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DNA will open the 5G network in Helsinki at the turn of the year. In the first phase, the network covering the core areas will be expanded when terminal devices enter the market. DNA is also currently operating a fixed pilot for fixed 5G or Fixed Wireless Access technology in Vantaa. In addition, other 5G customer pilots will be launched in Finland during

The era of 5G mobile networks has started in Lithuania: the leader of the country’s telco sector Telia Lietuva is the first operator in the country to launch the next generation 5G connection and demonstrated a new mobile speed record – in an active Telia Lietuva network data was transmitted at the speed of 1.8 gigabits per second (Gb/s).

Telia Company, TalTech University and Ericsson have launched Estonia’s first 5G network. The first 4K video live stream was transmitted today from Tallinn Old Town Christmas market.

Telia Norway has opened its first 5G test network in Norway, marking the beginning of next generation’s mobile networks in the country. First up to try it out is the Odeon movie theatre in Oslo, which is now the world's first 5G cinema.

A world-class industrial 5G ecosystem will be built in the Nuottasaari industrial area in Oulu, Finland, and with Telia launching a pre-commercial 5G network in the city, the area will be one of the world's first industrial 5G environments.

MTN South Africa and Ericsson have announced South Africa's first 5G customer trial, deployment with a fixed wireless access site at technology company Netstar’s headquarters in Midrand.

EE, the UK’s number one mobile network and part of BT Group, today announced that it is switching on 5G sites in 16 UK cities in 2019. The first launch cities will be the UK’s four capital cities – London, Cardiff, Edinburgh and Belfast – and Birmingham and Manchester.

EE, the UK’s number one mobile network and part of BT Group, today announced that nine 5G trial sites are now live across East London.

The trial has so far encompassed every element of building a new 5G network, from obtaining planning permission and access agreements, through to managing power outputs. The trial will go on to assess the customer experience of new 5G spectrum.

Liquid Telecom has completed the acquisition of the remaining 50 per cent stake in its Zambian subsidiary, CEC Liquid Telecom, from Copperbelt Energy Corporation PLC.

EE, part of the BT Group, has switched on its first live 5G trial site. This will be the UK’s first live 5G trial, and is a major milestone in the rollout of the next generation of mobile networks.

DNA has won 5G frequency band in the Finnish Communications Regulatory Authority’s frequency auction. The 5G services will be provided from the beginning of next year, and they will enable connection speeds of over 1 gigabit per second (1Gbps) for DNA customers.

From now on, Elisa's mobile network in Estonia is the first opportunity to connect a very large number of devices to the Internet of Things, which makes it much smarter for everyday life.

Vodafone today conducted the UK’s first live holographic call using 5G technology. This is a significant milestone in UK communications. The speed of 5G will enable applications as diverse as remote robotic surgery and 4K gaming on the move.

EE, part of the BT Group, is turning 3G signal into 4G on more than 500 mobile towers in the next six months to enable the maximum performance on the top smartphones being released in 2018, as more customers demand high speed mobile data connections.

SOWETO – 07 SEPTEMBER 2018 – Comsol Networks, a leading provider of enterprise-grade wireless infrastructure, and Samsung South Africa have lit up Vilakazi Street in Soweto with a live 5G pilot network.

Comsol has access to the largest tranche of contiguous 28GHz in South Africa, making it the local front-runner for 5G services.

Denmark is today rounding a technological milestone. For the first time, Danish mobile customers now have access to an internet speed that has rounded the magic limit of 1,000 Mbit / s. Initially, Telia has opened for 1,000 Mbit / s in Copenhagen. But more cities are on their way. However, it is still only a small handful of mobile phones that support such high speeds at all.

The Telenor Group has long developed and tested the new mobile technologies that will lift the 4G network into the next generation of 5G networks.

Telia Company’s 5G network which operates on test frequencies issued by the Finnish Communications Regulatory Authority was launched on September 5 at the Telia 5G Arena in Helsinki in the presence of Johan Dennelind, President and CEO of Telia Company, who kept his promise from 2016 to launch 5G in Helsinki in 2018.

Over the past week, Telia has carried out a number of 5G demonstrations based on both end-to-end solutions and the upcoming 5G standards, which otherwise only come into force from 2020.

Lithuania, which is at the forefront of the European communications innovation, is gradually approaching another major change in communications technology – Telia Lietuva has started increasing the capacity of the 4G LTE mobile network and its speed by using a part of frequencies that until now have been allocated for 3G technology, which means a gradual sunset of 3G technology and the transiti

A world of new opportunities for creating more intelligent designs and solutions opens up with the new IoT solutions and the fast-paced 5G. When the two technologies meet, there is a bridge between the digital and physical world through the internet, where it is possible to collect, transport, and analyse on huge data packets that fly at the speed of lightning between physical thin

Together with a number of selected corporate customers, Telia is busy testing a new high-tech mobile network to support the future Internet of Things (IoT). The test results are promising, and Telia expects to be in the air with a nationwide Narrowband IoT network before the end of 2018.

When Telia Denmark later on this year brings the Narrowband IoT (NB-IoT) technology to its entire network, Telia Company will become the first operator to deploy NB-IoT across the entire Nordics. The new technology, designed for the Internet of Things, makes it possible to easily connect a huge number of sensors directly to the mobile network.

Following the auction which was carried out on 8th June 2018, TCRA hereby announces the successful conclusion of the auction of 2 x 20 MHz of spectrum in the 700 MHz frequency range.

All spectrum available were assigned, and the results of the Auction are as follows:

Industry partners, MTN South Africa and Ericsson (NASDAQ:ERIC), have validated the technological prowess of fifth generation (5G) wireless technology in the first demonstration of its kind in Africa – a live feed from a car on a skid pan at the Gerotek testing facility in Pretoria, mounting terminals in a vehicle on a live 5G network trial, using 100 MHz of spectrum in the 28 GHz band, the audi

Vodafone UK today unveiled seven cities that will become 5G trial areas, with roll-outs starting between October and December this year.

They form part of our major investment in building a world-class network infrastructure to support Gigabit UK, a nation where people will enjoy ultra-fast connection speeds of one gigabit per second on the move, at home or at work.

DNA and Ericsson are testing the capabilities of the 5G network in Kirkkonummi. The ongoing tests are a continuation of the 5G demo of February 2017. Their main goal is to test issues such as services enabled by 5G and the base-station-specific coverage area.

[Durban, South Africa, May 23, 2018] In a global first, MTN SA have successfully commercially deployed Huawei’s CloudAIR 2.0 solution to share spectrum between 2G, 3G, 4G and NB-IoT radio technologies in the 900 MHz band.

SEOUL, South Korea (May 14, 2018) – KT Corp.(KRX: 030200, NYSE: KT) has completed the construction of Rwanda’s nationwide LTE network, the first in Africa by Korea’s top mobile carrier, as part of its efforts to boost global exports in the field of information and communications technology (ICT).

Critical equipment for the backbone network has already been upgraded and DNA’s backbone network speeds have been raised by multiples of 400 Gbit/s to a maximum of 1.2 Tbit/s. In addition, the minimum speeds of local area networks, i.e. regional networks, have been raised to meet the new and future requirements of the area in question.

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