Mercusys 6-Port 10/100Mbps Desktop Switch with 4-Port PoE+

6-Port 10/100Mbps Desktop Switch with 4-Port PoE+

4 PoE+ Ports (40 W Budget) for Network Deployment
Ports 1-4 support PoE+, and each of them supports a maximum of 30 W and is compliant with the 802.3af/at Powered Devices. MS106LP provides 2 ports without PoE+ for uplink devices, one of which is used to connect to the Internet and the other to connect to the NVR. The total 40 W PoE power budget* for the 4× PoE+ ports enables a variety of uses, including surveillance for offices, dormitories, and small businesses. IP cameras, access points, IP phones, PCs, video recorders, and more are all completely compatible with it.

No Fuss
No need for electricians; simplify installation and deployment.

Cost-Efficiency
Getting rid of extra cables and power adapters will save money on infrastructure.

Flexibility
Deployment in complex situations is made possible by more placement possibilities.

Power Management
Improves power usage while intelligently protecting your gadgets from power surges.

IEEE 802.3af/at
PoE ports compliant with the 802.3af/at Powered Devices.

Traffic Separation
With only one click, isolation mode divides traffic for ports 1-4 to prevent snooping/tampering and isolate broadcast storms for greater protection. MS106LP provides 2× uplink ports when turning on the isolation mode.

Port Prioritization
Prioritizing the data of specific ports would ensure the high quality of delicate applications, such as voice and video, in crucial business domains.

PoE Auto Recovery
The switch continuously detects data transmission with PoE-powered devices (PD). When a PD stops sending data packets to the switch for an extended length of time, the switch will reboot it automatically.

Plug and Play
MS106LP offers auto-negotiation (10/100M) and automated MDI/MDIX. There is no additional configuration needed. It is simple to use and saves time and effort.

Durable and Silent
MS106LP's durable metal case allows for efficient heat dissipation, excellent signal interference prevention, equipment stability, and long network life.