5G network

Imagine a world where ultra-fast 5G internet is available anywhere on the planet – not just in cities, but in the most remote locations as well. A French start-up is on the verge of making this vision a reality with groundbreaking satellite technology that could revolutionize global connectivity.

This marks the first deployment of a standalone (SA) 5G network in the region, enabling advanced applications, automation, and enhanced efficiency in warehouse and industrial operations.

After years of sharp declines, the 5G network equipment market may finally be stabilizing. While major players like Ericsson and Nokia are seeing signs of recovery, Samsung is still struggling to regain momentum. However, new opportunities in the U.S. and Europe could turn the tide.

Shifting priorities prompt a move from Chinese tech amidst growing global concerns. Nokia is gradually taking a key role on the European market.

Ericsson’s report shows that 5G users at major events were 20% more satisfied than 4G users, and some are even willing to pay extra for “guaranteed, seamless connectivity”.

Each such tower can carry the equipment of up to four different telecoms, with HT being the first national operator to install antennas at the Ecopol in Gradići.

In this article, we look at how 5G technology is already improving latency and what we can expect with the arrival of 6G networks.

The improvements will provide three times more capacity, equivalent to what 33 towers would typically cover in downtown Toronto, ensuring a seamless experience for the tens of thousands of fans attending from November 14-16 and November 21-23.

European telecoms are aiming for 6G standards by 2029/2030, but Member States are slow in deploying 5G networks. This delay could affect other technologies, such as artificial intelligence.

The Croatian Regulatory Authority for Network Industries has published its latest analysis of the telecommunications market for Q2 2024.