A well-educated population as well as beautiful natural surroundings, Greensboro is one of the most fascinating cities in North Carolina. This is a community of residents who are proud of and passionate about their community.
Verizon is constantly upgrading Greensboro’s finest network. They bring customers the most efficient speeds as well as the most recent technologies. Find out how you can connect and remain in touch.
1. 5G Ultra Wideband
Through Greensboro, Verizon continues to upgrade our best network. Customers are now able to enjoy fastest speeds on the marketplace.
By using 5G Ultrawideband, you can download a 4K definition movie in seconds and have virtually no lag during streaming on the internet, playing games or video chatting. This is more efficient than the public Wi WiFi and is more efficient than 4G networks.
The network is upgraded to 5G, using the most recent version. This is made possible by a mixture of C-band and mmWave spectrum.
Also, Verizon engineers have been deploying more C-band spectrum in locations where the spectrum is readily available. Verizon is planning to deploy 200 MHz once all its spectrum licenses are available.
In order to meet the growing demand for data, Verizon engineers also built two macro cells within Greensboro. These cell sites connect to the other parts of the network using modern fiber optic cable connections. Verizon has the ability to transmit more data through these cell sites, and ultimately, into your home or workplace.
2. Sites Macrocell
Wireless network infrastructure is dependent on macro cell sites sometimes referred to cell towers. The Macro Cell sites (or “cell towers”) are a key part of the network made up of numerous smaller cells or “nodes”. These can be located indoors and out to enhance coverage for networks in areas with high density of population.
The radio signals transmitted by macrocells are at higher frequencies than smaller cells. They are specifically designed to connect to end users – both outside and indoors – where more than 80% mobile data usage is consumed. As a result, macrocells are typically placed in utilities poles and streetlights to form part of the city’s infrastructure.
Small cell technology lets wireless companies to put up cells in locations that would otherwise be too expensive or lack the coverage that’s needed. Small cells can help boost mobile network performance by transferring larger cell traffic on smaller ones and thereby increasing the speed of.
3. Fiber Optic Cable Improvements
Verizon engineers increased the bandwidth of numerous Greensboro cellular sites by implementing 5G Ultra Wideband and other wireless solutions. It is now possible to transfer 10 times more data.
Companies must invest into high-end networks capable of providing a broad range of processes and applications due to an increase in the speed of data. But, the process of upgrading to fiber network may not be as easy as you may think.
For a successful upgrade firms must first be able to have an understanding of their current network, its needs and future plans. This can help them determine their next steps in a more precise manner and will save both time and money when they upgrade.
An organization can begin planning the expansion once they have an understanding of exactly what its requirements for fiber networks are as well as the kinds of applications they wish to connect. It will avoid the potential difficulties that come with trying to establish a network.
4. Additional Wireless Solutions
Verizon continues to upgrade Greensboro’s best network with additional wireless options to meet the needs of customers and visitors in the region. This includes bringing 5G technology into areas of Greensboro, as well as creating two macro cells sites which extend the coverage of Piedmont Triad International Airport.
The company also works with local schools to support middle school students by introducing its STEM Achievers Program. The program runs all year and combines science, engineering and math-related activities. It also offers tutoring and the chance to gain knowledge about STEM jobs.
Upgraded fiber optic cables are required to link cellular sites with switching centres due to the growing volume of data being transmitted over the Greensboro network. New connections permit data transfers to and from the local cell sites to grow by 10x.
