List of LTE networks in the United States and globally

LTE networks are a crucial part of modern telecommunications, and understanding the different networks available is essential for staying connected.

Verizon Wireless, one of the largest LTE networks in the United States, offers coverage to over 98% of the population.

T-Mobile's LTE network, on the other hand, covers over 99% of the US population, making it a strong contender for those looking for reliable coverage.

Globally, China Telecom's LTE network is one of the largest, covering over 200 million subscribers across the country.

For more insights, see: TV One (American TV Channel)

In Asia, LTE networks are already widely available. List of LTE networks in Asia provides a comprehensive overview of the region's LTE deployment.

In Africa, several countries have launched LTE services. Angola's Movicel launched LTE in April 2012 on the 1800 MHz frequency, while Unitel launched in December 2012 on the 2100 MHz frequency.

In South Africa, Neotel launched LTE in trial mode in 2013 on the 800 MHz frequency. MTN South Africa launched LTE in December 2012 on the 1800 MHz frequency.

Here's a list of some of the African countries with LTE networks:

These are just a few examples of the many countries and operators that have launched LTE services in Africa and Asia.

French Overseas Territories (CEPT) have been rapidly adopting LTE technology. Orange Caraibe, one of the leading operators, launched LTE Cat. 16 services on the 800 MHz band in August 2019, with 10 MHz bandwidth and 4×4 MIMO.

Orange Caraibe's 1800 MHz band was also upgraded to LTE Cat. 16 in December 2016, with 20 MHz bandwidth and 4×4 MIMO. This allowed for faster data speeds and improved coverage.

The 2600 MHz band was also upgraded to LTE Cat. 16 in December 2016, with 20 MHz bandwidth and 4×4 MIMO. This upgrade enabled faster data speeds and improved network performance.

SFR Caraibe, another leading operator, launched LTE Cat. 15 services on the 800 MHz band in September 2018, with 10 MHz bandwidth and 4×4 MIMO. The 1800 MHz band was also upgraded to LTE Cat. 15 in August 2020, with 20 MHz bandwidth and 4×4 MIMO.

Here's a summary of the LTE deployments in French Overseas Territories (CEPT):

These upgrades have significantly improved the LTE network experience in French Overseas Territories (CEPT), enabling faster data speeds and better coverage for residents and visitors.

Global LTE networks are expanding rapidly across the globe. Asia is a major hub for LTE adoption, with many countries having already launched their networks.

In Africa, several countries have also rolled out LTE services. For instance, Angola's Movicel launched its LTE network in April 2012, using a frequency of 1800 MHz and FDD duplex mode. Unitel, another Angolan operator, followed suit in December 2012, using the same frequency and duplex mode.

Here's a list of some African countries with LTE networks:

Oceania is home to some of the world's most advanced LTE networks. Optus was the first to launch VoLTE in May 2016, followed by Telstra in September 2015 and TPG (VHA) in January 2016.

Optus has made significant upgrades to its network, with 20 MHz of bandwidth available since February 2017. Telstra has also expanded its network, reaching 100 MHz of bandwidth in September 2018. TPG (VHA) offers a range of bandwidth options, including 5-20 MHz and 10 MHz.

Worth a look: Dynamic Bandwidth Allocation

The most widely available LTE bands in Oceania are B3, B7, and B28. Optus and Telstra have nationwide coverage for these bands, while TPG (VHA) has nationwide coverage for B5 and B28. Here is a summary of the LTE bands available in Oceania:

The availability of LTE bands can vary depending on the region, so it's essential to check with your operator for specific information.

In the United States, major carriers like AT&T, Sprint, T-Mobile, and Verizon hold various Cellular Market Area (CMA) and/or Economic Area (EA) licenses for the AWS 1700 band.

These licenses allow them to increase bandwidth for their LTE deployments in several small regional areas.

AT&T holds licenses for the PCS 1900 band in various Major Trading Area (MTA) and/or Basic Trading Area (BTA) areas.

T-Mobile holds licenses for the PCS 1900 band in 173 of 175 areas, with the remaining two areas set to be refarmed for 5G NR by June 2022.

Curious to learn more? Check out: Storage Area Network

Verizon holds licenses for the PCS 1900 band in various BTA/MTA areas.

Liberty, a carrier in Puerto Rico and the U.S. Virgin Islands, holds licenses for the PCS 1900 band in various BTA/MTA areas.

Claro, a carrier in Puerto Rico, holds licenses for the PCS 1900 band in various EA areas.

The AWS 1700 band is used for LTE deployments in various Cellular Market Area (CMA) and/or Economic Area (EA) areas by AT&T, T-Mobile, and Liberty.

T-Mobile holds a 5 MHz license for the AWS 1700 band in a CMA area, while AT&T holds a 5-20 MHz license in a CMA/EA/REAG area.

Liberty holds a 10 MHz license for the AWS 1700 band in an EA area.

The PCS 1900 band is used for LTE deployments in various Major Trading Area (MTA) and/or Basic Trading Area (BTA) areas by AT&T, T-Mobile, and Verizon.

Take a look at this: Wide Area Network

T-Mobile holds a 5-20 MHz license for the PCS 1900 band in a CMA/EA/REAG area.

Verizon holds a 10-20 MHz license for the PCS 1900 band in a BTA/MTA area.

Liberty holds a 15 MHz license for the PCS 1900 band in a BTA/MTA area.

Claro holds a 15 MHz license for the PCS 1900 band in an EA area.

US LTE Networks are a vital part of modern communication, and in the United States, several major carriers offer LTE services. AT&T, Sprint, T-Mobile, and Verizon are the major US carriers that provide LTE services, along with Liberty and Claro in Puerto Rico and the US Virgin Islands.

These carriers have different LTE deployment strategies, with some using the AWS 1700 band and others using the PCS 1900 band. For example, AT&T uses the AWS 1700 band in several small regional areas, while T-Mobile uses the PCS 1900 band in its LTE deployments.

Here's a brief overview of the LTE deployment strategies used by some of the major US carriers:

These are just a few examples of the LTE deployment strategies used by some of the major US carriers. Each carrier has its own unique approach to providing LTE services, and it's essential to understand these strategies to stay connected in today's digital world.

The US Band Plan is a complex system, but I'll break it down for you in simple terms.

AT&T, Sprint, T-Mobile, and Verizon are the major US carriers, and they each hold various licenses for different frequency bands.

AT&T has a strong presence in the AWS 1700 band, with licenses in several Cellular Market Areas (CMAs) and Economic Areas (EAs). They also have licenses in the PCS 1900 band, with a mix of Major Trading Areas (MTAs) and Basic Trading Areas (BTAs).

T-Mobile has a significant presence in the PCS 1900 band, with licenses in many CMAs and EAs. They also have licenses in the AWS 1700 band, with a mix of CMAs and EAs.

Verizon has licenses in the PCS 1900 band, with a mix of CMAs and EAs. They also have licenses in the AWS 1700 band, with a mix of CMAs and EAs.

Here's a summary of the major US carriers' licenses in the AWS 1700 and PCS 1900 bands:

The US Band Plan is complex, but understanding the major carriers' licenses can help you navigate the system.

Verizon's LTE in Rural America Program has partnered with several third-party operators to provide LTE coverage in rural areas. Appalachian Wireless launched its LTE network in June 2013.

Several operators use the USMH 700 Block C License (band 13) for their LTE networks. These include Bluegrass Cellular, which launched in November 2012, and Cellcom, which launched in April 2012.

Pioneer Cellular was one of the first to launch its LTE network, in April 2012. MTPCS / Cellular One and Sprocket Wireless (Cross Telephone) both launched their LTE networks in November 2012.

Discover more: Routing in Cellular Networks

Some operators have launched their LTE networks more recently, such as Carolina West Wireless, which launched in November 2014. Others, like Sagebrush Cellular (Nemont) and Triangle Communications, have not yet announced a launch date.

Here is a list of some of the third-party operators using Verizon's LTE network:

AT&T has also partnered with its subsidiaries to provide LTE coverage. Cricket Wireless, a subsidiary of AT&T, launched its LTE network in December 2011.

T-Mobile has also partnered with its subsidiaries and affiliates to provide LTE coverage. Metro by T-Mobile, a subsidiary of T-Mobile, launched its LTE network in May 2013.

Verizon's LTE in Rural America Program has partnered with several third-party operators to provide LTE services using the USMH 700 Block C License (band 13).

Appalachian Wireless launched its LTE service in June 2013.

Bluegrass Cellular was one of the first to launch its LTE service in November 2012.

Cellcom launched its LTE service in April 2012.

You might like: PBS Satellite Service

Carolina West Wireless launched its LTE service in November 2014.

Chariton Valley Telephone Corporation launched its LTE service in September 2012.

Chat Mobility launched its LTE service in May 2013.

Copper Valley Telecom launched its LTE service in September 2013.

Custer Telephone Cooperative launched its LTE service in July 2013.

Ketchikan Public Utilities launched its LTE service in May 2014.

Matanuska Telephone Association launched its LTE service in September 2013.

Mid-Rivers Communications launched its LTE service in December 2013, and it's a part of the FWB network.

MTPCS / Cellular One launched its LTE service in November 2012.

Northwest Missouri Cellular (NorthWest Cell) launched its LTE service in May 2013.

Pioneer Cellular launched its LTE service in April 2012.

S and R Communications launched its LTE service in November 2013, and it's a part of the FWB network.

Sagebrush Cellular (Nemont) is missing its launch date.

Sprocket Wireless (Cross Telephone) launched its LTE service in November 2012.

Strata Networks launched its LTE service in November 2012.

See what others are reading: Cellular Network

Thumb Cellular (Agri-Valley Communications) launched its LTE service in January 2013.

Triangle Communications is missing its launch date.

Wireless Partners is also missing its launch date.

AT&T has a subsidiary, Cricket Wireless, which launched its LTE service in December 2011.

T-Mobile has several subsidiaries and affiliates that use its LTE network, including Metro by T-Mobile, which launched its LTE service in May 2013, and Shentel, which launched its LTE service in November 2012.

Dish has a subsidiary, Boost Mobile, which launched its LTE service in February 2013.

LTE networks use a wide range of frequencies, including the 700 MHz, 800 MHz, 1700 MHz, 1800 MHz, 1900 MHz, 2100 MHz, 2300 MHz, 2500 MHz, and 2600 MHz bands.

These frequencies allow for fast data speeds and widespread coverage. Many countries around the world have already implemented LTE networks, making high-speed internet accessible to millions of people.

In the United States, major carriers like Verizon, AT&T, and T-Mobile offer LTE services, providing users with a seamless and fast internet experience.

A fresh viewpoint: Internet Shopping Network

Several companies are using the Verizon LTE in Rural America Program, which utilizes the USMH 700 Block C License (band 13). This includes Appalachian Wireless, Bluegrass Cellular, and Cellcom.

Appalachian Wireless launched its LTE network in June 2013. Bluegrass Cellular launched in November 2012, followed by Cellcom in April 2012.

Carolina West Wireless launched its LTE network in November 2014. Chariton Valley Telephone Corporation launched in September 2012. Chat Mobility launched in May 2013.

Copper Valley Telecom and Custer Telephone Cooperative both launched their LTE networks in September 2013. Ketchikan Public Utilities launched in May 2014. Matanuska Telephone Association also launched in September 2013.

Mid-Rivers Communications launched in December 2013. MTPCS / Cellular One launched in November 2012. Northwest Missouri Cellular (NorthWest Cell) launched in May 2013.

Pioneer Cellular launched its LTE network in April 2012. S and R Communications launched in November 2013. Sagebrush Cellular (Nemont) is listed as having a launch date of unknown.

Take a look at this: Telephone Network

Sprocket Wireless (Cross Telephone) launched in November 2012, along with Strata Networks. Thumb Cellular (Agri-Valley Communications) launched in January 2013. Triangle Communications and Wireless Partners are listed as having unknown launch dates.

AT&T has several subsidiaries using its LTE network, including Cricket Wireless. Cricket Wireless launched in December 2011 and is a subsidiary of AT&T.

T-Mobile has several subsidiaries and affiliates using its LTE network, including Metro by T-Mobile and Shentel. Metro by T-Mobile launched in May 2013 and is a subsidiary of T-Mobile. Shentel launched in November 2012 and is an affiliate of T-Mobile.

Here's a list of some of the third-party users and spectrum sublessees mentioned in the article:

The LTE network information is divided into several key sections, including General information, Africa, Americas, Asia, Europe, Middle East, and Oceania.

Africa is one of the regions covered in the article.

Americas is another region that is discussed.

Asia is also covered, offering valuable insights into the LTE network.

For more insights, see: List of LTE Networks in Asia

Europe is a significant region when it comes to LTE networks, with its own set of information.

The Middle East is also included in the article, providing details on the LTE network in this region.

Oceania is the final region covered in the article.

If you're interested in technical details on LTE and its designated operating frequencies, bands, and common names, you can check out the LTE Frequency bands section.

Here's a breakdown of the LTE frequency bands: