KBC Networks ESUGS8-B Gigabit PoE 240W Total Budget Industrial Unmanaged PoE+ Switch

Deploy and power edge security and monitoring equipment with confidence using the KBC Networks ESUGS8-B Industrial Gigabit PoE+ Switch. This unmanaged network switch combines eight 10/100/1000Base-T copper ports with a 240W total PoE budget (up to 30W per port), giving integrators the power density and throughput needed for multi-camera surveillance, access control, and wireless backhaul. The ESUGS8-B supports IEEE 802.3af/at PoE standards and delivers gigabit performance for smooth video streams and low-latency telemetry. Built for industrial applications, its IP40 metal enclosure, Level 3 ESD protection, and DIN-rail or wall-mount options make installation fast and reliable in harsh environments like transportation hubs, utilities, pipelines, and factory floors. As an unmanaged switch, it requires no configuration — reduce installation time and maintenance while ensuring secure, resilient connectivity for security, surveillance, and monitoring systems. Choose the KBC Networks ESUGS8-B to simplify deployments and future-proof your edge network — ideal for IP camera farms, wireless access points, and remote monitoring nodes.

• Delivers reliable power and data to edge devices: 240W total PoE budget and up to 30W per port to power IP cameras, wireless APs and access control units without separate injectors
• Simplifies deployments with unmanaged plug-and-play operation and eight gigabit RJ45 ports for high-throughput video and monitoring traffic
• Built for harsh environments: IP40 metal housing, Level 3 ESD protection and DIN-rail or wall-mount design reduce downtime in industrial and transportation sites
• Flexible, redundant power inputs with overload and reverse-polarity protection protect installations and ensure continuous operation
• Optimizes security and surveillance networks by supporting IEEE 802.3af/at PoE standards for broad device compatibility
• Compact footprint and low power overhead make it ideal for distributed edge locations where space and reliability matter most