Step 4

Step 3

Step 2

Step 1

PD Alive

OFF

PoE

ON

PoE Camera

PoE Camera

OFF

ON

PoE

Reboot PoE camera

if without response

PoE Camera

Data Request

Detect alive status

for around 90s

Data Echo

Data Request

PoE Camera

PD status good

Autonomous PoE Health Surveillance Engine

The AI-enhanced PoE switch proactively identifies camera system freezes and performs automated reboots to ensure uninterrupted surveillance operations. This intelligent monitoring system maintains device functionality by analyzing connectivity patterns and initiating targeted power cycling when anomalies occur, minimizing downtime without manual intervention.

LED  Light

Wifi Network Solution

Network Security solution

VOIP System

at/30W

af/15.4W

PoE/Port

PoE/Port

Energy-Efficient PoE Power Backplane
The PoE Switch Series combines multi-rate 10/100/1000Mbps ports (IEEE 802.3af/at compliant) with 4x10G SFP+ uplinks, delivering a total 300W power capacity and 30W per-port PoE budget. This dual functionality enables simultaneous high-speed data transfer through fiber uplinks and optimized power distribution for connected devices. With per-port power allocation reaching 30W maximum output, the platform supports diverse PoE device configurations while maintaining stable bandwidth for surveillance systems, wireless access points, and IoT deployments. The architecture balances high-density PoE provisioning with enterprise-grade 10G backbone connectivity, making it ideal for security networks requiring both robust power delivery and future-ready data throughput capabilities. 

Enterprise-Grade 10G SFP+ Uplink Bundle

The newly launched PoE switch features 4x10G SFP+ ports delivering 10Gbps throughput to support high-bandwidth data transmission and HD video surveillance requirements. Its architecture ensures reliable backbone connectivity between security networks and external systems while optimizing PoE port utilization for simultaneous power delivery and data transfer across connected devices.

Software-Defined Scalability Suite

The switch's four integrated SFP+ slots offer multi-rate compatibility with 10GBASE-SX/LX fiber modules, enabling network architects to optimize connectivity by selecting transceivers tailored to both speed requirements (up to 10Gbps) and physical infrastructure. Transmission ranges scale from 330m over multi-mode fiber to enterprise-grade distances of 20-120km using single-mode or WDM fiber solutions. This adaptable connectivity framework supports diverse deployment needs across data center interconnects, campus backbones, and distribution layer networks, allowing seamless integration of high-speed optical links while maintaining backward compatibility with legacy fiber infrastructures. The modular design ensures cost-effective scalability for evolving bandwidth demands without requiring full infrastructure overhauls.

Secure Management Interface with Operational Efficiency

The Benchu Group SP7500 series managed PoE switch streamlines network control through Web and SNMP management interfaces. Its integrated Device Management System (DMS) simplifies setup, configuration, installation, and troubleshooting for video surveillance systems, wireless access networks, and enterprise/SMB environments. Designed for operational efficiency, the switch reduces complexity with an intuitive interface while maintaining robust functionality. This balance of user-friendly design and enterprise-grade features ensures straightforward administration, optimized performance, and reduced ownership costs. By prioritizing ease of use across deployment scenarios, the SP7500 series enables organizations to implement scalable network solutions without compromising reliability or requiring specialized technical expertise.

IPv6 Network Implementation Framework

The SP7500 series, featuring native IPv6/IPv4 dual-stack support and intuitive management interfaces, delivers optimal solutions for deploying IPv6 networks in IP surveillance, VoIP, and wireless services. With seamless protocol transition capabilities, these switches empower SMBs to upgrade their infrastructure to IPv6 at no extra cost, eliminating technical barriers while maintaining backward compatibility with IPv4 systems. Designed for service providers and enterprises, the platform ensures future-proof scalability, simplified network evolution, and uninterrupted operations during protocol migrations—all through a unified management framework that balances advanced functionality with user accessibility.

Carrier-Grade Ethernet Feature Set

The SP7500 series offers programmable enterprise-grade network control, supporting dynamic port aggregation, Q-in-Q stacked VLAN tagging, MSTP topology optimization, static routing, RIP/OSPF protocols, L2/L4 traffic prioritization, bandwidth management, and IGMP/MLD multicast filtering. Engineered for high-performance networking, it enables the creation of resilient multi-port trunk configurations with up to 9 logical groups (2 ports per trunk), featuring automatic failover to ensure uninterrupted data flow. These carrier-class capabilities allow administrators to build scalable, fault-tolerant network architectures while maintaining granular control over traffic shaping, redundancy protocols, and resource allocation across complex enterprise environments.

Transient Voltage Suppression System

Designed to meet IEC61643-21:2000 standards, this rugged PoE switch delivers industrial-grade 6KV surge protection across all ports. Its hardened electrical design safeguards connected devices against lightning strikes and power surges, ensuring stable operation in challenging outdoor or industrial installations. The advanced protection circuitry maintains continuous PoE service during electrical disturbances, providing mission-critical reliability for surveillance networks exposed to environmental hazards.

Self-Healing Network Topology with Carrier-Class Reliability

The SP7500 Series delivers industrial-grade network resilience through redundant ring topology support and sub-20ms data restoration capabilities, engineered for mission-critical automation systems. By integrating Multiple Spanning Tree Protocol (802.1s MSTP) and dual power inputs, these switches ensure continuous operation in demanding industrial settings while optimizing network pathways. Their fast self-healing architecture maintains <20ms recovery intervals within ring configurations, effectively mitigating production-line disruptions. Designed for harsh environments, the platform combines rugged hardware with intelligent failover mechanisms to safeguard against both operational interruptions and environmental stressors, enabling robust connectivity for automated manufacturing networks where uptime directly impacts productivity.