TENGIZCHEVROIL DATA TRANSMISSION SYSTEM FOR WAREHOUSE BARCODE PROJECT

AVENCOM works volume	Project description
Plan of the location of the devices of the data transfer system based on bar codes; Logical diagram of the system; Тechnical description of the configuration of the system of switching using external/internal antennas and fibre-optic means; Plan of the location of telecommunications devices; Plan of the location of conventional wavelength division multiplexing (CWDM) devices; List of materials and equipment for the data transfer system based on bar codes. Development of documents defining the amount of work to install fibre-optic and copper telecommunication lines. Products Used: Cisco Systems, RAD Data APC	In the implementation of this project the following problems were solved: provision of a high rate on the radio channels; coverage of the specified area; possibility of simultaneously working with several clients; possibility of filtering traffic and the provision of secure wireless access to controller devices; Our engineering group studied the specific documentation of the elements of the network to be installed and familiarized themselves with them onsite. Then the coverage zones of the access points were calculated, which permitted the determination of the optimal number of them and their locations.

AVENCOM works volume

Project description

Plan of the location of the devices of the data transfer system based on bar codes;
Logical diagram of the system;
Тechnical description of the configuration of the system of switching using external/internal antennas and fibre-optic means;
Plan of the location of
telecommunications devices;
Plan of the location of conventional wavelength division multiplexing (CWDM) devices;
List of materials and equipment for the data transfer system based on bar codes.
Development of documents defining the amount of work to install fibre-optic and copper telecommunication lines.

Products Used:

Cisco Systems,
RAD Data
APC

In the implementation of this project the following problems were solved:

provision of a high rate on the radio channels;
coverage of the specified area;
possibility of simultaneously working with several clients;
possibility of filtering traffic and the provision of secure wireless access to controller devices;

Our engineering group studied the specific documentation of the elements of the network to be installed and familiarized themselves with them onsite. Then the coverage zones of the access points were calculated, which permitted the determination of the optimal number of them and their locations.