Verizon’s 5G Upgrade: What it Means for Greensboro Residents
Greensboro, North Carolina is vibrant and has an educated workforce and breathtaking natural beauty. This is a community of residents who are proud of and committed to their culture.
Verizon continues to enhance Greensboro’s network. It will provide you with the best speeds and most recent technologies. Learn how to get connected and stay connected!
1. 5G Ultra Wideband
Verizon continually improves their network, especially in Greensboro. Customers will now enjoy top speeds in the industry.
You can stream videos in 4K or play online games and even chat with your buddies with 5G Ultra Wideband. That’s faster than public Wi-Fi and much better than older 4G networks.
This latest version of 5G is also bringing capacity to our network. This is possible thanks to mixing C-band spectrum and the mmWave.
In addition, Verizon engineers are deploying C-band spectrum more often in places where it is available. As soon as all the licensed spectrum is released, Verizon plans to deploy as high as 200 MHz across many areas.
To accommodate the increasing demand for data, Verizon engineers also built two macro cell sites located in Greensboro. These cell sites connect with the rest of the network with upgraded fiber optic cable links. Verizon will now be able to transfer more data over these cell sites, as well as eventually to your house or workplace.
2. Sites for Macrocells
Micro cell sites (cell towers) are vital to the wireless infrastructure for networks. They’re the central component of the network, which is comprised of numerous smaller cells, or “nodes.” These nodes can be found both indoors and outdoors in order to improve coverage and efficiency in overcrowded urban areas.
The radio signals that Macrocells send out are much more efficiently than small cells. Additionally, they are designed to be closer to users, both outdoors and indoors. It’s the location where the majority of mobile data is utilized. This is why macrocells are typically placed in utility poles, streetlights, or public roads to form part of the city’s infrastructure.
Wireless operators can establish small-sized cell sites when it would otherwise prove prohibitively costly or not be feasible for them to deploy it. Furthermore, small cell technology could help improve mobile network efficiency by moving large cell traffic to smaller ones and thereby increasing the speed of.
3. Fiber Optic Cable Updates
Verizon engineers increased the bandwidth of numerous Greensboro cell sites through the implementation of 5G Ultra Wideband as well as various other wireless technologies. These sites can now transmit 10 times more data.
The business world is in need of investing in networks that are high-performance and capable of serving a range of processes and applications due to the increase in bandwidth. The process of upgrading to a fiber network isn’t always as simple as it might appear.
In order to successfully upgrade the company must first get the full picture of their current network as well as its requirements and strategies. It allows them to make better plans and reduce costs.
It is possible for a company to design the change once it has an in-depth understanding of the requirements for its fiber network are as well as the kinds of applications they wish to join. It will avoid the potential issues that arise when businesses attempt to build a network infrastructure.
4. Additional Wireless Solutions
Verizon continues to update Greensboro’s best network with additional services for wireless to better serve customers and visitors in the vicinity. They include introducing 5G technology to areas of the city, and developing two macrocells that will expand coverage to Piedmont Triad International Airport.
It also cooperates together with local schools, helping middle schoolers by introducing its STEM Achievers program. It runs throughout the year program that integrates science, engineering and maths activities. The program also provides the support of mentors and an opportunity to gain knowledge about STEM jobs.
Modern fiber optic cables are required to link cellular sites with switching centers due to the increasing amount of data that Greensboro’s network can handle. New connections enable an increase of 10 times information to be transmitted across and between cell sites within the region.