Vodafone has joined the UK’s smart meter network, establishing essential 4G IoT connectivity. While Vodafone’s inclusion does not necessarily signify a replacement of current suppliers, it invites intriguing possibilities. The selection of a new provider despite existing 4G options raises questions around the decision-making process. Amid the drive to phase out 2G and 3G networks, this move potentially reflects the evolving needs of the UK’s telecoms infrastructure.
Telekom Malaysia partners with rival Maxis to share Radio Access Network infrastructure, significantly boosting its 4G coverage and strengthening its position in Malaysia’s mobile market. This collaboration aims to benefit both companies and customers while fostering innovation and cost-efficiency.
Global telecom giant Veon commits $600 million to boost Ukraine’s infrastructure, focusing on 4G mobile and fiber development, while inviting other institutions to join the initiative. Kyivstar, Veon’s subsidiary, aims for 98% 4G coverage in three years, with potential 5G advancements.
VEON commits $600 million investment via Kyivstar for Ukraine’s recovery, focusing on infrastructure, 4G expansion, cybersecurity, and community support, fostering accelerated digitalization and rebuilding efforts.
EE enhances 4G coverage by deploying small cells across UK towns and cities, reducing congestion and increasing capacity in high traffic areas. Utilizing advanced network analytics and Nokia’s 4G technology, EE aims to seamlessly integrate small cells into its future 5G network.
Even though fifth generation mobile communications technology is set to go mainstream, 4G, also known as LTE, isn’t going away any time soon. With this in mind, it is not surprising that manufacturers of telecom equipment continue to develop 4G-focused smartphone processors. US-based Qualcomm Technologies has launched three new Snapdragon mobile platforms aimed at 4G smartphone manufacturing companies. The Qualcomm Snapdragon 720G, 662 and 460 chipsets have been created to enhance user experiences across connectivity, gaming and entertainment applications. In a statement, the company said that these new mobile platforms provide high-speed 4G connectivity, deliver key Wi-Fi 6 features and integrated Bluetooth 5.1 with advanced audio via the Qualcomm FastConnect 6-series subsystems, support Dual-Frequency (L1 and L5) GNSS to improve location positioning accuracy and reliability, and are the first system-on-chip products to support Navigation with Indian Constellation (NavIC) satellite positioning system. Qualcomm said the new Snapdragon platforms also…
The mobile operator, Vodafone Ukraine, intends to launch their 4G network for the 1800 MHz band on 1 July, 2018. The expansion of the 1800 MHz band network will allow Vodafone to cover a wider territory, enabling access for millions of Ukrainians to 4G mobile Internet. This fourth generation service will be available in 50 settlements across 10 main regions of Ukraine: Kiev, Dnipropetrovsk, Kharkiv, Zaporizhzhia, Odessa, Mikolayiv, Poltava, Sumi, Kirovograd and Kherson. Besides the advantage of wider coverage, Vodafone is excited about the higher speed, improved connection stability and faster network response times for their mobile users. The other two major Ukrainian operators, LifeCell and Kyivstar, who won the 1800 MHz 4G LTE mobile license along with Vodafone at an auction held this March, will also be introducing similar services in early July.
Nokia and Motorola Solutions have launched a groundbreaking 4G/5G drone solution to bolster public safety and industry operations. Integrating advanced hardware and software, this innovative system supports first responders and critical industries.
Nokia has unveiled a groundbreaking 5G-enabled Nokia 360 Camera designed for Industry 4.0 applications. Featuring immersive 8K streaming and connectivity via 5G, Wi-Fi, and Ethernet, this camera blends cutting-edge virtual reality capabilities with robust durability.
Nokia and stc Group have successfully trialed a generative AI solution to enhance telecom services, improving efficiency, reducing costs, and speeding up service delivery. The “AI for Provisioning Services” project streamlines network management, benefiting businesses and communities.
