Atmospheric optical data transmission lines are used to organize communication between municipal and administrative buildings, hospitals, police departments, banks. Due to the quick installation, it is possible to deploy temporary communication channels immediately. This allows you to create and manage temporary local area networks created specifically for public events.
Optical communication can be used to create an operational wireless network for government and military purposes, which will remain operational even in radio silence (it is impossible to suppress or intercept the signal).
Internet service providers and mobile operators are faced with the fact that the use of cables and obtaining radio frequency permits requires painful and lengthy negotiations, which are not always feasible. Sometimes the use of cables is simply impossible or too expensive - especially in the city center, on busy highways, in historic streets and squares.
Unlike other wireless solutions, it does not use radio frequencies. In this technology a laser (1550nm), which is absolutely safe for humans (class M1), is used for transmission.
Therefore, you will not face the same difficulties that arise during the operation of RRL devices. It is important to mention that there is no Fresnel zone, there is no need for radio planning, and weather conditions do not affect the characteristics of the channel.Benefits
- Fast and easy installation
- High bandwidth (up to 30-40 gigabits per second)
- Ultra-low latency
- The use of a laser with a wavelength of 1550nm makes the equipment absolutely safe for the human eye (class 1M)
- Atmospheric optical data transmission lines do not require a license to use radio frequencies
- The impossibility of interrupting the communication channel and intercepting data
Atmospheric optical data transmission lines are used to organize wireless communication channels for various purposes: from creating temporary communications and deploying a local network for private companies, banks and government agencies, to using equipment as a "transport" (backhaul / fronthaul) between base stations in networks 4G LTE and 5G.