SoftBank and NVIDIA have made a breakthrough in AI-driven RAN technologies by successfully integrating AI with 5G networks, branding it as AI-RAN. This collaboration, highlighted during the NVIDIA AI Summit in Japan, promises to convert base stations into AI revenue assets.
BSNL is spearheading the 5G revolution in India, launching a tender for 5G infrastructure in New Delhi to cater to 100,000 users. Utilizing 900 MHz and 3.3GHz bands, BSNL aims to boost digital presence with 5G SA connectivity and fixed wireless access broadband.
The formalized partnership between Nokia and NTT DATA marks a significant shift in their approach to private 5G networks, promising enhanced connectivity and technological advancements. This collaboration focuses on leveraging Nokia’s robust radio access network infrastructure to optimize operations in smart cities, airports, and industry sectors, reflecting a promising digital future.
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.
NVIDIA is partnering with T-Mobile, Ericsson, and Nokia to revolutionize mobile networks using AI-RAN. By leveraging the NVIDIA AI Aerial platform, this alliance aims to enhance 5G and future 6G networks. The partnership will optimize network performance and operational costs, paving the way for innovative AI-powered applications.
Nokia and Bharti Airtel’s first trial of 5G non-standalone technology in India achieved over 1.2 Gbps data throughput on Airtel’s commercial network. The trial used the 3.5 GHz spectrum for 5G, leveraging Nokia’s RAN software and advanced virtualization.
Cloud networking specialist Mavenir, in collaboration with Nvidia and Amazon Web Services (AWS), has unveiled a pioneering suite of generative AI (GenAI) solutions aimed at enhancing intelligent Radio Access Network (RAN) operations. Dubbed Operations Co-Pilot for RAN Service Assurance, this innovative platform promises to revolutionize network troubleshooting by automating fault prediction and root cause analysis.
Dell’Oro Group’s RAN 2030 Advanced Research Report hints at long-term growth in the RAN market, suggesting investments could surpass $40 billion by 2030. Despite challenges like short-term boosts due to new technologies, infrastructural opportunities in Fixed Wireless Access and private networks might augment growth. The report also anticipates macro RAN deployments leading the 6G era. However, the analysis remains mindful of potential obstacles clouding this optimistic outlook.
Stepping into the spotlight, Ericsson unveils a software toolkit aimed at enhancing 5G connectivity services. Harnessing fresh algorithms to optimize performance, modifying RAN slicing for faster service, and promising superior low-latency capabilities, this toolkit is a game-changer. Despite the off-pulse struggle to unlock 5G potential, this toolkit is deemed as a catalyst for transitioning from ‘best-effort’ broadband to premium experience. Yet, the question remains: Will consumers bite? In this backdrop, Network X, a collaboration with the wireline and cloud industries, promises insightful stories and strategies, marking a critical date for telecom enthusiasts.
Amid growing inflation and swelling telecom budgets, the advent of 6G brings in costly implications tied to Radio Access Network (RAN) equipment. As these financial implications loom, The Next Generation Mobile Network (NGMN) Alliance proposes a different approach to 6G implementation that may spare existing 5G infrastructure from unnecessary renewal. They advocate an operator-driven decision process in refreshing the 5G RAN, maintaining that 6G upgrade should not compromise 5G user experience and should be software-upgradable on existing network elements. As 5G capex reaches its peak in markets like the U.S., NGMN’s stance could potentially redefine traditional strategies in introducing new generations of mobile technology.
