US Cellular (USM) & Ericsson Test 5G Drone Connectivity-2022 June 23

United States Cellular Corporation ((((USM ―――― Free report) is cooperating with Ericsson ((((ERIC ―――― Free Report) Test the effectiveness of 5G network connections on high altitude drones. The first test of this kind has the potential to sow future uses of drone technology in a variety of areas by leveraging ultra-fast 5G networks for real-time image and data sharing.

The first test was conducted by retrofitting a 5G smartphone and RF measuring equipment between two commercial 5G towers at US Cellular in Beloit, Wisconsin. This allowed us to capture key performance metrics such as signal strength and quality, upload and download speeds, and delays during flight at various altitudes. This test provided important data using both low-bandwidth and high-bandwidth spectra to help analyze network connections and airborne data velocities. This makes it easier to measure the underlying factors that affect the 5G connectivity of connected drones compared to data rates at the ground level.

Drones connected to 5G networks make it relatively easy to reach areas beyond the line of sight, providing real-time video that is livestreamed over the US Cellular network, making difficult areas to reach. Make on-site inspections more efficient. Cost-effective. These tests help improve 5G network connectivity through hardware support and nodes and devise appropriate procedures for better capturing signals and sending them to ground-level receptors. May be useful.

Last month, US Cellular Nokia Corporation ((((NOK ―――― Free Report) and Ericsson have extended a multi-year 5G expansion agreement with telecommunications equipment vendors. This agreement has the potential to accelerate the deployment of US Cellular’s C-band spectrum, increase network speeds, reduce latency, and increase nationwide coverage.

Radio waves in the 3.7 GHz to 4.2 GHz region of the spectrum (widely known as the C band) are superior to millimeter waves, which are short distances and require dense sites to achieve coverage. It provides a large bandwidth with propagation characteristics. This is considered a valuable asset for carriers who do not have a significant midband spectrum. US Cellular aims to improve its 5G footprint by deploying the recently acquired C-band and 3.45GHz spectrum.

Nokia offers 5G RAN (Radio Access Network) solutions from its leading AirScale portfolio, covering a wide range of dense urban areas. AirScale Radio Access products offer low latency, high capacity mobile connectivity at low cost of ownership. These can be easily upgraded through software updates, reducing network complexity. Nokia will help US Cellular unlock the great potential of 5G by introducing industry-leading software, 5G RAN and IP backhaul solutions into this project. Carriers are also looking to deploy Ericsson’s intelligent antenna integrated radio unit and uplink booster for minimal fronthaul consumption.

With the help of these state-of-the-art equipment, US Cellular aims to provide superior 5G services by the end of 2023 and strengthen its position as a leading service provider in the country.

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