American telecommunications company
T-Mobile US logo
T-Mobile's headquarters in Bellevue, Washington
|Founded||1994; 27 years ago (1994) (as VoiceStream Wireless PCS)|
September 2, 2001; 20 years ago (2001-09-02) (as T-Mobile US)
|Founder||John W. Stanton|
|Headquarters||Bellevue, WashingtonOverland Park, Kansas|
Number of locations
13,300 exclusive 3rd party
4,600 non-exclusive 3rd party)
|Neville Ray (President of Technology)|
|Revenue||US$68.397 billion (2020)|
|US$5.309 billion (2018)|
|US$3.468 billion (2019)|
|Total assets||US$72.468 billion (2018)|
|Total equity||US$24.718 billion (2018)|
Number of employees
|Footnotes / references|
T-Mobile US, Inc. (doing business under the global brand name T-Mobile) is an American wireless network operator partly owned by Germantelecommunications company Deutsche Telekom (DT), which has a 43.2% share. Its headquarters are located in Bellevue, Washington, in the Seattle metropolitan area, and Overland Park, Kansas, in the Kansas City metropolitan area. T-Mobile is the second-largest wireless carrier in the United States, with 104.8 million subscribers as of the end of Q2 2021.
T-Mobile US provides wireless voice and data services in the United States under the T-Mobile and Metro by T-Mobile brands (which it acquired via the purchase of MetroPCS in a reverse takeover in 2013, resulting in T-Mobile going public on the NASDAQ stock exchange), and also serves as the host network for many mobile virtual network operators. The company has annual revenues of over $40 billion. In 2015, Consumer Reports named T-Mobile the number one American wireless carrier.
On April 1, 2020, T-Mobile US and Sprint Corporation completed their merger, with T-Mobile now being the sole owner of Sprint, making Sprint an effective subsidiary of T-Mobile until the Sprint brand was officially phased out on August 2, 2020. Leadership, background and stock changes happened immediately, with customer-side changes happening over time. Billing was already showing the T-Mobile brand, and on this date, all retail, customer service, and all other company branding switched to the T-Mobile brand. T-Mobile and Sprint accounts are still managed by employees in separate systems and the company still offers Sprint branded SIM cards. New rate plans were also introduced as well for all new and existing customers from both companies, though all will be grandfathered into their current plan should they choose not to switch to a new T-Mobile plan for at least three years.
T-Mobile U.S. traces its roots to the 1994 establishment of VoiceStream Wireless PCS as a subsidiary of Western Wireless Corporation. After its spin off from parent Western Wireless on May 3, 1999, VoiceStream Wireless was purchased by Deutsche Telekom AG in 2001 for $35 billion and renamed T-Mobile USA, Inc, in July 2002. In 2013, T-Mobile and MetroPCS finalised a merger of the two companies which started trading as T-Mobile U.S.
VoiceStream Wireless PCS was established in 1994 as a subsidiary of Western Wireless Corporation to provide wireless personal communications services (PCS) in 19 FCC-defined metropolitan service areas in several western and southwestern states using the GSM digital wireless standard. VoiceStream Wireless' digital, urban service areas complemented the analog, rural service areas marketed by Western Wireless under the Cellular One brand.
Western Wireless spun off its VoiceStream Wireless division into a new company called VoiceStream Wireless Corporation in May 1999.
Omnipoint and Aerial acquisitions
In 2000, VoiceStream Wireless acquired two regional GSM carriers. Omnipoint Corporation, a regional network operator in the Northeastern U.S., was acquired on February 25, 2000. Aerial Communications Inc.; a regional network operator in the Columbus, Houston, Kansas City, Minneapolis-St. Paul, Pittsburgh, and Tampa-St. Petersburg-Orlando markets; was acquired on May 4, 2000. The combined company retired the Omnipoint and Aerial brands and completed integrating the three companies by converting to a single customer billing platform, implementing standard business practices and launching the VoiceStream brand and "GET MORE" marketing strategy in all markets.
Deutsche Telekom acquires VoiceStream and Powertel
On June 1, 2001, Deutsche Telekom (DT) completed its acquisition of VoiceStream Wireless Inc. for $35 billion and Southern U.S. regional GSM network operator Powertel, Inc. for $24 billion. By the end of 2001, VoiceStream Wireless had 19,000 employees serving 7 million subscribers.
On September 2, 2001, VoiceStream Wireless Inc. adopted the name, T-Mobile USA, Inc. and began rolling out the T-Mobile brand, starting with locations in California and Nevada. T-Mobile USA, Inc. was an operating entity of T-Mobile International AG, before becoming a direct subsidiary of Deutsche Telekom AG.
On September 17, 2007, the company announced the acquisition of regional GSM carrier SunCom Wireless Holdings, Inc. for $2.4 billion; the acquisition closed on February 22, 2008. By September 8, 2008, SunCom's operations were integrated with those of the company. The acquisition added SunCom's 1.1 million customers to the company's customer base and expanded the company's network coverage to include southern Virginia, North Carolina, South Carolina, eastern Tennessee, northeastern Georgia, Puerto Rico and the U.S. Virgin Islands. Following the Suncom acquisition, T-Mobile possessed native network presence in all the major metro areas in the United States.
Aborted acquisition by AT&T
Main article: Attempted purchase of T-Mobile USA by AT&T
Merger with MetroPCS Communications
On October 3, 2012, MetroPCS Communications reached an agreement to merge with T-Mobile USA. MetroPCS shareholders would hold a 26% stake in the company formed after the merger, which retained the T-Mobile brand. While the new company was still the fourth-largest carrier in the United States (at the time), the acquisition gave T-Mobile access to more spectrum and financial resources to maintain competitiveness and expand its LTE network. The merger between T-Mobile USA Inc. and MetroPCS was officially approved by MetroPCS shareholders on April 24, 2013. The deal was structured as a reverse takeover; the combined company went public on the New York Stock Exchange as TMUS and became T-Mobile U.S. Inc. on May 1, 2013. The merger agreement gave Deutsche Telekom the option to sell its 72% stake in the company formed by the merger and valued at around $14.2 billion to a third party before the end of the 18-month lock-up period.
The "Un-carrier", additional wireless spectrum acquisition
In March 2013, T-Mobile introduced a major overhaul of its plan structure, marketed by branding themselves as being "the Un-carrier". A new contract-free pricing structure with simpler plans was introduced in which a phone's cost is paid over a two-year financing plan. The "Un-carrier" strategy has since been expanded to encompass other value-added services, such as a plan add-on allowing phone trade-ins for early upgrades twice per year, carrying over unused data allotments for up to a year, and zero-rating of selected music and video services (the latter locked to "DVD quality") over the mobile network, These moves came as part of an effort under new CEO John Legere to help revitalize the business as it improves its network quality.
Though this system is said to improve network quality, issues surrounding net neutrality infringement have also come to light. The type of zero-rating that is offered by T-Mobile allows it to charge higher rates to third-parties, meaning that ISP can prioritize the company that pays a higher premium. This makes it more difficult for smaller third-parties who are unable to pay the high premium charged by the ISP.
On June 28, 2013, T-Mobile agreed to buy wireless spectrum for the Mississippi Valley region from its competitor U.S. Cellular for around $308 million, allowing it to expand its 4G network across 29 more markets.
On January 6, 2014, T-Mobile signed agreements with Verizon Wireless to purchase some 700 MHz A-Block spectrum licenses for $2.365 billion. Moreover, a transfer of some AWS and PCS spectrum licenses with a value of $950 million has been agreed upon by T-Mobile and Verizon. The acquisition reportedly gave T-Mobile additional coverage for approximately 158 million people in 9 of the top 10 and 21 of the top 30 U.S. markets.
Merger with Sprint Corporation
Main article: Merger of Sprint Corporation and T-Mobile US
The company owns licenses to operate a cellular communications network in the 1900 MHz (PCS) and 1700 MHz (AWS) bands with coverage in many parts of the continental U.S., Hawaii, Puerto Rico, and the U.S. Virgin Islands, as well as licenses in the 700 MHz band (block A mostly) available in certain parts of the country. In 2017 T-Mobile also acquired a nationwide 600 MHz license. It expects to deploy this spectrum over the next few years as it is vacated by television stations across the country in stages. With respect to technology, depending on the location, in the 1900 MHz band it deploys GSM, UMTS/HSPA+, and/or LTE (Band 2 and 25); in the 1700 MHz band it deploys UMTS/HSPA+ and/or LTE (B4 and B66); LTE-only in the 700 MHz (B12) and 850 MHz (B5) bands; LTE and NR on 600 MHz (B71) and 2500 MHz (B41) bands; and NR only on 24 GHz (n258), 28 GHz (n261) and 39 GHz (n260) bands. Its LTE network also supports VoLTE. It provides coverage in areas where it does not own radio frequency spectrum licenses via roaming agreements with other operators of compatible networks. T-Mobile has committed to launch VoNR at the end of 2021.
The company's predecessor, VoiceStream Wireless, began building a regional, 2G, 1900 MHz GSM, circuit-switched, digital cellular network in 1994 and first offered service in 1996 in Honolulu and Salt Lake City. From that starting point, the network has expanded in size through acquisitions of other cellular-network operators and additional spectrum purchases. The network has also expanded in capabilities through the introduction of new technologies. VoiceStream upgraded the 1900 MHz network to include packet switching via General Packet Radio Service (GPRS), then increased packet-switched data transmission speeds via Enhanced Data Rates for GSM Evolution. In 2006, the company spent $4.2 billion to purchase 120 D, E or F block 1700 MHz AWS licenses and began rolling out 3G UMTS services in those frequency bands. The company upgraded network equipment and back-haul capabilities to enable HSPA (High Speed Packet Access), and later HSPA+ and LTE services.
2G GSM upgrades
Packet-switched data service first became available to users in the form of General Packet Radio Service (GPRS). Packet-switched data speeds increased when Enhanced Data Rates for GSM Evolution (EDGE) was incorporated into the network. EDGE coverage was available within at least forty percent of the GSM footprint.
Both voice capacity and packet-switched data speed improved when 3G Universal Mobile Telecommunications System (UMTS) equipment was installed in the network. On January 5, 2010, the company announced that it had upgraded its entire 3G network to HSPA 7.2 Mbit/s, an improvement from its previous peak of 3.6 Mbit/s. It also said that it planned to be the first U.S. carrier to deploy HSPA+ across its network by mid-2010. The company had finished HSPA+ trials in Philadelphia, Pennsylvania, and had begun deploying HSPA+ across its network. T-Mobile is currently planning to shut down its GSM network sometime in the future, but has yet to set a date.
3G UMTS upgrade / discontinuation
In September 2006, the Federal Communications Commission (FCC) auctioned licenses in the first Advanced Wireless Services band. This band was an area of wireless spectrum, half in the 1700 MHz and half in the 2100 MHz frequencies, that was already in use by government services. The spectrum was planned to become available after the government users migrated to different frequencies.
The auction made numerous licenses available in overlapping market-areas, economic-areas, and regional levels. Each license was individually bid upon, and T-Mobile USA was the winner in 120 license auctions, at an aggregate price of $4.18 billion. As part of its winnings, T-Mobile USA gained nationwide coverage of 1.7 GHz and 2.1 GHz, with numerous areas being supplemented with additional licenses. Examples include New York City, Chicago, and Boston where T-Mobile USA acquired one-third (33 percent) of the available spectrum, or San Francisco, Houston, and Miami where they acquired 45 percent of the available spectrum.
October 6, 2006, two weeks after confirming its winning bids, the company announced its intentions to create a UMTS third-generation, or 3G, cellular network with the spectrum it had won. It said it would utilize and build on the experience of T-Mobile International's European subsidiaries, which already implemented 3G networks. At the time of initial roll-out, the company intended to offer 7.2 Mbit/s service, making the company's 3G network the fastest in the U.S. The upgrade was forecast to cost $2.6 billion, in addition to the $4.12 billion spent to acquire the spectrum licenses.
In the same announcement, the company indicated it had already begun to deploy about half of the upgraded equipment, beginning in major markets such as New York City. With the equipment in place, it would be able to activate its network as soon as the government agencies vacated the spectrum. The company had hoped to have its network activated by mid-2007, but as of September 2007, the government users had not vacated the AWS band.
The company began selling its first 3G-capable phone, the Nokia 6263, in November 2007 and announced in February 2008 that its 3G network would finally be activated "within the next few months". and released in the New York City market on May 1, 2008.
By 2009, the company had launched its 3G network in more than 200 markets, covering some 208 million points of presence (POPS). On June 28, 2010, the company announced that it would begin to upgrade its network from HSPA+ 21 to HSPA+ 42 beginning sometime in 2011. T-Mobile also markets HSPA and HSPA+ services as 4G. Throughout 2015, T-Mobile began refarming UMTS/HSPA services from the original AWS band to their PCS band to expand bandwidth available for LTE. This rendered a select number of T-Mobile 3G devices inoperable on the 3G network. T-Mobile plans to shut down its UMTS network on July 1, 2022.
4G LTE upgrade
On February 23, 2012, during the Q4 Earnings Call, T-Mobile laid out the future of their 4G upgrade path. They would roll out the LTE network on the AWS spectrum, and transition their HSPA+ network to the PCS band. To achieve compatibility with other networks and phones in the US, T-Mobile began this transition in March 2013, and the rollout of LTE is currently underway as T-Mobile expands to more markets. Due to the failed acquisition of T-Mobile USA by AT&T, T-Mobile USA received additional UMTS frequency band IV (AWS) spectrum. On March 26, 2013, T-Mobile began rolling out LTE in 7 markets: Baltimore, San Jose, Washington, D.C., Phoenix, Las Vegas, Kansas City, and Houston.
On August 21, 2012, the FCC approved a deal between T-Mobile and Verizon in which T-Mobile gained additional AWS spectrum licenses in 125 Cellular Market Areas.
On February 25, 2014, T-Mobile announced in its Q4 2013 earnings call that its 4G LTE network covered 209 million people in 273 metro areas. They also planned to start rolling out their 700 MHz A-Block spectrum by the end of 2014, which by the end of the rollout would cover 158 million people. This spectrum led to improved LTE coverage overall in these areas, particularly indoors.
On March 13, 2014, T-Mobile announced a new plan to upgrade its entire 2G/EDGE network to 4G LTE. They expected 50% to be done by the end of 2014, and it to be "substantially complete" by the middle of 2015.
On December 16, 2014, T-Mobile announced during CEO John Legere's Un-carrier 8.0 interview that their 4G LTE network covered 260 million people and their 700 MHz Band 12 LTE had been rolled out in Cleveland, Colorado Springs, Minneapolis, and Washington, D.C. They expected to cover 280 million with LTE by mid-2015 and 300 million by the end of 2015. They also stated that they covered 121 metro areas with their Wideband LTE.
On October 27, 2015, T-Mobile announced in its Q3 2015 earnings call that they covered over 300 million people with LTE, reaching their 2015 end of year goal months ahead of schedule. They had 245 markets with Wideband (at least 15+15 MHz) LTE. They also had 204 markets with Extended Range 700 MHz Band 12 LTE covering around 175 million people. Their coverage map revealed that they now had new native LTE coverage in Montana, the Dakotas, Eastern West Virginia, and Northern Michigan.
On May 25, 2016, T-Mobile announced that it will be purchasing the 700Mhz A-block license (LTE band 12) for the Chicago metro area. When this transaction closes, together with several other pending 700Mhz license acquisitions, T-Mobile expects to possess 700Mhz licenses covering a total of 272 million people, or 84% of the US population – including 10 of the top 10 largest US metro areas. T-Mobile refers to its 700Mhz low-band network as 'Extended-range LTE' and claims it penetrates buildings and reaches out farther than its PCS and AWS only network. In September 2016, T-Mobile launched 4x4 MIMO and 3 channel carrier aggregation allowing theoretical speeds of 400 Mbit/s, and also announced that the company's LTE network reaches over 312 million potential subscribers.
In early 2017, T-Mobile purchased 45% of available 600 MHz spectrum in the US, covering 100% geographically of the US. They started the rollout of LTE on this band on August 15, 2017.
In 2018 T-Mobile has stated they will not discontinue rollout and upgrades of LTE in favor of 5G. Instead, they will continue to grow and support their LTE network to work simultaneously with 5G.
As of January 22, 2019, the LTE-Advanced upgrade has been deployed in 6,000 cities and towns.
As of October 28, 2019, LTE now covers 326 million people.
As of February 6, 2020, the 600 MHz network reaches 8,900 cities and towns, covering 248 million people.
5G NR upgrade
On June 25, 2018, T-Mobile and Nokia completed their first bi-directional 5G NR transmission in the 28 GHz frequency compliant with 3GPP 5G New Radio (NR) standards, showing a big step forward to building a nationwide 5G Network.
On November 20, 2018, T-Mobile and Nokia completed their first downlink 5G NR transmission in the 600 MHz frequency compliant with 3GPP 5G New Radio (NR) standards in Spokane, Washington. 28 GHz only reaches roughly 1 square mile (2.6 km2), whereas 600 MHz can reach hundreds of square miles. This marks one step closer to a rural 5G network, one highly sought improvement with 5G technology (high-speed data in rural areas).
On January 7, 2019, T-Mobile and Ericsson completed the first audio and video call using a live NR network using 3 separate frequency bands; 600 MHz, 28 GHz, and 39 GHz. This was also the first live network test with successful uplink and downlink.
On July 11, 2019, T-Mobile and Ericsson completed their first n71 (600 MHz) data session in their lab in Bellevue, Washington on a commercial 5G modem, the Snapdragon X55, which is the first commercial 5G modem to feature the n71 band. However, the modem was pre-market and not in any commercially available device.
On July 30, 2018, T-Mobile and Nokia announced a $3.5 billion contract for equipment and software to build out a nationwide 5G network that will be compliant with 3GPP 5G New Radio (NR) standards. The network will use the 600 MHz and 28 GHz frequency bands.
On September 11, 2018, T-Mobile and Ericsson announced a $3.5 Billion contract for equipment to build out a nationwide 5G network that will be compliant with 3GPP 5G New Radio (NR) standards. The network will use the 600 MHz and 28 GHz frequency bands. This marks $7 billion already invested in T-Mobile's 5G network, which will use both companies equipment.
On February 26, 2018, T-Mobile announced it would roll out 5G to 30 cities by the end of 2018, with compatible handsets delivering early 2019. They also stated their 5G network will be able to work simultaneously with their 4G LTE network, delivering faster speeds and broader range.
On June 28, 2019, T-Mobile officially launched their 5G mmWave network with the launch of their first commercially available 5G NR device, the Galaxy S10 5G. The network has launched in 6 cities; Los Angeles, NYC, Atlanta, Dallas, Las Vegas, and Cleveland.
On August 4, 2020, T-Mobile launched standalone (SA) mode across their national 5G network, becoming the first operator in the world to do so. They also stated SA mode improved 5G coverage because a connection to a mid-band LTE cell was no longer required as it was in non-standalone mode (NSA).
Extended-Range 5G (600 MHz)
On November 7, 2019, T-Mobile announced that its 600 MHz 5G network will launch on December 6, 2019. The network will launch alongside the first two 600 MHz 5G-capable devices, the SamsungGalaxy Note 10+ 5G and the OnePlus7T Pro 5G McLaren Edition.
On December 2, 2019, T-Mobile officially launched its 600 MHz 5G network. It launched with an initial coverage of 200 million people and over 5,000 cities or towns.
As of July 27, 2021, T-Mobile’s 600 MHz network covers an estimated 305 million pops.
Ultra Capacity 5G (2.5 GHz and mmWave)
On April 21, 2020, T-Mobile launched the T-Mobile branded 2.5 GHz as Ultra-Capacity 5G with the spectrum it acquired in the Sprint merger in Philadelphia. Phones that can access this 2.5 GHz-based 5G include:
T-Mobile also stated that the same network will go live in New York, NY being the first city with all 3 parts of T-Mobile's "layer cake" strategy to 5G NR of having 3 separate bands: low band 600 MHz (large coverage but lower speeds), mid band 2.5 GHz (middle of the road coverage and speed), and high band 28/39 GHz (low coverage but high speeds).
As of July 27, 2021, Ultra-Capacity 5G (including 2.5 GHz and 24/28/39 GHz) covers 165 million pops, by providing an average speed of 300-400 MB/s. T-Mobile expects to expand 2.5 GHz 5G to be nationwide, covering 200 million pops by the end of 2021.
T-Mobile has roaming arrangements with a number of national and regional mobile network operators, including AT&T Mobility.
As of 2008, prepaid customers have almost all of the postpaid domestic roaming privileges and restricted international roaming to Canada and Mexico.
In 2009, T-Mobile USA began removing AT&T Mobility roaming coverage in many locations across the country, and updated its on-line coverage maps to reflect the smaller coverage area. AT&T Mobility roaming remains available in select locations, primarily on smaller carriers that were acquired by AT&T Mobility after long-term roaming contracts were in place between T-Mobile and the smaller carriers, including Centennial Wireless and Edge Wireless.
On June 29, 2010, the company launched voice service in the Gulf of Mexico on GSM via roaming agreement through Broadpoint. T-Mobile USA was scheduled to launch data service in Fall 2010. Also in 2010, T-Mobile US became a member of the FreeMove alliance.
On October 9, 2013, T-Mobile announced Simple Global, a service included with eligible Simple Choice plans. This service allows one to roam in over 100 countries with unlimited text and speed-limited data, and make calls at $0.20/minute. High-speed data passes will be available for purchase. On March 7, 2014, T-Mobile announced this number will be increasing to 122 countries. If one is connected to WiFi in one of these countries, and their phone supports WiFi calling, all calls and texts to and from the USA are free, and work the same as if they were on the cellular network.
On July 15, 2015, T-Mobile launched Mobile Without Borders, a service included with all new T-Mobile plans and available as an add-on to grandfathered or promotional plans for $10. This service allows the user to use their normal voice, text message, and data allotments while roaming in Mexico and Canada. Most T-Mobile services are available while roaming, with the notable exception of using the data in one's Data Stash.
In August 2015, T-Mobile joined the Competitive Carriers Association's Data Services Hub, enabling the company to expand roaming partnerships with over a dozen rural and regional carriers. Smaller carriers will now be able to access T-Mobile's LTE network for roaming and T-Mobile will be able to expand roaming partnerships and extend its footprint with members whose network technologies had previously been incompatible.
In October 2017, T-Mobile announced that starting November 12, 2017, LTE-speeds will be limited at 5 GB (with speeds going at speeds at 128 kbit/s or 256 kbit/s on some plans) while data roaming in Canada and Mexico still remains unlimited. However, calling and texting in these countries still remain free from roaming charges. T-Mobile also announced a partnership with US Cellular in California, Iowa, Washington, and Wisconsin to expand 4G LTE coverage. Compatible device required.
Radio frequency spectrum chart
Further information: GSM frequency bands, UMTS frequency bands, LTE frequency bands, and 5G NR frequency bands
The following chart describes radio frequency spectrum bands accessible by the company's customers.
|Frequency Band||Band number||Protocol||Generation||Status||Notes|
|1.9 GHz PCS||2||GSM/GPRS/EDGE||2G||Active/Refarming to LTE||Currently retaining 2G service for M2M customers and international roaming. Network to be shut down sometime in the future, date has yet to be set.|
|3G/4G||HSPA, HSPA+, and DC-HSPA+ services marketed as 4G. Network scheduled to be shut down on July 1, 2022.|
|1.7/2.1 GHz AWS||4|
|600 MHz DD||71||LTE/LTE-A/|
|4G||Active/Building Out||Branded as 'Extended-range LTE'. Spectrum purchased in early 2017, network launched in August 2017. Licenses cover 100% of the United States.|
|700 MHz Lower SMH|
A/B/C Blocks, Upper C Block
|12||Branded as 'Extended-range LTE'. Rollout began in December 2014. The company owns 700 MHz licenses covering about 85% of the US population.|
|13||Active||Band 13 limited to Puerto Rico and USVI. Network previously operated by Open Mobile, under the Sprint name.|
|850 MHz CLR||5||T-Mobile owns a 10x10 block of 850 MHz spectrum that has been deployed in Myrtle Beach, SC.|
|1.9 GHz PCS||2/25||Active/Building Out||Used in rural areas for 2G to LTE conversions, and in cities for additional capacity. Band 25 G-block acquired from Sprint.|
|1.7/2.1 GHz AWS||4/66||Main LTE band in most markets. Band 66 extended AWS-3 block for additional capacity in some areas.|
|2.5 GHz BRS/EBS||41||Launched alongside n41 in some markets for additional LTE capacity.|
|3.5 GHz CBRS||48||Currently active in Las Vegas, NV|
|5.2 GHz U-NII||46||License assisted access (LAA). Additional capacity in select cities.|
|600 MHz DD||n71||NR||5G||Primary low-band 5G network. Launched on December 2, 2019. Licenses cover 100% of the United States. Branded as 'Extended Range 5G'.|
|2.5 GHz BRS/EBS||n41||Acquired spectrum from Sprint merger. Primary 5G mid-band frequency Branded as 'Ultra Capacity 5G'.|
|3.7 GHz C-band||n77||Pending deployment||Spectrum will be available for use starting December 2023.|
|24 GHz mmWave||n258||Active/Building Out||Spectrum acquired in 2019 auction. Branded as 'Ultra Capacity 5G'.|
|28 GHz mmWave||n261||Only available in select areas. Went live in June 2019. Branded as 'Ultra Capacity 5G'.|
|39 GHz mmWave||n260||Available in pockets of select cities. Branded as 'Ultra Capacity 5G'.|
|47 GHz mmWave||n262||Pending deployment||Spectrum acquired in 2020 auction.|
Further information: Sprint Corporation § Wireless networks
Sprint's legacy network is in the process of being decommissioned and integrated into T-Mobile's network. Sprint's CDMA network is scheduled to be shut down on or around January 1, 2022. Sprint's LTE network is scheduled to be shut down on or around June 30, 2022.
T-Mobile has used the term "Hotspot" to represent various products and technologies.
Wi-Fi network (public)
The company operates a nationwide Wi-Fi Internet access network under the T-Mobile HotSpots brand. The T-Mobile HotSpots network consists of thousands of Wi-Fi access points installed in businesses, hotels, and airports throughout the U.S.
The T-Mobile HotSpot service offers access to a nationwide network of approximately 8,350 access points, installed in venues such as Starbucks coffeehouses, FedEx Office Office and Print Centers, Hyatt hotels and resorts, Red Roof Inns, Sofitel hotels, Novotel hotels, the airline clubs of American Airlines, Delta Air Lines and United Airlines, as well as airports.
The T-Mobile HotSpots network can be traced to the company's 2002 purchase of bankrupt wireless ISPMobileStar, which began building its network in 1998. After completing the purchase, the company expanded the network into 400 Borders bookstores, as well as 100 of the most-frequented airport clubs and lounges operated by American Airlines, Delta Air Lines, and United Airlines.
On September 14, 2014, T-Mobile partnered up with GoGo to provide free texting on airplanes for its customers. GoGo services are provided on Delta Air Lines, American Airlines, United Airlines and Alaska Airlines.
On June 6, 2016, T-Mobile expanded its partnership with GoGo to offer T-Mobile users one hour of free WiFi on customers phones while T-Mobile One Plus and One Plus International users also get free WiFi throughout the entire flight. T-Mobile also included other messaging apps (iMessage, Google Hangouts, WhatsApp and Viber) in addition to SMS texting being provided since September 2014.
Wi-Fi network (private)
T-Mobile has also used the term to describe Wi-Fi Access Points that it sold to end users to expand their cell phone network to phones equipped to also receive Wi-Fi using a VOIP-like technology. (The models included at least two by Linksys: the WRTU54G-TM and the WRT54G-TM and one by D-Link: the TM-G5240.)
For the fiscal year 2017, T-Mobile US reported earnings of US$4.481 billion, with an annual revenue of US$40.604 billion, an increase of 8.3% over the previous fiscal cycle. T-Mobile's shares traded at over $62 per share, and its market capitalization was valued at over US$58.1 billion in November 2018.
in mil. USD$
in mil. USD$
in mil. USD$
|Price per Share|
Products and services
Mobile phone & data
On January 22, 2021, it was announced that T-Mobile unveiled its newest 5G smartphone plan that offers no throttling called T-Mobile Magenta MAX. With the Magenta Max plan customers will get unlimited Premium Data (4G and 5G), unlimited 4K UHD video streaming, Netflix on Us for single line plans, mobile high-speed hotspot data at 40GB, Unlimited talk, text, and data in Mexico and Canada with up to 5GB of high-speed data. T-Mobile Tuesdays free thank you gifts and discounts, unlimited Gogo in-flight texting and Wi-Fi all flight long, free texting and data in 210 countries and destinations, and free Scam Shield Premium protection, including free Scam Block and Caller ID. Magenta MAX cost the same as the Magenta Plus plan at $57 per line per month for three lines with autopay with taxes and fees included.
Magenta & Magenta Plus
On June 2, 2019, T-Mobile announced the launch of Magenta and Magenta Plus plans to phase out and replace the T-Mobile ONE family of plans. The Magenta family of plans build on the existing features of the T-Mobile ONE and ONE Plus plans, but now include additional features like 3GB of Mobile HotSpot Data for standard Magenta plans, and retaining the same enhanced HD Streaming, 20GB of Mobile HotSpot Data, and other features of the T-Mobile ONE Plus plans.
Military, First Responder, and Unlimited 55+
Alongside the T-Mobile Magenta family of plans are the specialized plans offered to Military personnel, First Responders, and seniors age 55 and up.
Military and First Responder plans allow for qualified service members to receive 50% off of standard pricing Magenta and Magenta Plus plans. Customers must verify their affiliation within 45 days of activation or switching to the plan in order to retain the discounted offer.
The Unlimited 55+ allows customers at or over the age of 55 to receive a set discounted price on standard rate plans, however these accounts are limited to only 2 lines per account. Certain customers were permitted to add a third line to their account during a specific promotional period.
T-Mobile ONE w/ ONE Plus Family
In August 2018, T-Mobile introduced T-Mobile ONE w/ ONE Plus Family plan, which allows HD streaming and adds 20 GB of mobile hotspot at 4G LTE speeds, and Name ID.
As of June 2, 2019, the T-Mobile ONE and ONE w/ ONE Plus Family plans have been retired and replaced by the new Magenta plans.
In August 2016, T-Mobile introduced T-Mobile ONE. It will be the only rate plan offered in the future, with plans to gradually phase out Simple Choice. The plan has been criticized by the Electronic Frontier Foundation and others for potentially violating net neutrality rules and making previously-included features paid extras.
As of June 2, 2019, the T-Mobile ONE and ONE w/ ONE Plus Family plans have been retired and replaced by the new Magenta plans.
The T-Mobile Essentials plan provides customers unlimited talk, text, and data service at a lower price than a standard Magenta or Magenta Plus plan. However, the Essentials plan does not include taxes and fees as the Magenta and Magenta Plus plans do. It also allows T-Mobile to prioritize other customers over Essentials customers' data usage on the network at any time during network congestion or peak times.
Netflix On US
T-Mobile offers any customer on a Magenta, Magenta Plus, or Magenta MAX plan with 2 or more lines to participate in the Netflix on Us offer, essentially covering the cost of one standard Netflix subscription in the plan. Customers have the option to upgrade their subscription to Netflix's premium service for an additional cost, which will be added to the customer's T-Mobile bill.
In March 2013, T-Mobile introduced a new streamlined plan structure known as Simple Choice for new customers. This is part of an initiative called Un-carrier which drops contracts, subsidized phones, overage fees for data, and early termination fees.
Capping unlimited data users
On August 31, 2015, T-Mobile announced it will ask users who abuse its unlimited on-smartphone data plan by violating T-Mobile's Terms & Conditions regarding tethering (which like unlimited on-smartphone data, remains unlimited, but offers a 14 GB high-speed allotment before throttling takes effect), by permanently removing user access to unlimited plans and migrating users to a tiered data plan. By doing so, all plans after a select amount of inclusive high-speed data, result in automatic throttled speeds, preventing unlimited high-speed tethering use and abuse of the network. T-Mobile stated that there are a small handful of users who abuse the tethering plan by altering device software and/or the use of an Android app that masks T-Mobile's ability monitoring whether data is on-smartphone, or through smartphone mobile hotspot (tethering) by mimicking all data as on-smartphone use, with some customers abusing the service by using as much as 2 TB per month, causing speed issues for all other customers.
The InReach program provides a free cell phone and a limited number of voice minutes each month for low-income-eligible families (one per family) who do not use Lifeline services offered by any other phone or wireless company. It is funded through the Universal Service Fund, but is only operational in a limited number of states and Puerto Rico.
Prepaid mobile phone & data
Metro by T-Mobile
Main article: Metro by T-Mobile
The former MetroPCS was taken over by T-Mobile in 2013, the new company formed T-Mobile US and currently continues to offer prepaid wireless services under the Metro by T-Mobile brand.
Former prepaid services
GoSmart Mobile was a T-Mobile branded service that launched in beta on December 7, 2012, and became officially available nationwide on February 19, 2013. GoSmart offered no-contract SIM wireless services. GoSmart Mobile was sold to consumers through dealers who worked as independent contractors under their own company name. Such sellers are known as "Authorized Dealers" with either physical or online stores. In September 2016, T-Mobile sold the brand and 326,000 GoSmart Mobile customers to TracFone Wireless. The customers were reclassified as wholesale subscribers.
Television and streaming
On December 13, 2017, T-Mobile US announced its intent to acquire the IPTV provider Layer3 TV, which operates in Chicago and Washington, as the basis of its own subscription television service initially planned to launch in 2018. On April 10, 2019, T-Mobile officially announced the re-branding and re-launch of Layer3 TV as TVision Home The service mirrors the hardware, packaging, and pricing models of other linear television providers.
On October 27, 2020, T-Mobile US introduced over-the-top streaming services under the TVision branding. It consisted of several packages, including TVision Vibe (a lower-cost bundle focused on entertainment channels), TVision Live (network television, basic cable and sports networks, as well as cloud DVR), and TVision Channels (with standalone subscriptions for pay television services). TVision Home ceased operations on December 30, 2020.
On March 29, 2021, T-Mobile announced that TVision would be discontinued on April 29, 2021. The provider will instead offer promotional bundles with the third-party providers Philo and YouTube TV.
On January 22, 2014, T-Mobile announced that it would expand its products into banking. T-Mobile would provide Visa card with banking features and a smartphone money management application with reduced-fee or zero-cost services for T-Mobile wireless customers. In addition, customers would have access to over 42,000 ATMs with no fees. In early 2016 T-mobile decided to discontinue the banking cards. They can no longer be purchased at T-Mobile.
In early 2019 T-mobile released T-Mobile Money, an online banking option.
Team of Experts
In 2018, T-Mobile officially announced its new customer care concept called Team of Experts. The premise being customers never being transferred to another department. All representatives are trained in billing, payment arrangements, and cancellations when in the past each had their own separate department. In addition to being cross-trained, the Team of Experts, which consists of usually between 30 and 35 account reps, 4 to 6 technical support representatives, 4 supervisors overseeing the representatives, and one manager, are assigned specific markets, usually within the region, the call center is in.
From as early as 2004, the company has captured multiple J. D. Power annual awards in the areas of retail sales satisfaction, wireless customer care, and overall customer satisfaction. In 2011, J. D. Power and Associates stated that T-Mobile retail stores achieved the highest ratings among major wireless carriers for customer satisfaction for the fourth consecutive year, performing particularly well in price and promotions. Also in 2011, J. D. Power and Associates ranked T-Mobile USA highest among major providers in wireless customer care for the second consecutive year.
On December 3, 2015, Consumer Reports named T-Mobile the number one American wireless service provider. The results combine data from customer service, voice quality, text messaging services, and data speeds.
On February 6, 2016, T-Mobile was awarded the JD Power Award for customer satisfaction in the full-service wireless category for the second year in a row. T-Mobile received the highest score ever in the wireless industry.
In 2019, T-Mobile was recognized as one of Fortune's Top 100 Companies To Work For, ranking #49.
Jamie Lee Curtis was the spokesperson for T-Mobile USA's predecessor, VoiceStream Wireless, since 1998. VoiceStream's advertising slogan was: "Get more from life". During the transition to the T-Mobile brand, Jamie Lee Curtis continued as a spokesperson for a short time and the slogan was changed to "T-Mobile. Get More." Starting in 2002, the company's spokesperson was Catherine Zeta-Jones who was the main figure in its branding strategy. As of September 2006, Zeta-Jones had officially been dropped as the "face" of the company for its advertising campaigns due to a corporate rebranding strategy. The company also relied on rapper Snoop Dogg as the spokesperson for its T-Mobile Sidekick in a series of commercials late in 2004, the company also released a series of Sidekick phones known as the D-Wade Edition for basketball player Dwyane Wade.
The company is also an official sponsor of Major League Baseball, the National Basketball Association, the NBA Rookie Challenge, Women's National Basketball Association and the Overwatch League. In Puerto Rico, the company also sponsors the Puerto Rico Olympic Committee
In late May 2009, Zeta-Jones was brought back as a company spokesperson to show customers how to pay less for their wireless plan in a new "Mobile Makeovers" advertising campaign that refers a customer to third-party comparison site BillShrink.com.
In late 2009, commercials for the T-Mobile MyTouch 3G featured the song "If You Want to Sing Out, Sing Out" by Cat Stevens and celebrities such as Chevy Chase, Molly Shannon, Dana Carvey and Darrell Hammond. Another commercial with the same song performed by a different artist showed Wyclef Jean, Avril Lavigne and Brad Paisley.
Carly Foulkes is the spokeswoman for the myTouch 4G in commercials that parody the Get a Mac campaign. The model is known for Rugby Ralph Lauren ads. Although Foulkes is often identified with the color pink, T-Mobile actually has a color trademark for the color magenta, and markets itself using its corporate colors.Virgin Mobile has, in turn, parodied the Carly Foulkes ads.
In September 2010, the company launched "Kids are free till 2012" for family lines.
On December 1, 2011, a group of 100 Chicago-area women, along with Carly Foulkes, were featured in a flash-mob style performance at Woodfield Mall in Schaumburg, Illinois, where the group, dressed in magenta dresses, sang and danced through the mall's atrium to their cover of (There's No Place Like) Home for the Holidays. The performance was filmed and edited into a holiday commercial, which was a success.
T-Mobile US has naming rights contracts with several prominent US sports venues. In 2016, the company signed a contract to place its name on a venue then nearing completion on the Las Vegas Strip. T-Mobile Arena became home to the Vegas Golden Knights of the NHL the following year. In 2018, with Safeco Insurance choosing not to renew its naming contract with Major League Baseball's Seattle Mariners to place its name on the team's stadium, T- Mobile US signed a similar deal, resulting in the former Safeco Field becoming T-Mobile Park on January 1, 2019. Most recently, the name of the main indoor arena in Kansas City, Missouri changed from Sprint Center to T-Mobile Center following the two companies' 2020 merger.
Starting in 2013, T-Mobile launched the Un-carrier marketing campaign. This movement introduced a slew of new tactics to offer consumers cheaper rate plans, cheaper global coverage, and several other benefits. T-Mobile CEO John Legere laid out an "Un-Carrier manifesto" highlighting the approach and goals he wanted the company to pursue. One popular Un-carrier move features T-Mobile Tuesdays, where customers are offered a variety of free products and also able to win prizes. The most recent Un-carrier campaign is titled "T-Mobile One". This is a new family plan offering, replacing all previous plans and is an all-inclusive unlimited plan, giving unlimited talk, text, and data. The only caveat being a video streaming on any device is limited to 480p resolution. CEO John Legere in an interview said "The biggest pain point that a million customers told me about is that they hate data buckets. And we had such success with Binge On that we wanted to turn our company into somebody that's selling a monthly subscription to the internet, all in, unlimited." As of October 7, 2016, about a quarter of the overall account numbers have moved over to T-Mobile One, and about three-quarters of new postpaid accounts are activating on T-Mobile One.
T-Mobile US employees and two labor unions have led multiple unionization attempts beginning as early as 2001.
Formation of TU
Hundreds of T-Mobile employees, with the backing of the Communications Workers of America (CWA) and the German union ver.di, have joined together as TU to gain representation at T-Mobile. In July 2011, technicians in Connecticut, voted for representation by the Communications Workers of America-TU. On September 25, 2013, MetroPCS workers in Harlem, NY, voted for a union voice and representation by CWA-TU.
2009 coordinated organizing effort
In 2008, the CWA and ver.di launched a coordinated effort to unionize company employees. A spokesman for the CWA called on the company to stop resisting mobilization efforts and allow company employees to unionize as German employees of T-Mobile USA's parent company, DT, have done. In response, the company released an employee satisfaction study showing that more than seventy percent of the company's 40,000 workers were "very satisfied" with their jobs. Through a spokesman, the company stated, "Despite the Communication Workers of America's periodic organizing efforts for more than nine years, no group of T-Mobile employees has ever chosen to be represented by a union. While our company is always striving to find ways to improve, year after year, employees continue to view T-Mobile as a good place to work where they have no need for, or interest in, a union."
In 2009, a number of politicians, in one case acting after lobbying efforts by CWA union activists, wrote letters to René Obermann, DT's chief executive officer, in an effort to influence T-Mobile USA's labor practices in the U.S.
In a March 13, 2009, letter, U.S. Senator John Kerry (D-MA) asked "why the company's approach to labor rights are different in Germany than in the United States". In an April 30, 2010, letter sent after lobbying by Communications Workers of America activists, 26 Democratic members of Congress called on DT to protect and respect workers' rights in the U.S. A separate July 1, 2010, letter from seven Republicans addressed the same issue. On August 10, 2010, U.S. Senator Bob Casey (D-PA) released a statement in support of the worker's efforts to organize a union at the company. In a letter, dated September 21, 2010, fifteen Californian Members of Congress urged Obermann to take action and implement fair and equitable labor relations.
In a November 5, 2009, letter, Thomas DiNapoli, New York State Comptroller and Trustee of the New York State Common Retirement Fund, stated concerns about "the potential impact on the value of T-Mobile that may result from a disenfranchised workforce and the associated negative publicity that may impact T-Mobile's profitability."
On December 9, 2009, the non-profit organization American Rights at Work published a report written by Prof. John Logan, Director of Labor Studies at San Francisco State University, titled "Lowering the Bar or Setting the Standard? Deutsche Telekom's U.S. Labor Practices". The report details behavior by the company that the author perceives as anti-union including dissemination of anti-union materials, intimidation and threats directed at pro-union workers, "captive audience meetings" and the retention of anti-union specialists. In the report, which is based on documents from the National Labor Relations Board, internal company memos and handbooks, and interviews with workers, Logan asserts that the company engaged in a systematic campaign to prevent employees from forming a union and that DT was guilty of operating by a double standard. He claims that Deutsche Telekom respects workers' rights in Germany, where it cooperates closely with unions, but mistreats workers in the United States and interferes with their right to organize.[clarification needed]
On September 2, 2010, Human Rights Watch released a report written by Lance Compa titled "A Strange Case: Violations of Workers' Freedom of Association in the United States by European Multinational Corporations". The report concludes that "company policy has translated into practices that leave the workforce fearful about even seeking union representation." DT proclaims its adherence to international labor law and standards that are embodied in German domestic laws. But HRW found that "T-Mobile USA's harsh opposition to workers' freedom of association in the United States betrays Deutsche Telekom's purported commitment to social responsibility, impedes constructive dialogue with employee representatives, and in several cases, has violated ILO and OECD labor and human rights standards".
Labor Related Awards
T-Mobile has received multiple workplace awards. T-Mobile received a score of 100 on the Disability Equality Index (DEI), which measures disability inclusion. They were also named the Best Place to Work for LGBT Equality by the Human Rights Campaign for four consecutive years. T-Mobile was also awarded a Designation for the top 100 Military Friendly Employer by Military Friendly in 2017 for the tenth time. It was recognized as one of the World's Most Ethical Companies by the Ethisphere Institute for the ninth year in a row. In addition to national awards, T-Mobile has also won local awards in many locations, including the best place to work in Albuquerque, New Mexico and Wichita, Kansas where the company has call centers located. On February 16, 2018 Fortune announced their 100 best companies to work for, naming T-Mobile 86th. On July 24, 2018, Forbes ranked T-Mobile 182nd on their top 300 Best Places to Work for Women list.
Main article: Microsoft data loss 2009
On October 1, 2009, some users of Microsoft's Sidekick handset temporarily lost personal data, including contacts, notes, and calendars. On October 8, most data services were restored to users. The company and Microsoft announced on October 10 that Sidekick device data "almost certainly has been lost as a result of a server failure at Microsoft/Danger." On October 15, Microsoft said it had been able to recover most or all data and would begin to restore it.
On November 9, 2009, some of the company's subscribers temporarily lost the ability to send and receive calls and text messages for several hours. The company confirmed the outage via Twitter. The company stated that approximately five percent of its subscribers had been affected. It claimed that the problem was caused by a system software error.
On May 8, 2018, subscribers throughout Houston, Texas experienced an approximately four-hour interruption in service caused by damage to a fiber-optic cable.
On June 15, 2020, subscribers across the United States suffered an outage in service (primarily voice and text) due to routing issues.
Misrepresentation as 4G
In 2010, T-Mobile began marketing both its HSPA and HSPA+ services as "4G". Media outlets considered this branding to be deceptive.
Later on, after the ITU expanded its definition of 4G to include HSPA+, T-Mobile continued to market standard HSPA devices and service as 4G. Not only do these HSPA (non-Evolved) devices continue to not meet 4G standards, they aren't actually capable of operating at 4G speeds. Concerns were also displayed over the possibility of confusion when actual LTE networks were deployed.
Nicolas Jacobsen was charged with intruding into the company's internal network in January 2005. Reports indicated that for about a year Jacobsen had access to customer passwords, e-mail, address books, Social Security numbers, birth dates, and Sidekick photos. Affected customers included members of the United States Secret Service. Secret Service informant identified Jacobsen as part of "Operation Firewall" which provided evidence that Jacobsen had attempted to sell customer information to others for identity theft. T-Mobile USA and the Secret Service did not elaborate on the methods Jacobsen used to gain access but sources close to the case indicated that Jacobsen exploited an unpatched flaw in the Oracle WebLogic Server application software used by the company. Additional SQL injection vulnerabilities with the company's web site were reported by Jack Koziol of the InfoSec Institute.
T-Mobile offers access to voicemail without the input of a password by default. Parties acting in bad faith may be able to access such voice mailboxes via Caller ID spoofing. To avoid this possibility, T-Mobile recommends that all customers password-protect their mailboxes, but still offers the no password configuration by default due to customer demand.
On June 6, 2009, a message posted from an email account "pwnmobile_at_Safe-mail.net" to the Full Disclosure mailing list claimed that the company's network had been breached and showed sample data. The sender offered "databases, confidential documents, scripts and programs from their servers, financial documents up to 2009" to the highest bidder. On June 9, the company issued a statement confirming the breach but stating that customer data was safe. It claimed to have identified the source document for the sample data and believe it was not obtained by hacking. A later statement claimed that there was not any evidence of a breach.
Privacy and surveillance
T-Mobile USA received a portion of the 1.3 million largely warrantless law enforcement requests for subscriber information (including text messages and phone location data) made in 2011, but refused to state how many requests it received. It did say that in the last decade, the number of requests have increased by 12 to 16 percent annually.
Data retention policies
In 2010, the Department of Justice (DOJ) released a document entitled, "Retention Periods of Major Cellular Providers," to advise law enforcement agents seeking to obtain cell phone records. This document was uncovered by the ACLU's coordinated records request on cell phone location tracking by police. Notably, the document showed that T-Mobile subscriber information was retained for 5 years and call detail records were kept for 2 years (prepaid) and 5 years (postpaid).
In 2013, Massachusetts Sen. Edward Markey revealed responses from the top four U.S. wireless providers as well as U.S. Cellular, C Spire, and Cricket/Leap Wireless, to his inquiry regarding user information disclosed to law enforcement officials. The following was T-Mobile's response regarding data retention: T-Mobile US retains customers' historic cell site information and cell tower dump information (180 days); call details records (7–10 years); text message content, data requests, and geo-location data not stored; voicemail content (up to 21 days); subscriber information (6 years after the account is closed).
Comparing the 2010 DOJ memo released by the ACLU and Markey's 2013 wireless data retention disclosures, T-Mobile increased the retention period for subscriber information from 5 to 6 years. T-Mobile also increased its call detail record retention from 2 years (prepaid) and 5 years (postpaid) to 7–10 years.
2021 data breach
On August 15, 2021, it was reported that T-Mobile is investigating a reported data breach which may have exposed the private info of more than 100 million people. The perpetrator is apparently trying to sell off a portion of the data. An anonymous author of a forum post is offering up roughly one-third of T-Mobile USA's customer data in exchange for 6 bitcoins or a bit less than $280,000 as of Aug. 15. The stolen data, from which has reportedly obtained from multiple T-Mobile servers includes names, addresses, and phone numbers; social security numbers; IMEI numbers, which are unique to each mobile device; and driver's license info. It has been confirmed that the data thief's access to T-Mobile's servers has been cut off. T-Mobile hasn't yet responded to request for comment, but did state that they are "aware of claims made in an underground forum" and is now "actively investigating their validity."
On August 16, 2021, T-Mobile confirmed that the company had indeed been hit by a data breach, but declined to say whether any customers personal information was accessed or even how widespread the damage might be. The company's acknowledgement that the breach come after hackers told Vice, that they were selling "full customer info" that was obtained from T-Mobile servers.
On August 18, 2021, T-Mobile gave an update on the latest findings regarding the recent data breach even though the investigation is ongoing. According to the preliminary analysis, the attack was able to obtain the records more than 40 million former and prospective customers that have applied for credit, as well as 7.8 million existing postpaid customers. T-Mobile has confirmed that the data collected by the hackers included sensitive personal information, such as the first and last names, birthdates, driver’s license/ID numbers, and Social Security numbers, but where unable to phone numbers, account numbers, PINs or passwords. T-Mo is offering two years of free identity protection services from McAfee and is also T-recommending its customers to change their PIN as soon as possible. No Metro by T-Mobile, former Sprint prepaid or Boost Mobile customers have been included in the attack. 
It was reported on August 23, 2021, that T-Mobile has been hit with a pair of class-action lawsuits have been filed in Washington federal court as the number of both current current and former customers impacted by the cyberattack grows. One of the lawsuits accuses T-Mobile of the putting plaintiffs as well as members of the class-action "considerable risk" due to the failure to adequately protect its customers as a result of negligent conduct. The second lawsuit alleges that victims of the attack have already spent as much as 1,000 hours to address the privacy concerns stemming from the attack, which includes reviewing financial and credit statements for evidence of unauthorized activity. 
On August 24, 2021, it was announced the T-Mobile Business customers have been affected by the recent data breach according to T-Mobile for Business information site which states that the exact business and personal information that was accessed varies by business and individual. The company has determined that the types data that impacts businesses includes Business name, federal tax ID, business address, contact name and business phone number, as well as the personal information stated in the above paragraphs and that there is no indication that business or personal financial information, including credit or debit card information, account passwords or PINs were accessed by the data breach. 
On August 26, 2021, the hacker who goes by the name of John Binns, apparently did an interview on how he was able to get through T-Mobile’s servers. Binns stated that he used a readily available tool to locate an exposed router and that it took him a week to penetrate the customer data that is stored in a T-Mobile’s data center located near East Wenatchee, Washington. Binns also provided apparent evidence that supported his claim of being responsible for the attack and that he stole the data to create “noise” and get attention. The Wall Street Journal asked about the claims, to which T-Mobile has declined to comment on. 
On September 6, 2021, it was revealed that T-Mobile US customers have filed a series of class action lawsuits that accuse the company of negligence after hackers exposed personal data of million of current, former and prospective customers. At least 3 lawsuits have been filed in district court and all demanding jury trials. Two of the complaints are accusing T-Mobile of violating the US Federal Trade Commission (FTC) Act of 1914, which prohibits companies from engaging in “unfair or deceptive” activities, which includes companies failing to maintain appropriate security measures to safeguard customer information. In another filing, the plaintiff noted that the FTC provided cybersecurity guidelines advising companies not to maintain personally identifiable information “longer than is needed for authorisation of a transaction”. Another class action suit is accusing T-Mobile of violating the California Consumer Privacy Act, which assigns specific penalties to companies which allow unauthorised access to their customers’ data. 
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Learn about coverage and technologies of the T-Mobile network, needed for your device to connect.
5G & 4G LTE Coverage map
T-Mobile is America’s largest 5G network and covers more people and places than anyone else.* While our 5G network continues to expand, you can count on our 4G LTE network that connects 99% of Americans.
- Access our 5G & 4G LTE coverage map from your computer or mobile device.
- Enter your address or a landmark, then press Enter or choose an item in the drop-down list.
- View the coverage in that area. You can also do the following:
- Click or tap and hold to drag to move the map around.
- Tap a location to get a pop-up with detailed coverage information.
- Use the + and - icons to zoom in or out. You can also pinch to zoom.
- Switch off 5G at the top to see where you're covered with 4G LTE.
5G Capable device required. Coverage not available in some areas. While 5G access won’t require a certain plan or feature, some uses/services might. See coverage details, Terms and Conditions, and Open Internet information for network management details (like video optimization).
If your phone has signal problems where we have coverage, see Signal issues / no service troubleshooting.
Quick tip! Easily check your phone's compatibility with our network using the IMEI Status Check. No need to compare network frequencies or device lists!
- Find the networks a T-Mobile device supports by checking your Device "Tech Specs" page (or, for non-T-Mobile devices, check with the manufacturer).
- To connect to the local network, your device must support both our network frequency (band) and the technology (5G, 4G LTE, 3G, 2G).
T-Mobile network frequencies & technology
You can check if your phone supports the T-Mobile frequencies below in order to connect on our network. This can get technical, so it's a lot simpler to just use the IMEI Status Check if you have the device already.
Devices often support more frequencies than these, in order to roam on other domestic and international wireless networks. They are not needed on the T-Mobile network.
Extended Range (XR) 5G
- With Extended Range 5G, you’ll receive nationwide coverage, faster speeds than our 4G LTE and a reliable connection indoors and out from the big city to rural areas.
- Frequencies that can provide XR 5G:
- Check out What is 5G? to learn how it works!
Ultra Capacity (UC) 5G
- With Ultra Capacity 5G, you’ll experience a performance boost, a reliable connection in crowded locations, and speeds as fast as Wi-Fi.
- Look for the newly released icon on your iPhone screen to know when you’re in an area with our fastest speeds! (Coming end of year to Android)
- Frequencies that can provide UC 5G:
- Band n41 (2.5 GHz)
- Band n258 (24 GHz)
- Band n260 (39 GHz)
- Band n261 (28 GHz)
- Check out What is 5G? to learn how it works!
Speeds as fast as Wi-Fi based on analysis by T-Mobile of Speedtest Intelligence® data from Ookla® U.S. median 5G T-Mobile results compared to mobile Wi-Fi results from cities with 2.5GHz speeds for Q2 2021. 2.5GHz available only in select cities (see t-mobile.com/5GLayers). Ookla trademarks used under license and reprinted with permission.
Extended Range 4G LTE
- Frequencies that can provide Extended Range LTE
- Band 12 (700 MHz)
- Band 71 (600 MHz)
- Our Extended Range LTE signal reaches 2X as far and penetrates walls for 4X better coverage in-buildings than ever before.
- Frequencies that can provide LTE:
- Band 2 (1900 MHz)
- Band 5 (850 MHz)
- Band 4 (1700/2100 MHz)
- Band 66 (Extension of band 4 on 1700/2100 MHz).
- 4G LTE offers fast download speeds, up to 50% faster speeds than 3G. See Data speeds.
- Voice and data services only work at the same time when on you have VoLTE enabled on your device. Otherwise, LTE only provides data.
VoLTE ("Voice over LTE")
- VoLTE allows you to make and receive calls while connected to the LTE data network. It's available nationwide.
- Placing a call connects twice as fast.
- Switching between VoLTE and Wi-Fi Calling does not drop a call.
- What phones have VoLTE?
- All phones T-Mobile currently sells support VoLTE.
- To check if another phone supports it, use the IMEI Status Check. It will alert you if VoLTE or other LTE network features aren't supported.
- HD Voice
- HD Voice improves in-call voice quality for compatible phones on VoLTE.
- Voice call quality is more true-to-life, with less background noise.
- It automatically activates, if you and the person you're calling are both using supported phones on VoLTE.
- Enhanced Voice Services (EVS)
- EVS is another codec for HD Voice that further enhances call quality.
- It is available on specific device models, such as those made by Apple.
- Frequencies that can provide 3G: Band 4 (1700/2100 MHz) and Band 2 (1900 MHz)
- Voice and data services can work at the same time. You can use data while on a call.
2G (GSM, GPRS, EDGE)
- Frequencies that can provide 2G: Band 2 (1900 MHz)
- Voice and data services don't work at the same time when on 2G. You cannot use data while on a call.
*The T-Mobile network uses GSM network standards, and it's not a CDMA network.
Our maps show coverage provided by T-Mobile in the U.S. T-Mobile partners with other providers who provide roaming in other countries. Check out where you are covered when Traveling Abroad.
Qualifying postpaid plan and capable device required. Taxes additional; usage taxed in some countries. Voice and text features for direct communications between 2 people. Communications with premium-rate (e.g., 900, entertainment, high-rate helpline) numbers not included. Calls from Simple Global countries, including over Wi-Fi, are $.25/min (no charge for Wi-Fi calls to US, Mexico and Canada). Coverage not available in some areas; we are not responsible for our partners’ networks. Standard speeds approx. 128 Kbps. Not for extended international use; you must reside in the US and primary usage must occur on our US network. Device must register on our US network before international use. Service may be terminated or restricted for excessive roaming.
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Cheat sheet: which 4G LTE bands do AT&T, Verizon, T-Mobile and Sprint use in the USA?
Note: This article is being continuously updated. For 5G bands used in the USA and the rest of the world, check this article.
What are the 4G LTE bands supported by AT&T in 2019? Do they differ from the 4G LTE bands that T-Mobile uses? And what about Verizon Wireless massive 4G LTE network and its supported frequencies? And where is Sprint left in the 4G LTE picture?
|Carrier||4G LTE bands||Main frequencies|
|АТ&T||2, 4, 5, 12, 14, 17, 29, 30, 66||1900, 1700 abcde, 700bc|
|Verizon Wireless||2, 4, 5, 13, 46, 48, 66||1900, 1700 f, 700 c|
|T-Mobile||2, 4, 5, 12, 66, 71||1900, 1700 def, 700 a, 600|
|Sprint||25, 26, 41||2500, 1900 g, 850|
|Europe||3, 7, 20||1800, 2600, 800|
|China, India||3, 40, 41||1800, 2300, 2500|
US 4G LTE carrier bands: the BIG picture
Mobile data volume as of September 2019, data by Tutela
As you can see in this bar chart, the vast majority of 4G LTE mobile data volume goes through mid-band spectrum. That would be the 1900MHz band 2 (B2) for AT&T; the 1900MHz B2 together with 1700MHz AWS bands B4 and B66 for Verizon; and pretty much the same combination of B2, B4 and B66 for T-Mobile. Those bands make the backbone of 4G LTE network coverage especially for urban areas.
In rural areas of the United States, the importance of low-band spectrum (below 1GHz) has a greater importance. Here, Verizon Wireless is particularly well invested with its 700MHz bands B13, B14, and B17. AT&T and T-Mobile, on the other hand, rely on 700MHz band B12. We will show you how the importance of low-bands rises in rural areas further below in this article.
AT&T LTE bands
What LTE Bands does AT&T use?
AT&T mobile data volume as of September 2019, data by Tutela
First, AT&T. The company has rolled out a massive 4G LTE network in the United States with support for bands 2, 4, 5 and 17, but the backbone of it remains band 17 in the 700MHz range, the company's primary band. From 2017, AT&T towers also support band 12 as per FCC requirements. Since band 12 is a superset of band 17, these are now commonly referred to as one entity (band 12), and again, are the backbone of the LTE network. These are the AT&T LTE bands used in 2019.
Here is a breakdown of all the individual bands LTE bands that AT&T uses in 2019 and their role:
- Band 2 (1900MHz frequency range): a core AT&T LTE band with 20x20MHz blocks in most markets.
- Band 4 (AWS-1700/2100MHz): this AT&T LTE band is used as a supplement for improved capacity and is usually deployed in small, 5x5MHz blocks.
- Band 66 (AWS-3-1700/2100MHz): AT&T LTE band 66 is a superset of band 4, meaning that it includes all of the band 4 blocks plus adds a few more. AT&T usually deploys this in 10x10 chunks, and you could commonly see it in the New York and New Jersey areas. It is actively being deployed.
- Band 5 (850MHz): this AT&T LTE band is used most commonly 3G (HSPA+ ) connectivity, but some of it also goes toward LTE. AT&T owns a lot in this frequency range throughout the nation, and band 5 is sometimes used in areas where there is no band 12/17 coverage.
- Band 12/17 (700MHz): the backbone of AT&T's LTE network and it provides practically a nation-wide coverage.
- Band 14 (700MHz): AT&T has a nationwide license for band 14. The carrier acquired these bands from FirstNet and they will be used for a federally-funded public safety channel. These will only be deployed in states that opt in the FirstNet service.
- Band 29 (700MHz): this is a supplementary channel. AT&T purchased this from Qualcomm and it is mostly deployed in a 5x0 configuration, meaning that you get one small 5MHz block for download (in some limited places like the California coast and northeast you have 10x0 blocks). This band cannot be used for upload.
- Band 30 (WCS 2300MHz): another supplementary band for 4G LTE. AT&T has deployed chunks of 10x10 across the nation.
Verizon Wireless frequency bands
What LTE bands does Verizon use?
Verizon Wireless mobile data volume as of September 2019, data by Tutela
Verizon Wireless was the first to arrive to the 4G LTE race and it has also built its nationwide network based on 700 MHz spectrum, but the primary band for Verizon is band 13. Bands 2 and 4 are used to strengthen the signal in the densely populated urban areas. One important thing to note about Verizon Wireless is that many phones are built specifically for the carrier, including its 4G LTE bands. In other words, the common case is that you will not be able to use an AT&T device on Verizon's 4G LTE network.
Here is a detailed breakdown of the 4G LTE Verizon bands in use:
- Band 2 (1900MHz): A Verizon band is actively transitioning from 2G/3G for use for LTE. It is currently a supplementary carrier that brings more capacity to the network and is commonly deployed in 10x10 chunks.
- Band 4 (1700/2100MHz): This Verizon band has solid amounts of these bands that it deploys in larger, 20x20MHz blocks in many markets.
- Band 66 (1700/2100MHz): this is a superset of band 4 (meaning that it has all the frequencies of band 4, plus a few additional blocks). It is usually deployed in small chunks and it not available everywhere.
- Band 5 (850MHz): A Verizon band still in use for 2G/3G services in some markets, while for others, it is using this band for LTE. Verizon holds a lot of this spectrum nationwide and usually deploys it in 10x10 blocks.
- Band 13 (700MHz): A Verizon band that is the backbone of the Verizon Wireless 4G LTE network. Verizon has this rolled out to most markets across the nation, but since it is usually deployed in rather small 10x10 chunks, it could become congested fairly easily.
- Band 46: these are frequencies in the 5.9GHz spectrum that the carrier has started using as of 2020. This band is not widely deployed yet as of 2020.
- Band 48: this is CBRS band that is unlicensed yet but has been in use since September of 2019. This band is not widely deployed yet as of 2020.
What LTE bands does Sprint use?
Sprint 4G LTE data by volume, breakdown as of December 2018
Historically, Sprint was one of the first carriers with a 4G network, but in the beginning, the carrier chose WiMax technology for its 4G network. A few years after that, the company had to change technology to the better established LTE technology.
Here is a breakdown of the 4G LTE bands that Sprint uses and their importance:
Band 26 (800MHz): This low-frequency Sprint band is used for extra coverage and it covers a lot of the traffic in rural areas, plus it is used to improve coverage within buildings.
Band 25 (1900MHz): Sprint band 25 is a superset of band 2 that we are commonly seeing on other US carriers. Being a superset means that it includes band 2 frequencies plus some additional spectrum. It is deployed in different chunks in different regions, from 5x5 blocks to 15x15 blocks.
Band 41 (2500MHz): this Sprint band is different than the rest since it uses the TDD LTE technology rather than FDD LTE like everyone else in the US. What this means is that in this band you get higher allocation for the downlink stream than the uplink.
Interestingly, Sprint does carrier aggregation a bit differently than the rest of the carriers. Sprint uses "intraband" carrier aggregation (CA), meaning that it is aggregating the same LTE band (band 41 + band 41, for instance). In contrast, other carriers use "interband" CA, meaning that aggregation happens between two different frequencies (band 12 + band 4, for instance). One interesting consequences of this technology is that you usually end up connected to two channels on the same cell site, unlike with other carriers. Sprint used to call carrier aggregation Sprint Spark, but since the term was a bit confusing, they are now simply referring to areas with CA as LTE+.
What LTE bands does T-Mobile use?
T-Mobile 4G LTE data by volume, breakdown as of December 2018
Finally, T-Mobile has been the loudest and arguably the fastest growing 4G LTE network, especially in the big cities.
Currently, T-Mobile's main band is still band 4 (AWS) in the 1700 MHz range. It is the band T-Mobile uses in densely populated areas and while it may not quite have the penetration capabilities that come with B2, it is considered more stable. Historically, T-Mobile used band 4 back in the times of HSPA+ networks and has later on repurposed the frequency for 4G LTE, plus it has added additional coverage to the band via the MetroPCS acquisition. Band 2, on the other hand, is used in markets where band 4 is not available, but the two are also aggregated for better coverage in markets, where both are available. You can typically see band 2 used in rural/suburban areas.
T-Mobile has also won a big, 30MHz chunk of spectrum in an auction held in summer of 2017. The frequencies that it is now allowed to operate are in the low-band, 600MHz band, and are referred to as 4G LTE band 71. Interestingly, band 71 uses old UHF TV frequencies, and it will be relying more on them in the future as TV stations clear them. At the end of 2018, there were over 800 cities and towns that support the new longer range band 71. These frequencies are also expected to become the base for T-Mobile's upcoming 5G network, while at the current time, they contribute the most to the company's small city and rural coverage. The full deployment of band 71 is expected to boost T-Mobile coverage by 6 million additional people.
And here is an overview of all the bands:
- Band 2 (1900MHz frequency range): this is a band mostly used in rural areas, or where band 4 is not available. It has higher reach, and it is widely used in the Northeast to provide 4G coverage to distant places. T-Mobile has deployed various chunks of spectrum, from smaller 5x5 blocks to larger and speedier 20x20 blocks. This band is also used for 2G and 3G.
- Band 4 (1700MHz/2100MHz): the backbone of T-Mobile's LTE network. This T-Mobile band is usually deployed in large 20x20MHz chunks in most markets, providing fast speed and a stable connection. Used for more densely populated areas.
- Band 5 (850MHz): Extremely limited use. Most band 5 coverage is offered by Verizon and AT&T. T-Mobile only operates LTE on this band around the Myrtle Beach, South Carolina area.
- Band 12 (700MHz): This is T-Mobile's "extended range LTE" band, used mostly as a complimentary band for coverage in rural and suburban areas, and it is similar to band 71 in function. It is supported on most phones.
- Band 66 (1700/2100MHz): an extension (superset) of band 4, this band is supported on devices since late 2016.
- Band 71 (600MHz): the big win of the FCC auction for T-Mobile, this band was previously used by UHF TV stations. T-Mobile band 71 is owned by the carrier all across the nation in big chunks, and will be deploying it in the near future. Since this is a 600MHz range band, it will have wider coverage and will improve coverage inside buildings. It is supported only by newer phones like the 2018 series of iPhones.
Europe, UK and China 4G LTE bands, 4G LTE support in phones
While the 700 MHz range in various bands has been the backbone of the U.S. 4G LTE coverage, in Europe and China carriers use different spectrum and bands, so phones from the United States may not work there.
4G LTE bands in Europe
4G LTE bands used by carriers in Germany
In Europe, most carriers base their networks on bands 3 (1800 MHz), 7 (2600 MHz) and 20 (800 MHz). Some carriers in the Old Continent use B1, and others also use B28, but the backbone of most carriers' 4G LTE networks are B3, B7 and B20. Of course, as you can see in the chart above, there are differences even between carriers. In the example of Germany, the local division of Vodafone relies heavily on low-band 800MHz B20 spectrum, while O2 and Telekom have built networks way more reliant on mid-band 1800MHz spectrum (band B3).
4G LTE bands in the UK
4G LTE bands used by carriers in the United Kingdom
In the United Kingdom, similarly, carriers differ quite a bit in their implementation of 4G LTE networks. UK carriers EE and 3 use mid-band and high-band spectrum most of the time which results in higher speeds, but lower coverage, while Vodafone and O2 use 800MHz low-band spectrum a lot more resulting in better rural coverage, but slightly slower overall speeds.
4G LTE bands in India
In India, the most common LTE bands are B3, B40, and B41. However, there are differences depending on the carrier. The largest carrier in India, Jio, bases its network on bands B3, B5 and B40, leaning much heavier on low-band 850MHz band B5 than other carriers. Vodafone Idea, on the other hand, uses band B40 very sparsely, and the majority of that network is build on B1, B3, B8, B41. And Airtel, the third-largest carrier in India, uses B1, B3, B8 and B40.
China, on the other hand, uses a whole different 4G LTE standard - while the Western world has rolled out FDD-LTE networks, China and large parts of Asia use TDD-LTE. The differences between FDD and TDD are purely technical and the main one boils down to the fact that FDD is symmetrical (1:1 upload vs download), while TDD allows variable up / down ratio. The main bands for China are TD bands 40 and 41. More recently, China has also reallocated bands B1 and B3 to be used for its 4G LTE networks.
Do not forget that you can always check the supported bands for each phone by simply looking up the specs at PhoneArena.com or even better directly compare different phones!
And as Amazon Prime Day is getting nearer, you can also browse through our selections of Prime Day deals, if you're looking for a new phone.
LTE frequency bands in USA (AT&T, Verizon, T-Mobile, Sprint)
Frequencies us tmobile
This dossier is under construction.
As America's Un-carrier, T-Mobile US, Inc. (NASDAQ: TMUS) is redefining the way consumers and businesses buy wireless services through leading product and service innovation. Our advanced nationwide 4G LTE network delivers outstanding wireless experiences to 81.3 million customers who are unwilling to compromise on quality and value.
T-Mobile US launched commercial 5G service in parts of six cities on June 28 2019. Initial 5G deployments have used its 28 GHz and 39 GHz mmWave spectrum, offering very limited outdoor coverage in portions of New York, Los Angeles, Las Vegas, Dallas, Cleveland, and Atlanta.
T-Mobile's 5G service uses EN-DC, establishing a high speed 4G connection and adding a 5G layer in dual-connectivity mode - aggregating the multiple bands to provide a high speed and adaptive mobile broadband service.
In July 2019 T-Mobile announced the successful testing of n71 (600 MHz) in partnership with Qualcomm and Ericsson. The company plans to launch 5G on its 600 MHz spectrum during the second half of 2019.
Six Month Historic
Chart provided courtesy of Reuters for informational and educational purposes only and does not constitute an offer to sell nor a solicitation of an offer to buy any security which may be referenced upon the site.
Download PDF DossierSours: https://halberdbastion.com/intelligence/mobile-networks/t-mobile-us
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