Spark New Zealand has chosen Nokia to expand its 4G and 5G networks, enhancing VoIP capabilities across various cities. Utilizing Nokia’s 5G AirScale suite, Spark aims to simplify operations and boost efficiency.
Nokia has secured a crucial agreement with Claro Argentina to deploy 5G infrastructure nationwide, positioning Nokia as the sole supplier. This collaboration aims to revolutionize connectivity, focusing on Argentina’s largest cities. By leveraging Nokia’s cutting-edge 5G AirScale technology, encompassing base stations and massive MIMO radios, this initiative promises unparalleled performance and reliability.
TIM Brasil is partnering with Nokia for a significant 5G expansion across 15 states in Brazil, set to commence in January 2025. Utilizing Nokia’s advanced 5G AirScale portfolio, including baseband and massive MIMO radios, this initiative aims to boost connectivity for both general users and regional enterprises, enhancing Brazil’s telecom landscape.
NTT Docomo is set to launch New Radio dual connectivity technology, offering download speeds up to 6.6 Gbps using 5G Standalone architecture. Utilizing sub-6GHz bands and mmWave, this VoIP-enhancing tech will debut in Tokyo and Kanagawa starting August 1.
Telecom Egypt is on the verge of launching the nation’s first 5G services after signing a groundbreaking agreement with Nokia. This collaboration includes the deployment of advanced 5G RAN equipment in major cities like Cairo and Alexandria. Telecom Egypt, the sole 5G spectrum license holder, underscores their commitment to cutting-edge digital services.
BT Group, Nokia, and Qualcomm have successfully tested 5G Standalone (SA) 5CC carrier aggregation at Adastral Park, making BT the first European operator to achieve this milestone. Utilizing Qualcomm’s Snapdragon 5G Modem-RF system and Nokia’s 5G AirScale portfolio, the tests achieved downlink speeds of 1.85 Gbps, highlighting the potential of 5G SA.
Nokia and Claro have successfully concluded the first phase of Colombia’s most extensive 5G rollout, establishing 1,000 sites across the nation. This achievement came just four months after Colombian authorities granted 5G licenses, marking a significant step toward enhancing various industrial sectors, including transport, mining, energy, and oil and gas.
The Finnish telecommunications equipment provider Nokia and Swedish operator group Telia joined forces to conduct a trial assessing the utility of the 6 GHz spectrum for massive MIMO 5G. Their outdoor trial, held at Nokia’s Research and Development center in Espoo, Finland, featured the utilization of a 128TRX antenna based on Nokia’s AirScale Habrok radio and a test terminal from MediaTek equipped with integrated antennas. While specifics on speeds and feeds remain undisclosed, the trial reportedly proceeded successfully.
Nokia and Vodafone have completed a successful end-to-end Open RAN trial on Vodafone Italy’s live 5G standalone network. This trial utilized Nokia’s AirScale Massive MIMO radios and baseband software on Dell PowerEdge XR8000 servers and Red Hat OpenShift, a hybrid cloud platform powered by Kubernetes, connected to Nokia’s standalone 5G core. Additionally, Nokia’s MantaRay Networks Management system was used to enhance network monitoring and management. This trial showcases the maturity of Nokia’s anyRAN approach, providing mobile operators and enterprises with greater network-building flexibility. Nokia’s support for Open Fronthaul features, integrated with its high-performance RAN software, ensures performance consistency with existing RAN. Nokia has collaborated with five open radio unit suppliers, demonstrating the openness and high performance of its AirScale O-RAN DU/CU. This solution offers operators enhanced flexibility, efficiency, and scalability. By integrating with Red Hat OpenShift, service providers can scale their 5G networks and introduce new services quickly. Vodafone aims…
Vodafone and Nokia have wrapped up a significant Open RAN trial in northern Italy after a three-month test period in the towns of Arcisate and Sernio, located in Lombardy. This trial, conducted on a standalone 5G network, aimed to assess the performance and viability of Open RAN technology in real-world conditions.