Russia
Mobile networks and carriers in Russia use 2 GSM bands, 2 UMTS bands, 9 LTE bands, and 6 5G NR bands. Find out if your unlocked phone or mobile device will work in Russia. See the tables below for details.
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Check device compatibilityRussia's mobile network development began with the establishment of the first Russian FidoNet node in October 1990 in Novosibirsk, which contributed to the development of Runet, the Russian internet network. The USSR was included in FidoNet's Region 50, and this activity played a significant role in the early days of Russian internet connectivity.
In the early 1990s, mobile network infrastructure started to expand. The first commercial mobile network in Russia was launched in 1994, with the introduction of GSM technology. By the mid-1990s, mobile networks had become a popular means of communication, especially in urban areas.
In 2005, the Chelyabinsk-Khabarovsk Fiber-Optic Communication Line was laid down, extending for 10,000 kilometers and offering a minimum transmission rate of 120 Gigabits per second. This significant upgrade in fiber-optic infrastructure supported the rapid expansion of mobile networks across the country.
By 2010, mobile operators like MegaFon had begun constructing backbone nodes for high-speed IP/MPLS networks in major cities, including Moscow and St. Petersburg. This investment aimed to improve mobile network penetration and provide faster data services.
In 2019, a major project aimed to enhance mobile network infrastructure and provide cloud-based services for enterprises. This project, which will be executed until 2026, includes the upgrade of cellular network infrastructure and the deployment of cloud services. The goal is to increase broadband internet availability, improve digital integration of small cities, and enhance data security for enterprises.
Today, Russia's mobile network infrastructure is robust, with extensive coverage and high-speed data services available across the country. Despite the challenges posed by the digital divide, particularly in rural areas, significant efforts are being made to expand and improve mobile network services.
Carriers
Name | # of frequency bands in use |
---|---|
Beeline | 10 |
MegaFon | 16 |
MTS (Mobile TeleSystems) | 14 |
Tele2 | 8 |
Yota | 8 |
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Frequencies in use
GSM
Name | Interface |
---|---|
900 MHz (E-GSM) | GSM |
1800 MHz (DCS) | GSM |
UMTS
Name | Interface |
---|---|
B1 (2100 MHz) | UMTS |
B8 (900 MHz GSM) | UMTS |
LTE
Name | Interface |
---|---|
B1 (2100 MHz) | LTE |
B3 (1800 MHz +) | LTE |
B7 (2600 MHz) | LTE |
B8 (900 MHz) | LTE |
B20 (800 MHz DD) | LTE |
B34 (TD 2000 MHz) | LTE |
B38 (TD 2600 MHz) | LTE |
B40 (TD 2300 MHz) | LTE |
B41 (TD 2500 MHz) | LTE |
5G NR
Name | Interface |
---|---|
N1 (2100 MHz) | 5G NR |
N7 (2600 MHz) | 5G NR |
N78 (3500 MHz) | 5G NR |
N79 (4700 MHz) | 5G NR |
N257 (mmWave 28 GHz) | 5G NR |
N258 (mmWave 26 GHz) | 5G NR |
Latest updates
- 2024/08/09 - Carrier Yota updated.
- 2024/08/09 - Carrier Tele2 updated.
- 2024/08/09 - Carrier MTS (Mobile TeleSystems) updated.
- 2024/08/09 - Carrier MegaFon updated.
- 2024/08/09 - Carrier Beeline updated.
- 2024/08/04 - Carrier MegaFon updated.
- 2024/08/04 - Carrier Beeline updated.
- 2024/08/04 - Carrier Yota updated.
- 2024/08/04 - Carrier Tele2 updated.
- 2024/08/04 - Carrier MTS (Mobile TeleSystems) updated.