JetNet 3810Gf/3810f series are industrial PoE boost switches designed with 8 fast Ethernet PoE and 2 Gigabit/100Mbps SFP ports to extend the high and low bandwidth data through fibre uplink connection for flexible distance mobile surveillance applications.

With the exclusive built-in Korenix patented vehicle PoE technology, the switches convert DC 12~24V from a battery to DC 48V for 8 PoE ports, offering up to 65W power to IEEE 802.3af compliant devices and therefore, making the deployment of standard PoE IP cameras feasible on buses, ships, carriages, etc.

To guarantee the proper operation of the network system, JetNet 3810Gf / 3810f combine fault relay alarm function for providing auto warning once a port-link failure occurs. Combining QoS into the rugged design with -25~60oC wide operating temperature, JetNet 3810Gf and JetNet 3810f ensure the reliable and high quality video stream transmission under severe industrial environments.

12~24V power booster to 48V PoE

JetNet 3810Gf/3810f series designed with Korenix patented DC 12~24V to 48V boost technology, is the best solution for the vehicle PoE applications, where DC 48V power supply is not available. With the built-in power booster, the PoE switch series can be powered by DC 12~24V to deliver 15.4W per port and 65W per unit at DC 48V to PoE-enabled devices such as IP cameras, PoE Wireless APs, PoE IP phones…etc. and therefore, be easily applied in vehicles or carriages.

Flexible distance transmission via dual gigabit/fast Ethernet SFP ports

JetNet 3810Gf / 3810f series features eight PoE ports and two uplink fast Ethernet/gigabit SFP combo ports. Customers can connect up to 8 IP cameras and uplink the large images to flexible distance applications through the 100Mbps and 1000Mbps single mode and multi mode SFP combo ports.

QoS and fault relay provided

The JetNet 3810Gf/3810f series supports QoS to ensure the high quality of video traffic transmission by simply adjusting the priority of data transfer. In addition, it provides fault relay to automatically warn users if any abnormal situation occurs. As a result, users can quickly handle the emergency and shorten the failover time.