Model: X1520-24T6X

Type: 10G Ethernet Switch with Smart Web

RJ45 Port: 24x1G RJ45 ports

PoE Standard: non

PoE Port: non

Fiber Port: 6x10G SGP+ ports

Installation: desktop/wall mount

Support: OEM&ODM, Small MOQ

Overview

The X1520-24T6X is an advanced hybrid network switch designed for modern enterprise environments, combining 24×1G RJ45 copper ports with 6×10G SFP+ fiber uplinks. This powerful configuration provides the perfect balance between high-density Gigabit access and high-speed fiber connectivity, making it ideal for campus networks, medium-sized data centers, and bandwidth-intensive applications. The switch enables seamless integration of existing copper infrastructure with next-generation 10G fiber networks.

Featuring a 176Gbps non-blocking switching fabric, the X1520-24T6X delivers exceptional performance for demanding workloads including virtualization, video surveillance systems, and high-capacity storage networks. The intelligent cooling system automatically adjusts between fanless and active cooling modes, ensuring optimal thermal management in various deployment scenarios while maintaining energy efficiency. Advanced power-saving technologies reduce operational costs without compromising performance.

Managed through an intuitive web-based interface, the switch offers comprehensive Layer 2+ features including advanced VLAN, QoS prioritization, LACP link aggregation, and real-time network monitoring. With its generous 10G uplink capacity and robust management capabilities, the X1520-24T6X is an excellent solution for organizations looking to future-proof their network infrastructure while maintaining compatibility with existing Gigabit devices.

Key Features

1. High-Density Hybrid Ports: 24×1G RJ45 + 6×10G SFP+ ports

2. Enterprise Performance: 176Gbps non-blocking switching capacity

3. Adaptive Cooling System: Smart thermal management with fanless/active modes

4. Comprehensive Management: Web GUI with advanced Layer 2+ features

5. Energy Efficient Design: IEEE 802.3az compliance with power-saving technology