Vodafone. AMAZING ANNOUNCEMENT for 4G and 5G Networks

Vodafone. A stunning announcement was made regarding the 4G and 5G networks of the mobile operator, here's what a huge change is in store.

Vodafone channel

Vodafone. One of the largest telecom groups in the world has found an amazing solution to improve 4G connectivity and provide high-quality 5G services for customers using its services. More precisely, those from Vodafone intend to use the canal mouths of the cities' infrastructure to place GSM antennas that will substantially improve the signal strength of the current 4G networks, and provide a strong signal for the 5G ones.

Vodafone. At the moment, the mobile phone operator is testing this unique solution in Great Britain, using both the sewage infrastructure of a city and various of its own locations in Great Britain. The solution found by Vodafone is easier to put into practice compared to placing antennas on various tall buildings, and by using it the infrastructure in very congested areas of cities can be substantially improved.

Vodafone. AMAZING ANNOUNCEMENT for 4G and 5G Networks

Vodafone channel 4g 5g

Vodafone. Each antenna mounted in a canal mouth can cover an area of ​​approximately 200 meters with a lower energy consumption than in the case of current antennas, and they can be used in the future for 5G as well. Those from Vodafone have a series of their own channel mouths bought together with a British company in 2012, but they also want to use those of local municipalities, plus various fixed elements of the infrastructure for fixed telephony, so they have very big plans for the future .

Vodafone. This is the first mobile operator to announce that it will use channel mouths to improve GSM 4G and 5G infrastructure for customers around the world, so it is possible that we will see other bold ideas from here. Those from Vodafone intend to implement this plan starting next year, so in time for the future 5G networks that will be launched throughout the country, but they would be the only operator that would use such an infrastructure.