Building Automation PoE Watchdog (BACnet Integrated)

The AI-enhanced PoE switch detects camera freezes using smart diagnostics and executes automatic reboots to ensure continuous surveillance uptime.

PD status good

PoE Camera

Data Request

Data Echo

Detect alive status

for around 90s

Data Request

PoE Camera

Reboot PoE camera

if without response

PoE

ON

OFF

PoE Camera

PoE Camera

ON

PoE

OFF

PD Alive

Step 1

Step 2

Step 3

Step 4

PoE Dynamo Smart PDU
The PoE Switch Series combines IEEE 802.3af/at-compliant 10/100/1000Mbps PoE ports with four 2.5G SFP uplinks, delivering a total PoE budget of 120W (30W per port). This dual-speed architecture supports simultaneous operation of high-power devices like PTZ cameras and bandwidth-intensive uplinks, enabling flexible deployment of mixed surveillance systems. The per-port 30W allocation accommodates advanced IP cameras, wireless access points, and IoT endpoints, while the 2.5G fiber ports ensure lossless video backhaul for multi-camera clusters. Its tiered power distribution balances energy efficiency with device versatility across hybrid network environments. 

PoE/Port

PoE/Port

af/15.4W

at/30W

VOIP System

Network Security solution

Wifi Network Solution

LED  Light

Redundant 2.5GbE SFP+ Uplink Configuration (4-Port)

This next-generation PoE switch features four 2.5G SFP+ uplink ports supporting 2.5Gbps speeds, enabling high-bandwidth throughput for data-intensive video transmission and backhaul operations. Designed to optimize surveillance network performance, it ensures seamless connectivity between security systems and external networks while maximizing PoE port utilization. The 2.5G fiber interfaces future-proof critical infrastructure links, providing both speed redundancy and extended reach for bandwidth-intensive applications. Its architecture balances power delivery efficiency with enterprise-grade uplink capacity, ideal for mission-critical surveillance deployments requiring simultaneous high-speed data transport and robust device powering.

AdaptaLink Expansion Engine

The switch integrates four dual-speed SFP+ slots compatible with 2.5GBASE-SX/LX transceivers, enabling network administrators to optimize connectivity by selecting modules that match both required bandwidth (2.5Gbps) and physical infrastructure. Multi-mode fiber support extends reach up to 2km, while single-mode/WDM fiber options scale connectivity from 20km to 120km. This flexibility in transmission range and speed configuration makes the ports ideal for enterprise data center interconnects and distributed network architectures, where adaptable high-speed links must balance performance demands with infrastructure constraints. The multi-range fiber compatibility ensures cost-effective deployment across campus backbones, metro networks, and high-density switching environments.

Robust Secure Management Interface

The Benchu Group SP7500 series managed PoE switch combines dual Web and SNMP management interfaces for streamlined network control. Its embedded Device Management System (DMS) offers intuitive configuration, monitoring, and troubleshooting across video surveillance systems, wireless access deployments, and enterprise/SMB environments. Engineered for operational simplicity, the platform reduces administrative overhead through centralized device management while minimizing ownership costs. The SP7500 series balances advanced functionality with user-friendly operation, delivering optimized performance for critical infrastructure applications. Its plug-and-play compatibility, coupled with granular control features, ensures reliable connectivity for bandwidth-intensive devices while maintaining budget-conscious scalability for growing organizations.

IPv6 CoreConnect

The SP7500 series integrates IPv6/IPv4 dual-stack technology and intuitive management interfaces, offering a streamlined solution for deploying IPv6 networks in IP surveillance, VoIP, and wireless systems. Tailored for service providers and SMBs, it enables cost-free infrastructure upgrades to IPv6 while ensuring backward compatibility with existing IPv4 setups. By eliminating the need for hardware replacements, this future-ready platform simplifies the transition to next-gen connectivity, allowing organizations to modernize networks without financial strain or operational disruption. Its protocol flexibility balances advanced capabilities with budget-conscious scalability, ideal for maintaining critical services during phased network evolution.

L2 FortiLink

The SP7500 series supports advanced programmable network management, including dynamic port aggregation, Q-in-Q VLAN tagging, MSTP topology optimization, Layer 2/4 traffic prioritization, granular bandwidth allocation, and IGMP/MLD multicast filtering. Engineered for high-performance networking, the switches enable the creation of multi-port aggregated trunks with redundancy safeguards – supporting up to 9 trunk groups (2 ports per group) with automatic failover protection. This architecture enhances bandwidth scalability while maintaining continuous connectivity for mission-critical operations. By combining enterprise-grade switching capabilities with configurable load-balancing strategies, the series delivers robust traffic management solutions for evolving network infrastructures requiring both protocol flexibility and operational resilience.

Lightning & Overvoltage Protection System

This PoE switch complies with IEC61643-21:2000 standards, providing 6KV surge protection across all ports to defend against lightning strikes and electrical transients. Engineered for durability, it ensures stable operation in extreme conditions while protecting connected devices from power-related disruptions.

Enterprise Core Infrastructure

The SP7500 Series employs redundant ring topology with fast self-healing capabilities to ensure network resilience against outages and vulnerabilities. By implementing MSTP (802.1s) protocols and dual power inputs, the switches enhance operational continuity in harsh industrial environments. Designed for automation networks, the system achieves sub-20ms data link restoration in ring configurations, maintaining mission-critical connectivity during faults. Its hardened architecture combines deterministic recovery mechanisms with power redundancy, delivering carrier-grade uptime for manufacturing systems requiring fail-safe performance under extreme conditions.