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Verizon Expands 5G Coverage

Today, Verizon announced expansions of its 5G coverage.

More low-band 5G coverage

Verizon’s low-band 5G, 5G Nationwide in Verizon’s parlance, now covers about 25 million additional people. Here’s an excerpt from Verizon’s press release:

Verizon announced continued expansion of its 5G Nationwide service to millions more customers throughout Central Texas, Tulsa, OK, Upstate New York, and the New England area, bringing the total to 230 million people able to access Verizon’s 5G capabilities and benefits in over 2,700 cities.

New millimeter wave cities

Verizon added millimeter wave 5G to parts of four additional cities:

  • Tampa
  • St. Petersburg
  • Albuquerque
  • Durham

The additions bring the total number of cities with some millimeter wave coverage from Verizon to 61.

Verizon is also claiming to have millimeter wave coverage in parts of 48 stadiums. I’m not sure which stadiums Verizon added, but I believe Verizon’s count of stadiums increased by 5 since the company last shared a number publicly.

Carrier aggregation

Verizon’s press release included some boasting about the network operator’s carrier aggregation capabilities:

Using advanced technology called Carrier Aggregation, Verizon’s 5G Ultra Wideband network is reaching 4 Gbps peak speeds in some locations. This technology combines multiple channels of spectrum to provide greater efficiency for data sessions transmitting over the wireless network. Verizon combined eight separate channels of mmWave spectrum to achieve multi-gigabit speeds in parts of some cities. Using this technology, customers can see double the download speeds they have historically experienced on 5G Ultra Wideband, with peak speeds up to 4 Gbps possible in some locations. Customers will also see a boost in speeds with two carrier aggregation now available for uploads.

You can check Verizon’s 5G coverage at your location with the company’s interactive coverage map. For more details about Verizon’s 5G coverage and strategy, see my dedicated article.

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