti USW-Aggregation is a managed Layer 2 network switch with eight 10G SFP+ ports and a switching capacity of 160 Gbit/s. Built in a 1U rack-mountable form factor with a compact 4.7" depth and a fanless design, the switch provides high-bandwidth link aggregation for greater capacity and improved availability in rack environments.

Advantages

The managed Layer 2 architecture delivers centralized control of VLANs and link aggregation. Eight 10G SFP+ ports enable high-speed uplinks and aggregation of multiple links. The compact 1U, 4.7" deep chassis is suitable for space-constrained racks, and the fanless design reduces noise and potential points of failure. A switching capacity of 160 Gbit/s supports demanding traffic loads.

Suitable for

• Data center aggregation and top-of-rack uplinks
• High-capacity uplinks for core switches or routers
• Environments requiring silent operation and compact rack depth

Key specifications

• Model: Ubiquiti USW-Aggregation (USW-AGGREGATION)
• Switch type: Managed Layer 2
• Ports: 8 × 10G SFP+
• Switching capacity: 160 Gbit/s
• Form factor: 1U, rack-mountable
• Depth: 4.7" (compact)
• Design: Fanless
• Weight: 2.65 kg
• Colour: Silver

How to use

Install the USW-Aggregation in a standard 19" rack using its 1U form factor. Connect 10G SFP+ modules and fiber or DAC cables to the SFP+ ports for uplinks and aggregated links. Configure VLANs, link aggregation (LACP) and other Layer 2 features via the Ubiquiti management interface or controller according to network design. Verify port speeds and aggregation status after configuration to ensure expected capacity and redundancy.

Recommendations

Use quality SFP+ modules and certified cables to achieve full 10G performance. Place the switch in a rack with adequate airflow even though it is fanless; maintain recommended operating temperatures. For redundancy and higher throughput, configure LACP across multiple SFP+ links to core devices.