Nokia and Optus are revolutionizing Australia’s rural connectivity with cutting-edge 5G technology. By incorporating Nokia’s ReefShark System-on-Chip and Levante baseband solutions, Optus aims to offer enhanced coverage and speeds. This strategic partnership highlights sustainable network upgrades, boosting connectivity and reducing energy consumption.
Fujitsu is spearheading innovation in data center energy efficiency, partnering with Supermicro and Nidec to develop a cutting-edge liquid-cooling solution. This advancement could enhance energy efficiency by up to 40%, crucial for meeting AI workload demands.
In the race towards innovative technology, LG Uplus in Korea leads with energy-efficient solutions for future 6G networks. By testing an All-Photonic Transport Network with partners like Infinera, they aim to drastically reduce power consumption, ensuring a sustainable approach.
At the recent Embedded World event, Qualcomm, the US mobile chip giant, has introduced a new wifi System-on-Chip (SoC) named the QCC730 Wi-Fi solution. This innovative chip boasts an impressive 88% reduction in power consumption compared to previous equivalents, making it a game-changer for battery-powered IoT (Internet of Things) devices.
China Mobile and Ericsson have announced the launch of two energy-efficient 5G sites in China as part of their efforts to conserve energy and reduce carbon emissions. The Ericsson Smart Site offers new levels of quality assurance, the intelligent administration of various energy sources, full-stack real-time monitoring, and intelligent energy and service synergy. The initial facility, located in Jiangsu Province, runs on the 700MHz frequency and emits no carbon dioxide. The second facility, in Guangdong, operates on the 2.6GHz frequency. Both locations employ Ericsson’s power system, which optimizes the usage of energy from solar, grid and battery sources to provide the most energy-efficient operation possible. The systems also include remote management capabilities using Ericsson Network Manager. Energy conservation and renewable energy have become major technology trends in China. As China continues to prioritize energy conservation and carbon emission reduction, the partnership between China Mobile and Ericsson is well-positioned…
The United Kingdom’s AI Energy Council is harmonizing clean energy with AI infrastructure. Key players like Microsoft and AWS aim to ensure sustainable power for data centers and AI facilities. This initiative aligns AI growth with renewable energy sources, enhancing the U.K.’s computing power and economic development.
Nokia has partnered with TenneT to deliver optical networking for eight 2GW platforms in the Dutch North Sea, supporting renewable energy transmission. Using its 1830 PSS DWDM technology, Nokia will enable efficient data and energy flow, ensuring offshore wind energy reaches millions of homes across Europe.
AT&T will phase out its NB-IoT network, transitioning customers to LTE-M for greater data capacity and improved IoT services. The shift, set to complete by Q1 2025, reflects AT&T’s focus on advancing technology, including exploring 5G RedCap.
BT has launched an upgraded Carbon Network Dashboard, offering businesses valuable insights into electricity use and carbon emissions. This tool is essential for managing AI-driven energy demands, reducing unexpected network activity spikes.
Airtel’s partnership with Nokia under the Green 5G initiative marks a significant stride in sustainable telecommunications. By integrating energy-efficient technologies, Airtel enhances its 4G and 5G radio networks, optimizing energy usage and reducing CO2 emissions.
