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The global telecommunications solutions provider ZTE and the mobile operator Hutchinson Drei Austria announced another strategic step to expand their partnership in preparation for the 5G rollout in Austria. The cooperation between mobile operators and telecommunications equipment providers is fundamental for the implementation of this cutting-edge technology, and a Joint Innovation Lab initiative was launched to develop, test and optimize the latest 5G technology solutions. The ten-year partnership between ZTE Austria and Hutchinson Drei Austria has already shown great results in upgrading the network for higher quality standards and service improvements, as demonstrated in the most recent Pre-5G trials in Austria. “The first result of the joint innovation initiative was the successful evaluation of the Pre-5G technology, which enabled us to create a commercial Pre-5G in Vienna already at the beginning of this year. This move was a breakthrough in the European telecoms market, which made Austria a true 5G…

While 5G maintains its dominant position in telecom news headlines, Qualcomm has made a major move towards the realization of this disruptive technology with the announcement of the first fully-integrated QTM052 5G NR mmWave  and QPM56xx sub-6 GHz RF modules for mobile devices. These antennas will be used in conjunction with the Snapdragon X50 5G module to achieve the stellar target speeds of 5G networks. “Qualcomm Technologies’ early investment in 5G has allowed us to deliver to the industry a working mobile mmWave solution that was previously thought unattainable, as well as a fully-integrated sub-6 GHz RF solution. Now, these type of modem-to-antenna solutions, spanning both mmWave and sub-6 spectrum bands, make mobile 5G networks and devices, especially smartphones, ready for large scale commercialization,” commented the president of Qualcomm Incorporated. Even though the mmWave signals can offer the critically higher speeds that are essential for this cutting-edge network, they can…

Amongst all the excitement of approaching 5G rollouts, the Finnish operator Elisa has grabbed the headlines by officially announcing that they are the first operator in the world to begin commercial use of a 5G network. Elisa’s first 5G network services were launched in Tampere (Finland) and Tallinn (Estonia). The first person to use the 5G network was Finland’s minister of Transport and Communications, Anne Berner, who made an international video call to Estonia’s minister of Economic Affairs and Infrastructure, Kadri Simson, using Huawei 5G terminal devices. Even though there are no commercial 5G-compatible devices available to the public, Elisa is already offering two types of 5G subscriptions. A significant hurdle that must be overcome for mass 5G rollouts is the issue of licensing. The Finish Ministry of Communications is set to allocate the first 5G licences for the 3.4-3.8 GHz bands in autumn, thereby enabling Finland to maintain their…

M1 will start testing 5G small cells at the end of the year. Those trials will be conducted in partnership with the Finnish company, Nokia. The main goal of those tests will be to give informations on the best way to install 5G small cells for a commercial purpose in a “dense cell grid architecture” and to validate the efficiency of low-latency for the “Internet of Things”. Denis Seek, CTO of M1 stated, “The practical learning from early 5G field trial is critical for the success of developing high-performance and demand-driven 5G services for our customers in future and enables us to play a key role in Singapore’s Smart Nation initiatives.” If Nokia has been working with M1 on network trials since 2016, it won’t be the only company working with the operator. The Chinese tech giant Huawei will also run trials with M1 by testing the 28GHz mmWave spectrum…

5G will be available for trial in seven cities across the UK. Birmingham, Bristol, Cardiff, Glasgow, Liverpool, Manchester, and London were selected to run the tests on the upcoming network. Those new infrastructures will be running the new 5G at the end of 2018 between October and December. Earlier this year, Vodafone paid £378 million, to get 50Mhz of the 3.4GHz spectrum. Nick Jeffery, Vodafone’s chief executive stated, “We want to make 5G and new fibre broadband services available to consumers and business throughout the UK, delivering a Gigabit society for all. We will also be bringing ultra-fast 4G to several hundred sites in hard to reach rural areas this year, building on our position as the network that offers the best voice coverage in the UK.” Vodafone’s goal is to launch a full 5G service in the UK by 2020, when 5G devices will be available on the market.

After years of hype, we are looking forward to the impending rollout of 5G networks. This transformational technology will lay the foundation for many future services and change how we view productivity. But how will 5G affect you? Speed and responsiveness It is not yet possible to state definitively what network speeds will be reachable, but it is fair to say that the biggest benefit of 5G to the average user will be the speed of this service. Early estimates have shown that data rates could be up to a thousand times faster than 4G, potentially exceeding 10 Gbps. In practical terms, everything we currently do on the Internet would be significantly faster, and these speeds would enable users to download an entire HD film in a few seconds. Responsiveness or latency refers to the time between a request and a response. The ultra-low latency of 5G will result in response…

The auction for 100MHz of spectrum in the 3.5GHz bandwidth were sold to SK Telecom and KT, and on the other hand, LG Uplus received 80MHz of spectrum in that same bandwidth. The total amount that was raised by the auction was a little lower than anticipated with $3.6 billion. The Ministry of Science and Information and communication technology sold by auction 280MHz of spectrum in the 3.5GHz bandwidth and will later sale 2,400MHz in the 28GHz band. 5G networks will certainly reach South Korean as one of its first market to be launched on. The next few months and years will be important for SK telecom and KT. They want to make sure that South Korea will be “first for 5G” with an expected March 2019 as a deadline to start launching the news high speed network.

The Swedish tech company expects 5G devices market to expand exponentially over the next 5 years. A report issued by Ericsson on Tuesday indicates that IoT (Internet of Things, that includes non-computer connected objects) will see its growth explode with 5G connections available, as they foresee that the connected devices’ market will be multiplied by five. As of today, this market represents 700 million units, and by 2023 their report see a size of 3.5 billion IoT devices. Last November, Ericsson’s expectations were of half this number. Patrik Carwall, head of industry marketing department at Ericsson thinks that among those 3.5 billion, 1 billion devices will use 5G. He added “We have been reporting on mobile industry development for a number of years. However, this report is probably one of the more exciting ones because we are at the start of a big change in the industry.” 5G will start…

Sprint announced that 5G PCs will be available to buy in their stores next year. Those computers will be built around Intel’s chips. The operator won’t be the only one to offer 5G PCs as Acer and Asus also recently declared their plan to produce 5G Intel-based computers. With Microsoft, Dell, HP and Lenovo having already announced their plan to launch 5G laptops, the market will see a total of six companies battling for this new segment, until others tech companies come out with their own project. Intel has fought hard for this, as the company met difficulties competing with Qualcomm in implementing its chips in connected devices, especially in 4G PCs that are supposed to be available in stores this year with Snapdragon chips inside.

Telecom Secretary in India, Aruna Sundarajan expressed concerns about the country’s lack of quality mobile network services. She pointed out the fact that more towers and fiberisation is needed to follow the growth of subscribers. She said, during the second 5G India conference, “In a country where data is growing at 500 per cent, we need much more infrastructure. You need at least double the number of towers, at least double the size of fibre. Otherwise, where will the quality come from? So, they (operators) are working on that We are driving down hard on the service quality areas. We are beginning to see visible changes as a result of it. But it is not enough.” In a situation where call drops occur more often, falling service quality is concerning users and professionals. Manoj Sinha, the Telecom Minister, replied by confirming that the government is committed to “ensure quality of…