en.Wedoany.com Reported - On July 2, Lithuanian telecom operator Telia Lietuva announced an investment of 7.1 million euros to expand 5G network coverage and upgrade approximately 500 mobile communication base stations. The project covers major cities including Vilnius, Kaunas, Klaipėda, Šiauliai, and Panevėžys, as well as surrounding areas, with a focus on enhancing mobile internet capacity, network stability, and high-speed data transmission capabilities.
The core of this information and communication news is not capital market moves, but the operator's continued densification of the 5G radio access network. Base station upgrades typically involve radio frequency units, antenna systems, baseband processing equipment, transmission links, power systems, and site supporting modifications. From the user's perspective, this translates to faster network speeds, quicker video loading, and more stable mobile office operations; on the network side, the real changes lie in cell capacity, spectrum utilization efficiency, reinforcement of weak coverage areas, and carrying capacity during peak hours.
The approximately 500 base stations that Telia Lietuva plans to upgrade this time primarily serve urban and densely populated areas. As 5G network construction enters its mid-to-late stages, operators are no longer solely focused on "whether there is a 5G signal," but are more concerned with hotspot area capacity, continuous indoor and outdoor coverage, experience at transportation nodes, and enterprise customer access quality. Shopping malls, office buildings, transportation corridors, industrial parks, residential areas, and large event venues demand higher concurrent connections and uplink capabilities from mobile networks, making it difficult for early macro station coverage alone to meet long-term growing data traffic.
The 5G network upgrade in Lithuania is also linked to changes in digital service usage habits. High-definition video, cloud gaming, remote conferencing, mobile office, IoT devices, and enterprise cloud applications all increase the load on mobile networks. For operators, upgrading base stations involves not only replacing equipment but also re-planning frequencies, optimizing cell handovers, adjusting backhaul links, and configuring network resources based on traffic models in different areas. The true effectiveness of a 5G network depends on the coordination between the radio access, transport network, and core network.
Such projects drive actual demand in the communication equipment supply chain. Mobile base station upgrades involve 5G radio equipment, antennas, filters, optical modules, power modules, cabinets, backup power systems, transmission equipment, and network optimization services. If some sites have insufficient backhaul capacity, fiber connections or transmission bandwidth need to be reinforced. For engineering service providers, base station renovations also include site surveys, equipment installation, power supply checks, parameter tuning, field testing, and subsequent maintenance.
Telia Lietuva's project has clear objectives: expand 5G coverage, upgrade 500 base stations, and enhance mobile network capabilities in major cities and surrounding areas. Compared to building a new network, upgrading an existing one tests the operator's refined construction capabilities, as modifications must proceed without interrupting user services, while also addressing the replacement of old equipment, site space, power conditions, and construction windows. Once the base stations are upgraded, network capacity and user experience will be directly reflected in daily video streaming, cloud service access, mobile office, and enterprise connectivity scenarios.
