With the development of the IoT and AI, the concept of smart airports has been gradually extended and realized. ONV PoE switches and realizes the intelligence, visualization, and convenience of the smart airport through intelligent transmission core technology.
Airport security monitoring system needs
7×24h trouble-free operation.
Suitable for outdoor environments.
Multi-port, easy to install and manage.
Large data big traffic video transmission.
Long-distance data transmission, support PoE, power the camera.
Integration and network communication between subsystems and the control center is uninterrupted.
Solution
The construction of the Jinggangshan airport security system includes a command system, departure system, baggage system, and safety information analysis system. Complete monitoring and coverage of key areas for airport characteristics, improve platform functions, configure the storage to meet requirements and achieve linkage of security systems.
The PoE switch has the characteristics of full line speed, large switching capacity, large cache, and large throughput, and is equipped with intelligent security video transmission to calmly respond to security transmission application scenarios in various areas of the airport.
System Topology
A star topology and ring network topology networking, simple topology enhances system stability.
The access layer used managed industrial PoE switch with downlink 10/100/1000M RJ45 port and uplink gigabit SFP port to set up the highest configuration switching capacity link.
Link communication is all mixed with optic-fiber and network cable, access layer Gigabit uplink, switching capacity guarantee, no interference.
The access layer used Optical Network Video [ONV] 16-port Gigabit uplink managed PoE switch (Model: ONV-POE31016PFM) and 14 port gigabit managed industrial PoE switch (Model: ONV-IPS33148PFM).
Application Product
ONV-POE31016PFM PoE Switch
802.1X authentication.
IEEE802.1Q VLAN, flexible VLAN division, and QinQ configuration.
The user-friendly panel can show the device status through the LED indicator of PWR, Link/Act, and PoE.
QoS, Priority mode based on 802.1P, Port & DSCP, queue scheduling algorithm including EQU, SP, WRR & SP+WRR.
PoE network management, realize PoE port power allocation, priority setting, port power status viewing, time scheduling, etc.
ALC, filter data packet by configuring matching rules, processing operation & time permission, and providing flexible and safe access control.
16*10/100Base-TX RJ45 ports, meeting the needs of security monitoring, teleconferencing system, wireless coverage, and other scenarios.
ONV-IPS33148PFM industrial PoE switch
IGMP V1/V2 and IGMP Snooping.
Low power consumption, no fan, aluminum shell.
Web management, CLI (Console, Telnet), SNMP (V1/V2/V3).
IEEE802.1Q VLAN, flexible VLAN division, and QinQ configuration.
802.1X authentication, port isolation, storm control, IP-MAC-VLAN-Port binding.
The user-friendly panel can show the device status through the LED indicator of PWR, SYS, Link, and PoE.
QoS, Priority mode based on 802.1P, Port & DSCP, queue scheduling algorithm including EQU, SP, WRR & SP+WRR.
PoE network management, realize PoE port power allocation, priority setting, port power status viewing, time scheduling, etc.
ALC, filter data packet by configuring matching rules, processing operation & time permission, and providing flexible and safe access control.
10*10/100/1000Base-T RJ45 ports, meeting the needs of security monitoring, teleconferencing system, wireless coverage, and other scenarios.
Priority system for PoE port, It will supply power to the high priority level port first when the power budget is insufficient and avoid overwork of the device.
