Sailimu Lake Scenic Area; The area is vast, with scattered areas such as lakes, boardwalks, parking lots, and tourist gathering areas, making it difficult for traditional monitoring equipment to achieve full coverage; And the environment of the scenic area is harsh, with extreme temperature differences (the lowest in winter is -30 ℃, and the highest in summer is over 30 ℃), strong winds, dust, strong ultraviolet rays, etc., which require extremely high equipment stability. At the same time, massive monitoring data needs to be transmitted and analyzed in real time, which traditional network bandwidth and transmission efficiency cannot meet. The scenic area urgently needs a stable, efficient, and intelligent monitoring system.
1. Long distance transmission
In larger scale networks, multiple switches need to be cascaded to extend transmission distance, which increases costs and only addresses the symptoms without fundamentally solving the problem
2. High data transmission rate
With the continuous development of surveillance technology, the application of high-definition and even ultra high definition cameras is becoming more and more widespread, requiring the simultaneous transmission of data by a large number of high-definition cameras
3. High flexibility and reliability
Simple networking, few nodes, able to cope with complex and changing monitoring environments and requirements
4. Remote power supply
Resolve the issue of remote security equipment being unable to access power locally
1. Site installation engineering drawing
2. Field installation test diagram
High density access, easy to build and manage
Rich and diverse ONU flexible deployment in all scenarios
High safety and reliability
Remote power supply
Comprehensive cost reduction
Multi business and flexible expansion
Dealing with harsh environments
Optoelectronic fusion saves costs