This world-first achievement was conducted at Burra in South Australia and made possible through a new software feature that extends the maximum cell range from 15km out to 100km. The extended range feature will enable Telstra to broaden the benefits of 5G Massive MIMO AAS radios to even more rural and regional areas, delivering 5G capacity and downlink speeds to more customers.
While this feature will not extend reach where it is already limited by terrain, vegetation or other obstructions, in situations where an area has clear line-of-site to the antenna on an enabled site, a connection can be established as far as 100km. Although situations allowing a full 100km extension will be limited, there will be many areas in regional/rural Australia where effective 5G coverage will now reach well beyond 15km, meaning more 5G coverage in more places.
Nikos Katinakis, Telstra Group Executive Global Network & Technology, says: “We have a responsibility to deliver the very best connectivity to regional customers including the benefits and the experience of 5G. We’re working hard and making sure we invest in the world’s best technology to make sure all Australians have access to the largest and most reliable network now and in the future. This world first achievement is just one of the ways we are committed to improving coverage over time.
Emilio Romeo, Head of Ericsson, Australia and New Zealand, says: “Once again Telstra and Ericsson are leading the industry to extend the reach of new mobile technologies. This milestone is another example of how we’re innovating to deliver connectivity to more Australians.”
Telstra will selectively enable this long-range capability where it can provide a coverage benefit based on each mobile site’s local requirements and environment. Once testing is complete, and based on device dependencies, it is expected selective field deployments will start later this year.
NOTES TO EDITORS:
The 100km long-range 5G data call was conducted at Burra, South Australia, approximately two hours north of Adelaide. The maximum achieved throughput at 100km was 89Mbps. The 5G Standalone (SA) data test calls were conducted using Telstra’s n78 (3600MHz) spectrum, and also demonstrated Carrier Aggregation (CA) between Band 5 (850MHz) and n78. The host base station was equipped with Ericsson’s AIR6488 TDD AAS radio and an Ericsson Baseband 6630 running on commercial software. Two models of Samsung handsets were used in the long-range testing, a Samsung A53 using a Samsung LSI Exynos chipset and a Samsung A13 using a MediaTek chipset.
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