Nokia has announced a significant upgrade to Optus's 5G network across regional Australia, deploying its latest generation of Habrok Massive MIMO radios and Levante baseband solutions. This move is set to enhance the network's coverage and capacity, marking a pivotal step in Optus's commitment to improving connectivity for regional communities and businesses. The deployment follows Optus's Multi-Operator Core Network (MOCN) RAN-sharing agreement with TPG Telecom, underscoring the strategic importance of this upgrade in meeting the growing demand for high-speed internet in less urbanized areas.

The Habrok 32 massive MIMO radios, powered by Nokia's ReefShark System-on-Chip (SoC) technology, are at the heart of this upgrade. These radios offer a 33% increase in output power, enabling Optus to deliver superior coverage and capacity while significantly reducing power consumption. The compact and lightweight design of the Habrok 32 makes it an ideal solution for both new deployments and the modernization of existing sites, ensuring that Optus can maximize the use of shared spectrum assets in RAN-sharing areas.

Energy efficiency is a key focus of this upgrade, with the Habrok radios featuring an 'Extreme Deep Sleep' power-saving mode. This innovative feature switches off unused resources, reducing energy consumption without compromising network performance. Additionally, the Levante baseband solutions, which are AI-ready, promise to halve energy consumption compared to previous generations, further enhancing the sustainability of Optus's 5G network.

Kent Wu, Optus Vice President of Access Network Strategy, Planning, and Quality, highlighted the importance of this deployment in meeting customer demands for enhanced connectivity. With Nokia's advanced technology, Optus is well-positioned to provide faster speeds and improved service quality, ensuring that regional Australians can enjoy seamless streaming, downloading, and online experiences. This partnership between Nokia and Optus represents a significant leap forward in the evolution of 5G networks in Australia, setting a new standard for performance and efficiency in regional connectivity.

A Swedish court has convicted six individuals for their involvement in the murder of a 41-year-old gang leader in the Berga district of Linköping during the summer of 2024. The Linköping District Court delivered verdicts in the case, which involved eight defendants originally charged with participation in the killing. The court established that the murder was carried out according to a criminal plan orchestrated by members of an organized crime network based in the Berga area.

The victim was fatally shot in a public space near Berga Church in Linköping on August 13, 2024. Multiple gunshots struck the man in his back and head during the daylight incident, which occurred near residential buildings and a playground. Several members of the public witnessed the shooting, adding to the evidence presented during the trial.

Court proceedings revealed that a 14-year-old boy fired the fatal shots that killed the gang leader. The teenager, who has admitted to the killing, was not prosecuted due to being below the age of criminal responsibility under Swedish law. Instead, prosecutors focused on the eight older individuals allegedly involved in planning and facilitating the murder, all of whom had denied the charges against them.

Evidence presented by prosecutors included extensive documentation of movement patterns through surveillance footage, GPS data from electric scooters, and mobile phone analysis. The court determined the victim had been lured to the crime scene under the pretense of a drug transaction, with communication occurring through a special Snapchat account and a dedicated mobile phone later found buried in nearby woods. Six of the eight defendants were found guilty, with two receiving life sentences for murder while others were convicted of aiding the killing.