Industrial CCTV Surveillance Transmission Solutions_Brellet Telecom - FTTx FTTH Fiber Optic Solutions and Products Provider

Industrial CCTV Surveillance Transmission Solutions

Brellet Telecom's Industrial CCTV Surveillance Transmission Solutions are specially designed for these industries such as petroleum, chemical, electric power, mining, smelting and so on. It adopts Brellet Telecom's self-developed Industrial Fiber Optic Switch for networking. High-quality hardware design meets industrial-grade design specifications. It also adopts mainstream mature industrial-grade chips from major international manufacturers, high-performance industrial-grade processors, industrial-grade power modules and aluminum alloy housings to ensure the industrial-grade quality of products. It supports -40~+85℃ working environment temperature, 5-year warranty, 6KV lightning protection, IP40 protection level, anti-vibration protection power supply design, good EMC electromagnetic compatibility performance, shock and vibration resistance. Our Industrial Switch can operate reliably and stably in harsh environments. Our Industrial CCTV Transmission Solutions are divided into Circle, Star and Line Application. In the actual network design process, it can be used in conjunction with a variety of networking methods.

Each networking method is introduced as below:

1. Line Application: multiple multi-optical and multi-electrical industrial switches are connected in series through optical fibers, which can be connected in multi-level series to save optical fiber resources.

2. Star Application: an all-optical switch is used as an aggregation switch and it is connected to multiple 1-optical multi-electrical or 2-optical multi-electrical industrial-grade switches for networking, which is suitable for application scenarios where monitoring points are scattered.

3. Circle Application: multiple multi-optical multi-electrical managed industrial switches form an fiber ring network, which can provide redundant fiber link protection. It can form different forms of ring networks according to actual needs. It is suitable for application scenarios with high stability requirements.

4. Hybrid Application: according to the actual application scenario, the above three networking methods can be used in combination.