Switch Vidiline VIDI-F0820FB PoE 8x 100Mb/s Uplink 2x 100Mb/s 120W
- Moc PoE: 120W
- Power supply for 8 devices via twisted pair cable compliant with the 802.3af/at/bt standard
- Two 802.3.bt ports up to 60W
- 6kV surge protection and 8kV ESD protection
- AI function
- Integrated power cable exiting from the back of the case
(edit with the Customer Reassurance module)
(edit with the Customer Reassurance module)
(edit with the Customer Reassurance module)
- Moc PoE: 120W
- Power supply for 8 devices via twisted pair cable compliant with the 802.3af/at/bt standard
- Two 802.3.bt ports up to 60W
- 6kV surge protection and 8kV ESD protection
- AI function
- Integrated power cable exiting from the back of the case
Detailed specifications can be found in the catalog card available in the attachments below.
Switch PoEA PoE (Power over Ethernet) switch is a type of network switch that provides the ability to supply electrical power to PoE-compatible devices. The PoE standard allows the transmission of electrical power and data via one Ethernet cable. The PoE switch has special ports that can supply PoE power to devices such as IP surveillance cameras or video intercoms.
Desktop type casingSwitches in a desktop housing are designed to be placed on a desk or other flat surface. These switches come in metal or plastic housings.
Efficient power supply in the 802.3 bt standardThe switch has an RJ45 port in the PoE 802.3 bt standard. This port allows you to supply up to 60W of power to the receiver. Thanks to this, we can power even the most demanding devices such as large PTZ cameras, WiFi access points or entire cascades of devices using additional distributors.
AI functionThe advanced feature monitors the PoE device's network connection to see if it is active. When connecting a device powered by PoE, the AI function will reset this device in the event of a communication failure to restore device functionality.
SecurityThe switch has high-class overvoltage protection up to 6 kV and ESD protection up to 8 kV, which can briefly connect the overvoltage to ground, thus protecting the rest of the system. Such surges can be caused by a variety of factors, including lightning, power grid surges, and induced voltages in circuits.
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