Standard Switching Mode (all ports communicate freely)
Video Surveillance Mode (optimized for monitoring to reduce lag and mosaic)
VLAN Isolation Mode (ideal for wireless AP connections to suppress network storms)
2. Power over Ethernet (PoE)
Additional details
PoE Standard Compatibility
IEEE 802.3af/at
Total PoE Power Budget
200W built-in power supply
Max Power per PoE Port
30W
PoE Ports
Single-port PoE power supply with intelligent power allocation and buffering
Power Supply Features
Stable and secure power delivery to devices such as IP cameras (IPC) and wireless access points (AP) without external power adapters
Additional details
Application
Supports devices requiring up to 30W per port, including infrared cameras and APs with burst power demands, preventing power interruptions and ensuring long-term stable operation
3. Design and Build
Additional details
Chassis
Full metal body for durability and efficient heat dissipation
Cooling
High-efficiency heat dissipation to maintain stable operation and prevent signal interference
Uplink Design
Dual uplink ports simplify security network topology by supporting simultaneous connection to routers and NVRs
4. Network Features
Intelligent buffer allocation to reduce data forwarding latency and avoid packet loss
High bandwidth handling capability for efficient, fast, and stable data transmission
Suitable for various environments including homes, small and micro enterprises, schools, and dormitories for wireless and security networking
5. Installation and Compatibility
Easy wiring with single cable for both data and power transmission to PoE-compatible devices
No need to modify existing wiring infrastructure
Compatible with all devices supporting IEEE 802.3af/at PoE standards
The MERCURY MSG18CP is a robust 18-port full Gigabit Ethernet PoE switch featuring a 200W power budget and 30W max per port, dual uplink ports for simplified network topology, and multiple operational modes tailored for general data, video surveillance, and VLAN isolation. Its full metal chassis ensures durability and efficient heat dissipation, making it ideal for stable, high-speed, and secure network deployments in various environments.
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