Greensboro, North Carolina is vibrant and has a skilled workforce and stunning natural beauty. This is a city of individuals who feel proud and committed to their culture.
Verizon is continuing to improve Greensboro’s network. It will provide you with top speeds and the most modern technology. Learn how to get connected to stay on the move.
1. 5G Ultra Wideband
In Greensboro, Verizon continues to improve our network to the highest quality. Customers can now experience high speeds and the best speeds available on the market.
By using 5G Ultrawideband, you can download a high resolution movie in a matter of seconds, and have virtually no lag during streaming online, gaming or video chat. That’s faster than public Wi-Fi and much better than older 4G networks.
The latest 5G version adds capacity to our network. It’s enabled by a combination of C-band spectrum and mmWave.
In addition, Verizon engineers have been using more C-band spectrum in areas where it’s available. Verizon will begin deploying 200 MHz after all its spectrum licenses are in place.
In order to meet the growing demand for data, Verizon engineers also built two macro cells in Greensboro. These cell sites connect with the remainder of the network via upgraded fiber optic cable links. This allows Verizon to move more data into and out of the cell sites, and eventually into your office or home.
2. Macrocell Sites
The wireless network infrastructure relies on macro cell sites, also known as cell towers. The Macro Cell sites (or “cell towers”) constitute a crucial part of the network, comprised of a number of smaller cells, or “nodes”. The sites may be set up outdoors and indoors to increase network coverage within densely populated regions.
The radio signals that Macrocells send out are far more effectively than smaller cells. They are also designed so that they are closer to the customers, both indoors as well as outdoors. It’s the location where the majority mobile data can be found. They are often found on utility poles and streetlights to form part of the infrastructure of cities.
Wireless operators can establish smaller cell sites, where they might be costly or difficult to make it feasible. In addition, small cells are able to boost the performance of mobile networks by shifting larger cell traffic on smaller ones and thereby increasing the speed of.
3. Fiber Optic Cable Improvements
In the wake of 5G Ultra Wideband and other wireless solutions, Verizon engineers have boosted the speed of connections made by fiber at many cellular sites in Greensboro in order to carry 10-fold the amount of data.
Companies must invest into high-end networks capable of supporting a wide range of functions and services due to the increasing bandwidth. However, the process of upgrading to fiber network can be as difficult like you think.
To ensure that they upgrade their systems successfully businesses must have an understanding of their current infrastructure in terms of its capabilities, needs and strategies. It will allow them to plan their next steps in a more precise manner and will save both time and money in the process.
When a business has an accurate understanding of the fibre network requirements and the applications it would like to link, it is able to begin to plan the process of upgrading. This will prevent the many complications that arise as businesses hurry to set up a new network infrastructure.
4. Additional Wireless Solutions
Verizon continues to upgrade Greensboro’s network as well as provide other services for customers and tourists. It includes bringing the latest 5G technology to a portion in the city as well as building two macro cell sites to increase coverage and capacity at Piedmont Triad International Airport.
It also cooperates together with local schools, helping students in middle schools by introducing its STEM Achievers programme. It runs throughout the year and combines science, engineering and maths activities. The program also provides tutoring and the chance to learn about STEM career options.
Fiber optic cables that have been upgraded will be required to link cell sites to switch centers due to the growing volume of data being transmitted over the Greensboro network. New connections permit data transfers to and from local mobile sites to increase by 10x.
