Despite robust projections for 5G growth, the radio access network (RAN) equipment market experiences a downturn, according to Dell’Oro Group. A typical industry cycle shows that after the booming initial rollout of new mobile tech, stagnation follows as operators complete their spending cycles. However, 5G RAN could still expand by 20%-30% by 2027, failing to offset decreasing LTE investments. As telecom industry anticipates the inception of 6G, dwindling subscriber growth and restrained capital expenditures, due to economic considerations, are putting pressure on the market.
In a quantum leap for telecommunications, the emergence of 5G-Advanced next year is set to revolutionize user experiences and catalyze operator revenue growth. Unveiling at the 2023 MWC Shanghai, Huawei is geared to lead this evolution with its innovative capabilities and AI-empowered design. Pioneering 5.5G network solutions, the telecom giant intends to enhance services for a sprawling customer base spread over 260 5G networks worldwide. Close on its heels, is the seamless integration of cloud with the core network, creating intelligent entities of simple Internet-based objects, promising profound implications in IoT.
The GSMA and the European Space Agency are planning a collaboration to further integrate satellite and cellular technologies. This new alliance promises to bring non-terrestrial networking (NTN) into the market mainstream, a significant step, previously signaled by NTN’s inclusion in the 3GPP’s 5G standards. With eyes set for integration in future 6G networks, this collaborative endeavor aims to advance unique solutions for businesses and consumers. It’s an astounding opportunity that potentially could yield a high-growth market worth $18 billion between 2024 and 2031.
Unveiling a battery and solar-powered 5G site in Texas, Ericsson demonstrates an innovative and eco-friendly approach to creating energy-smart network solutions. This next-generation site not only offers enhanced energy management, potentially trimming operational expenses and reducing energy consumption, but also hints at lucrative future revenue streams from selling excess power. As Ericsson continues to explore greener alternatives, it’s intriguing to see how telecom companies worldwide will adopt this sustainable model.
The future of telecommunications is rapidly changing thanks to the surge of Internet of Things (IoT) connections, with an anticipated 142 million 5G IoT roaming connections by 2027. This evolution promises increased speeds, reduced latency, and advanced services, setting the stage for a demand surge in standalone-specific 5G roaming agreements. However, despite these advancements, most connected devices will continue utilizing LTE-M and NB-IoT networks due to their compatibility with mixed traffic. A major hub for 5G IoT roaming is Western Europe, anticipated to host 21% of all such connections by 2027.
At the recent “5G Business Dialogue” during MWC Shanghai 2023, industry champions pondered on the positive impact of 5G adoption four years after its commercial introduction. Notably, it now makes up 10% of total revenue for China’s three providers. Furthermore, Enhanced Mobile Broadband (eMBB) services are noting considerable success due to swift user migration and industrial digitization. Innovation strides such as the Naked-eye 3D and 5G New Calling reflect the telecom sector’s future. However, with increasing Pan-Asian 5G uptake, the dialogue also ventured into the idea of “5.5G”, envisioned as a natural progression from its precursor. It’s intriguing to anticipate further transformative innovations within this industry.
Ningbo, a vibrant economic hub in China, is transforming into a smart manufacturing center, committing itself to superior digital infrastructure. The heart of this strategy encompasses a six-layered approach focused on efficient information transmission that fosters industry digitization. With established leadership in 5G industrial internet, and over 600 private networks already deployed, the city provides a gateway to the digital future. Innovation extends beyond large corporations, with solutions ranging from on-premise to lightweight 5G private networks, thus catering to businesses of all sizes. The impact is far-reaching and the future, promising, as China Mobile Ningbo aims to address industry-specific challenges with targeted 5G solutions.
Despite the complexities, the Telecoms.com survey reveals an exciting consensus: The enterprise private networks may become a 5G goldmine in the next few years. Interestingly, the mobile edge’s role shows signs of decrease. But what about Multi-Access Edge Computing and the high cost of managing mixed networks? And how can vendor selection help overcome security concerns? With both telecoms and customers keen on leveraging 5G’s potential, it’s a thrilling tale of advancement and challenges.
The City of Bellevue, renowned for its digital innovation, has partnered with T-Mobile to launch a collaborative project utilizing Cellular Vehicle-to-Everything (C-V2X) technology and T-Mobile’s 5G network. The initiative aims to facilitate near real-time communication between vehicles, traffic infrastructure, pedestrians, and cyclists, in support of Bellevue’s Vision Zero program, which seeks to eliminate road-related fatalities and serious injuries by 2030.
In this dynamic digital era, telecom stakeholders are exploring innovative ways to connect people, homes, industries with machines and vehicles. Huawei’s Li Peng emphasizes creating value with 5G, citing its ability to deliver higher traffic, extensive connectivity, reliable latency, and multifaceted cloud services.
