Our 5G network now reaches 75% of Australians

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Over the past year, a big priority for us has been to bring Telstra 5G to as many people as possible, and today we have taken a significant step forward – with 75% of all Australians now having the ability to access to our 5G network where they live.

After starting our initial rollout of 5G in big cities, a big push has been made to expand it to our suburbs, regional centers and rural areas. You can now find Telstra 5G presence in over 2,700 suburbs and over 200 towns and cities across Australia.

In the past six months alone, we’ve enabled 5G services in over 100 regional cities, including Port Douglass in Queensland, Yass in New South Wales and Devonport in Tasmania.

As our 5G rollout continues across Australia, we see thousands of new devices joining our network every week, and we now have over 1.5 million 5G devices live on our network.

The hard work on our 5G rollout isn’t over yet – we want to bring 5G to as many people as possible. Reaching more Australians, however, will be more difficult from here, with populations spread over greater distances, with each incremental percentage of the population requiring proportionally more 5G sites to cover. So some areas may take a little longer than others before the 5G symbol appears. top of your phone.

And just because we’re so focused on 5G doesn’t mean we’ve forgotten about our 4G service. We have just taken another important milestone with our 4G footprint now covering over 2 million square kilometers and 99.4% of Australia’s population. So you can browse, stream or chat in more places than ever before.

Not just a bigger network, a better network

When it comes to 5G, as we roll it out across Australia, we are also innovating and deploying new technologies to provide better and even more reliable service to our customers.

A new addition is a technology called carrier aggregation. We have used it on 4G for a while and have helped dramatically increase connectivity for customers as we worked more and more on it. Essentially, it’s about allowing devices to access our network using multiple radio frequencies.

Think of it as if you are trying to heat a room. You start with one heater, but it’s still too cold, so you add another heater to bring the room up to temperature. Combining multiple frequencies to work together, just like radiators warming the room faster, gives you better network performance than connecting to the single frequency.

For the first time, we are also adding it to 5G. By combining Telstra 5G on 850Mhz low band spectrum and 3600Mhz 5G mid band, you should see 5G performance improvement when you are in or at the edge of 5G coverage.

mmWave – the next big thing

Earlier this year, we announced that we are investing $ 277 million in 26 GHz 1000 MHz spectrum for mmWave 5G – a short-range, high-frequency, super-high-capacity spectral band that really makes the most of this. that 5G can do. Adding mmWave to 5G will further overburden the network, adding more capacity for more devices, especially in densely populated areas like the CBDs of large cities or during major sporting events.

While the Australian Communications and Media Authority (ACMA), which manages spectrum licenses in Australia, recently auctioned mmWave spectrum, we have been preparing to launch it for some time now. In fact, we already have live 50 mmWave locations in Sydney, Melbourne, Brisbane, Adelaide, Goulburn and the Gold Coast.

We’re excited that mmWave is going live, and if you own a Telstra 5G WiFi Pro, you can enjoy the boost in some pockets in these areas. Right now, it’s the only device on the market that supports mmWave, but we’ll be launching a few more devices by the end of the year to take advantage of the next phase of 5G.

By Nikos Katinakis

Group Manager, Networks & IT – Telstra

Moved from Toronto, Nikos Katinakis joined Telstra on October 15, 2018 as Group Executive Networks & IT. In this vital role, Nikos is responsible for ensuring that Telstra delivers next generation network technologies to create the largest, smartest, most secure and reliable networks in the world. This includes the deployment of new technological developments, such as those related to 5G, as well as the maintenance and improvement of Telstra’s IT platforms. Nikos was previously Executive Vice President of Networks for Reliance Jio in India, where he was responsible for the deployment of the first pan-Indian 4G LTE network, with a focus on data management, as well as improvement and stabilization different operating platforms. In his second Jio assignment, Nikos led his fixed / fixed telephony business with the goal of launching full business services in major Indian cities, while fully automating and simplifying workflows and customer experience. Previously, Nikos was Senior Vice President of Architecture and Technology Development for Network and IT at Rogers Communications in Canada, as well as Chief Information Security Officer, where he was responsible for Strategy, the technology selection and roadmap that guided Rogers’ deployment of the next generation. capabilities across all networks and access services.

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