The HRUI 10G Smart Web Managed Switch is a high-performance, intelligent series that offers full 10G RJ-45 ports and SFP+ ports. It easily establishes high-speed connections between WiFi 7 access points, storage servers, and other devices, meeting the needs of users who require high-performance network connectivity.

The product is simple and convenient to use, plug-and-play, with no configuration required. It provides a rich set of software features, supporting VLAN, port mirroring, traffic control, LACP, QoS, DHCP Snooping, and more, catering to various complex network requirements and enhancing network security, reliability, and scalability. Additionally, the product supports cloud management functionality, allowing for remote maintenance work with management platforms like HRUI Cloud, making network management more convenient and intelligent. Therefore, this switch is particularly suitable for scenarios that require faster network speeds.
10G High-speed Transmission

Provide RJ-45 or SFP+ ports to provide high-speed network connectivity for NAS and access servers, supporting self-negotiation of 10G/5G/2.5G/1G multiple port rates.

High Switching Capacity
for High-Load Applications
Enhances performance with increased concurrent connections, faster data transmission, and higher processing capacity, ideal for large-scale networks, ensuring smooth, high-speed, and stable data transmission.

Smart Web Managed
Feature to Optimize Your
Network Efficiency
The product offers advanced software features, including VLAN, port mirroring, flow control, LACP, QoS, and DHCP Snooping, to cater to diverse network demands and enhance network security, reliability, and scalability.

VLAN enables network devices to be grouped by function, department, or region, and isolated into logical networks, enhancing network management flexibility, scalability, and security while simplifying administration and boosting efficiency.
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LACP enables connection to NAS/routers for link aggregation and rate stacking, while also ensuring network availability, reliability, and security through link failover, reducing the risk of network interruptions and data loss.

Provide different QoS and prioritization for various types of traffic to ensure reliability and performance of critical services while reducing failure rates and network congestion.