With a well-educated workforce as well as beautiful natural surroundings, Greensboro is one of the most fascinating cities in North Carolina. Greensboro is home to many diverse people who are deeply committed to their traditions.
Verizon continues to enhance Greensboro’s network. The result will be high-speed speeds and recent technologies. Learn how to be connected and stay connected!
1. 5G Ultra Wideband
All over Greensboro, Verizon continues to update our most reliable network. The highest speeds are currently available to our customers.
With 5G Ultra Wideband, you’ll be able to download a full-HD definition video in just a few seconds. You can also get near-zero latency when you’re online gaming, streaming or video chatting. This is more efficient than standard Wi WiFi and is more efficient than 4G networks.
5G’s latest release adds capacity to our network. This is due to the combination of spectrum from C-band and the mmWave.
Also, Verizon engineers have been deploying more C-band spectrum in locations where the spectrum is readily available. Verizon plans to launch 200 MHz after all its spectrum licenses are in place.
As well as these upgrades, Verizon engineers constructed two macro cell locations in Greensboro to increase capacity in order to meet ever-growing data requirements. These cell sites connect with the other parts of the network using modern fiber optic cable connections. This makes it possible for Verizon to transmit more information to and from the cell sites and ultimately into your home or office.
2. Macro Cell Sites
The wireless network infrastructure relies on macro cell sites, sometimes referred to cell towers. The Macro cell towers (or “cell towers”) constitute a crucial part of the network which consists of many smaller cells, also known as “nodes”. These could be set up outdoors and indoors to increase network coverage in densely populated areas.
The radio signals transmitted by macrocells are at more range than small cell phones, which are designed to work closer to users, both in the indoors as well as outdoors, where more than 80% mobile data is used. Due to this, the majority of them are placed on public streetlights or utility poles to form part of the city’s infrastructure.
Small cell technology enables wireless providers to establish mobile sites in places in which they would be expensive to operate or would lack the coverage that’s needed. Small cells can help boost mobile network performance by transferring large cell traffic to smaller cells and increase throughput.
3. Fiber Optic Cable Upgrades
Verizon engineers have increased the speed of numerous Greensboro wireless sites after implementing 5G Ultra Wideband along with other wireless solutions. These sites can now transmit 10 times more data.
The increased bandwidth has made it even more crucial for businesses to invest in high-performance networks capable of accommodating a range of different processes and applications. The process of the process of upgrading to fiber network is not always easy as you might think.
Companies must have an understanding about the state of their network , as well as their requirements for the future before they update. This will help them plan their next steps better and will save both time and money when they upgrade.
Once a company has a solid understanding of its broadband needs as well as the applications it plans to link, it is able to begin to plan the process of upgrading. This will help avoid potential complications that can arise from businesses trying to set up a network.
4. Additional Wireless Solutions
Verizon continues to enhance Greensboro’s network to provide additional services for wireless to better serve visitors and customers within the vicinity. It includes bringing the latest 5G technology to parts of Greensboro and also building two macro cell sites that will improve coverage and increase capacity at Piedmont Triad International Airport.
Through its STEM Achievers program The company collaborates with schools to provide middle school students with support. It is available all year program that integrates science, engineering and math-related activities. Additionally, it provides mentoring support as well as an opportunity to learn about STEM career options.
The increasing volume of data being transferred over the Greensboro network necessitates upgraded fiber optic cable connections between cell sites and switching centres. This new technology allows for 10-fold the amount of data to be transported to and from cellular sites throughout the region.
