Tajikistan and Uzbekistan continue to work together to regulate mobile signals in border areas. In June, at the invitation of the Communications Service under the Government of Tajikistan, specialists from the Center for Electromagnetic Compatibility of the Republic of Uzbekistan visited the country and conducted technical work jointly with experts from the Single State Enterprise "Center for Electromagnetic Compatibility and Radio Monitoring" of the Communications Service of Tajikistan.
According to the press service of the Communications Service of Tajikistan, the main goal of the cooperation is to ensure electromagnetic compatibility and regulate the amplification levels of mobile signals in the border regions of the republic.
As part of the joint effort, specialists from both countries monitored the radio frequency spectrum in the 2300 MHz band and identified and measured the sources of mobile signals entering border areas. These measurements allowed them to determine the level of interference from neighboring countries' mobile signals and develop measures to improve mobile service quality.


Following the technical work, the parties concluded that continuous synchronization of mobile network parameters between the two countries could help reduce interference and improve communication quality in border areas.
As a result of this collaboration, technical parameters of mobile networks were harmonized, and joint solutions for reducing mobile signal interference were developed. These measures are primarily aimed at improving connection quality in the cities of Tursunzade, Shahrinav, and Gissar.
The Communications Service noted that such joint technical events are crucial not only for the stable operation of mobile networks but also for the development of regional cooperation in information and communications technology. Furthermore, this initiative creates the foundation for the implementation of new digital projects and strengthens cooperation in the telecommunications infrastructure of the two countries.






































