Greensboro, North Carolina is an exciting city that has an experienced workforce as well as stunning natural landscapes. Greensboro is home to an array of people who are deeply committed to their heritage.
Verizon continues to enhance the Greensboro network. It will provide you with the fastest speeds as well as the most modern technology. Find out how you can connect and stay in touch.
1. 5G Ultra Wideband
Verizon continues to upgrade the network it operates in Greensboro. The most efficient speeds are available currently available to our customers.
It’s possible to stream video in 4K and play games online as well as chat with friends with 5G Ultra Wideband. It’s faster than standard Wi Fi , and more reliable than 4G networks.
The network we have been using has been upgraded to 5G using the most recent version. It is made possible by the combination of spectrum from C-band and the mmWave.
Furthermore, Verizon engineers are deploying C-band spectrum more frequently in areas where it’s available. Verizon is planning to deploy 200 MHz when all of its spectrum licenses are in place.
In order to meet the growing demand for data, Verizon engineers also built two macro cell sites located in Greensboro. The new fiber optic cables connecting these cell sites with the rest of the network makes these sites possible. Verizon is now able to carry more information through these cell sites, which eventually extending into your home or workplace.
2. Sites for Macrocells
The wireless network infrastructure relies on macro cell sites often referred to as cell towers. The macro cells (or “cell towers”) constitute a crucial component of the network comprised of a number of smaller cells, or “nodes”. These may be installed indoors or outdoors to improve coverage of networks within densely populated regions.
They can send radio signals far more effectively than smaller cells. They’re also made to make them more accessible to people, in the indoors and outdoors. That’s where the majority mobile data is utilized. They’re typically found in streetlights, utility poles, and other light sources in the infrastructure of cities.
Wireless providers can set up tiny cell sites in areas where they would otherwise be prohibitively expensive or impossible to make it feasible. Small cell technology can improve the performance of mobile networks through offloading the traffic of macro cells onto their smaller cells and thus increasing the speed of transmission.
3. Fiber Optic Cable Improvements
Verizon engineers have increased the speed of a number of Greensboro cell sites through the implementation of 5G Ultra Wideband as well as various other wireless technologies. The technology can carry 10 times more information.
Companies must invest in networks that are high-performance and capable of accommodating a variety of applications and processes due to the increased the speed of data. But, switching to fiber-based networks isn’t as simple like you think.
Businesses must be aware about the state of their network as well as its requirements for the future before they improve their network. This will help them better plan their plans and to save money.
The company will be able to plan for an upgrade after having an understanding of exactly the requirements for its fiber network include and the applications they wish to join. This will help avoid potential issues that arise when businesses attempt to build a network infrastructure.
4. Additional Wireless Solutions
Verizon continues to enhance the Greensboro network, and also provide additional services for customers and tourists. This includes bringing 5G technology to areas of the city and the creation of two macro cell sites which will extend coverage to Piedmont Triad International Airport.
Through the STEM Achievers program The company collaborates with schools to help middle school students. It is available all year that combines engineering, science and math-related activities. The program also provides the support of mentors and an opportunity to explore STEM career options.
Modern fiber optic cables are needed to connect cellular sites to switching centers because of the increase in volume of data being transmitted over the Greensboro network. These new connections allow the transfer of data between and to the local cell sites to grow by 10x.
