Ⅰ. the background analysis
With the continuous development of monitoring technology, the scale of video surveillance has gradually expanded. Smart campus and building monitoring have become the basic needs of the current industrial park information construction and security system construction. Video surveillance in smart park and building monitoring projects not only provides simple video but also high-end applications such as surveillance services, video alarms, human flow statistics, and face recognition are rapidly being integrated, and the integration of system applications request higher demands on the stability and reliability of security transmission systems.
Ⅱ . Demand analysis
· Centralized management, all monitoring screens of the entire park and buildings.
· The monitoring points are scattered and the transmission distance is long.
· High construction costs on existing parks.
· The security transmission network is stable, reliable, and without delay. · Post system maintenance is difficult.
Ⅲ . the solution (network topology)
Ⅳ . Program advantage
· Long distance transmission
Fengrunda E series products support 250 meters long-distance power supply, and support 250 meters of video surveillance at the farthest to easily control long-distance video distribution.
· Wireless point-to-point bridge does not require ground construction
Fengrunda provide point-to-point wireless transmission bridges, which can be directly transmitted through the bridges for inconvenient construction, and no bridge construction is required.
· Industrial switches are reliable in extreme environments
Fengrunda has a full set of industrial-grade monitoring switches to provide stable operation for monitoring equipment under extreme outdoor conditions.
· Intelligent AI function to automatically recover the bad working condition of the device
Fengrunda AI PoE switch supports AI PoE function. When the device is suspended or disconnected, the switch can automatically detect the problem and restart the device to resume normal operation.
· Gigabit backbone network, distributed deployment
Fengrunda can provide 100 Mbps access to the 10 Gigabit core package to meet the project configuration requirements of various projects. Such as 100 Mbps access Gigabit uplink, Gigabit access optical port uplink, gigabit connected to 10G uplink and a full 10 Gigabit core architecture.
Ⅴ . Equipment recommendation
AI1010 10-Port AI PoE switch
· 8 100M RJ45 ports (support PoE)
· 2 100M uplink ports
· Support IEEE802.3af/at, single port output maximum power 30W
· Support 4 working modes: AI VLAN, AI Extend, AI PoE, AI QoS
· Power supply: 96W
IS108GPS-4F12-PortGigabit Managed Industrial Switch
· 8 10/100/1000Mbps
POE ports
· 4 Gigabit SFP ports
· Support
IEEE802.3af/at, single port output maximum power 46W
· Support port
management, PoE management, link aggregation, STP, loop protection, IMGP,
802.1X
· 48-56V DC redundant
dual supply voltage input
· Support reverse
connection protection, overcurrent protection
· Support Fengrunda
patented technology RUN-Ring technology ring network self-healing time can
reach 10ms
· IP40 level
protection
· Operating
temperature: -40 ~ 75 °C
NS2024G 24-port
Gigabit Core Switch
· 4 Gigabit SFP
ports
· 24 Gigabit RJ45
ports
· Support RIP, OSPF,
static router, DHCP server, DHCP relay,
· Support VLAN, QoS,
ACL, STP, loop protection, IMGP, 802.1X
· Support IPv4/IPv6
· Support Web, CLI,
SNMP (V1/V2/V3)
DF5700-24G-4TF
10GLayer 3 Managed Switch
· 4 10G SFP+ ports
· 24 Gigabit RJ45
ports
· BCM high-end chip,
support Layer3 management
· Support RIP, OSPF,
static router, DHCP server, DHCP relay
· Support port
management, PoE management, link aggregation, STP, loop protection, IMGP,
802.1X
· Support IPv4/IPv6
· Support Web, CLI,
SNMP (V1/V2/V3)
