Elisa - Estonia

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Carrier
Elisa
Country
Estonia Flag of Estonia View country details


Elisa (Estonia) uses 2 GSM bands, 2 UMTS bands, and 3 LTE bands. Find out if your unlocked phone or mobile device will work with Elisa (Estonia). See the tables below for details.

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Carrier website: https://www.elisa.ee/

Elisa Estonia is a leading telecommunications company in Estonia, offering a wide range of mobile communication services. Here are some key points about their mobile network:

  1. Market Leadership: Elisa Estonia is the market leader in Estonia, with a high number of private and pre-paid card clients, and it is the leading provider of fee-charging TV services and fixed internet connections in the country.

  2. Mobile Communication Services: Elisa provides a broad selection of mobile communication services, including affordable calls, fast mobile internet, and 4G internet services to homes and offices. The coverage area has grown continually, covering over 99% of the population.

  3. Innovative Services: Elisa has launched innovative services such as Mobile-ID, ID-ticket, M-lottery, M-parking, and positioning, which enhance the convenience of mobile services for its customers.

  4. Awards and Recognition: Elisa has received awards for its innovative services, including the Leading Light Award 2017 for launching the most innovative Gigabit/Ultra-Broadband service and the GTB Awards 2017 for its Residential 10G EPON network deployment and conversion of brownfield DOCSIS network to FTTH.

  5. 5G Development: Elisa is actively working towards 5G mobile internet and has made significant strides, including the first 5G call between Finland and Estonia in June 2018.

  6. Partnerships and Cooperation: Elisa collaborates with other major telecommunications companies like Vodafone and Telenor to provide globally competitive services, enhancing its offerings and reach.

  7. Customer Base: Elisa has over 655,000 clients for product testbeds and a dedicated startup team for fast and convenient communication, indicating a strong focus on innovation and customer satisfaction.

  8. Network Coverage: As of February 2022, Elisa's 5G network covered 86% of the population in Finland and 70% in Estonia, demonstrating its extensive coverage and investment in advanced network infrastructure.

Overall, Elisa Estonia's mobile network is known for its extensive coverage, innovative services, and commitment to technological advancements, making it a leading player in the Estonian telecommunications market.

Frequency Bands

GSM

Name Interface Description
900 MHz (E-GSM) GSM

Elisa Estonia uses the GSM 900 MHz (E-GSM) frequency band. The deployment of this frequency band in Estonia began in 1993 when EMT started developing GSM technology, marking the beginning of Estonia's transition to modern mobile communication systems.
1800 MHz (DCS) GSM

Elisa Estonia uses the GSM 1800 MHz (DCS) frequency band. This band was deployed in Estonia in 1993, marking the beginning of Estonia's transition to modern mobile communication systems.

UMTS

Name Interface Description
B1 (2100 MHz) UMTS

Elisa Estonia uses the UMTS B1 (2100 MHz) frequency band. This band was deployed in Estonia.
B8 (900 MHz GSM) UMTS

Elisa Estonia uses the UMTS B8 (900 MHz GSM) frequency band. This band is utilized for UMTS services. The deployment of this band is not specified in the provided information.

LTE

Name Interface Description
B3 (1800 MHz +) LTE

Elisa Estonia uses LTE Band 3 (1800 MHz +) for its LTE network. The deployment of this band was in February 2013.
B7 (2600 MHz) LTE

Elisa Estonia uses the LTE B7 (2600 MHz) frequency band.
B20 (800 MHz DD) LTE

Elisa Estonia uses the LTE B20 (800 MHz DD) frequency band. This band is known for its wide area coverage and deep penetration, making it suitable for regional and rural environments, as well as in-building coverage. It is also popular for IoT applications like eMTC (LTE Cat M1) and NB-IoT (LTE Cat NB1) due to its wide coverage characteristics. The 800 MHz band does not easily support Massive MIMO and beamforming technologies due to its large wavelength. It can be used as a single band or as part of a multi-band network, and it supports carrier aggregation with other bands to enhance bandwidth and performance.

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