Fiber-optic communication lines are rightfully considered the fastest and most promising technology in the field of telecommunications and data transmission. The fiber-optic network has a high throughput, which is several times higher than the high-speed performance of copper data lines.

Also, the fiber optic network does not lend itself to the influence of magnetic fields, which makes it much more attractive than legacy copper-based networks.

Fiber-optic networks, which are developed by our company, provide signal transmission over long distances and exclude the possibility of large data loss.

This communication technology is becoming more promising, given that the capabilities of copper lines have almost reached their limits and can no longer provide the required speed and data transfer volumes for the needs of large corporate networks.

In addition, on the basis of optical networks, the specialists of NPO Sanprojectmontazh easily install and synchronize modern Wi-Fi networks, which are a technology for wireless data transmission. Wi-Fi access points are often combined into a large "infrastructure" with a large area coverage, creating a complete network.

Advantages of optical and Wi-Fi networks, accommodation facilities

NPO Sanproektmontazh installs optical networks in all types of buildings where it is necessary to carry out the Internet, telephone lines, cable TV and other infrastructure. Such networks can unite industrial enterprises, apartment buildings, several remote buildings and other objects.

Wi-Fi networks are installed in buildings where laying a cable network is impossible for technical reasons or impractical for other reasons. Such networks, as a rule, are located in public places with a large traffic of people: shopping centers, restaurants, Internet cafes, entertainment complexes, etc.

Among the advantages of optical networks that our company establishes:

High resistance to various kinds of interference and lack of reaction to a magnetic field;
Zero conductivity in the cable;
Laying for any required distances;
Highest throughput of all known communication lines;
Low loss rates and no need to install various signal amplifiers;
Easy system upgrades to increase throughput without cable replacement;
Durability and reliability.
The important advantages of Wi-Fi networks include:

No need to lay cables;
Low cost of deploying a wireless network;
Fast switching in roaming mode;
Ease of connection and uniform standards for connection and data transmission range for all countries.
The structure of Wi-Fi and fiber networks

The main structural elements of fiber-optic communication lines, which are designed and installed by our company, include:

Multiplexer, which is designed to divide and combine various data streams;
Regenerators. Designed for signal conversion and restoration;
Amplifiers for signal amplification;
Lasers, which create optical radiation and convert signals from electrical to optical form;
Modulators for wave modulation, in most networks this function is performed by a laser;
Photodiodes, which are responsible for signal conversion;
Optical cables are used for system communication and data transmission. They are available in various versions in terms of materials, degrees of protection and throughput;
Optical couplings - used to connect cables;
Optical crosses are used when terminating a cable to connect it to various types of active systems.
The structure of the Wi-Fi network includes only a base station, which creates an access point and drivers for it. Also, such networks can be equipped with special signal amplifiers.

Features and stages of designing fiber-optic communication lines and Wi-Fi networks

The very structure of a Wi-Fi network does not imply complex design stages. All the design of such networks comes down to the choice of a base station and its installation, depending on the required coverage radius and data transfer rate, as well as on the choice of the number of synchronized access points.

FOCL design is considered a more complex procedure and can cover many aspects, from the choice of equipment to the possibility of laying the cable in a specific building.

Upon receipt of an order for the design of fiber-optic communication lines in our company, the work is carried out in several stages:

Discussion of network requirements with the customer;
Departure of employees to the place of work for a preliminary assessment of the nuances of equipment installation and cable laying;
Installation work on cable laying;
Installation of cross-system components;
Testing equipment and putting the network into operation;
Connecting and testing all terminal network equipment.
Installation of fiber-optic and Wi-Fi networks

The company "Sanprojectmontazh" is engaged in the connection of fiber-optic lines and Wi-Fi networks, the development of innovative security systems, the professional installation of deratization complexes, alarms and other high-tech equipment.

Installation cost and order

The company "Sanprojectmontazh" is distinguished by affordable prices, the introduction of its own innovative developments and high professionalism, which is confirmed by thousands of satisfied customers.

A complete calculation of the cost of installing fiber-optic communication lines or Wi-Fi networks may depend on:

The scale of the network, the amount of equipment and cable used;
Network bandwidth;
The complexity of a single system and installation features;
Selected equipment;
System installation urgency.

For more information about: optic design