Ubiquiti UniFi Switch Aggregation 8 ports – USW-Aggregation Ubiquiti UniFi Switch Aggregation 8 ports – USW-Aggregation is a managed Layer 2 switch designed to enhance your network’s performance. With eight 10G SFP ports, this switch supports high-bandwidth links, enabling link aggregation for increased capacity and availability. Its compact design, measuring just 4.7 inches in depth, combined with a fanless architecture, makes it an excellent choice for environments where silent operation is crucial. Features (8) 10G SFP Ports: High-speed connectivity for demanding applications. 160 Gbps Switching Capacity: Supports intensive data transfer requirements. 1.3″ Touchscreen: Provides augmented reality (AR) switch management for intuitive control. Compact and Fanless Design: Measures only 4.7″ in depth, ensuring a neat and efficient setup. 1U Rackmountable: Includes mounting kit for easy installation in standard racks. Managed by UniFi Network Controller: Compatible with version 5.43.13 or higher for comprehensive management. Specifications Mechanical Dimensions: 442.4 x 120 x 43.7 mm (17.42 x 4.72 x 1.72″) Weight: Without Mount: 2.65 kg (5.84 lb) With Mount: 2.74 kg (6.04 lb) Enclosure Material: SGCC Steel Hardware Total Non-Blocking Throughput: 80 Gbps Switching Capacity: 160 Gbps Forwarding Rate: 119.04 Mpps Max. Power Consumption: 30W Power Method: Universal AC Input: 100-240VAC, 50/60 Hz Power Supply: AC/DC, Internal, 36W Management Interface: Ethernet In-Band Modes: SMB Layer 2 Gigabit Ethernet Switch ESD/EMP Protection: Air: ± 16kV, Contact: ± 12kV Operating Temperature: -5 to 40° C (23 to 104° F) Operating Humidity: 10 – 90% Noncondensing Certifications: CE, FCC, IC LED Indicators System Indicators: Bootup Animation: Bootup in Progress Firmware Upgrade Icon: Firmware Upgrading Steady White: Factory Defaults, Awaiting Adoption Steady Blue: Device is Adopted SFP : White: 10G, 1G Buy the Ubiquiti UniFi Switch Aggregation 8 ports – USW-Aggregation from PMZ Limited in Nairobi, Kenya, and enhance your network’s power, scalability, and performance. Related
