SailGP and Ericsson’s partnership marks a transformative era in competitive sailing by leveraging private 5G technology. The deployment of Ericsson’s network and edge routers enables unprecedented data collection during races, enhancing both fairness and excitement.
Vodafone Spain is deploying a private 5G network at Geoalcali’s Navarra mine to enhance safety and efficiency. Integrating 4G for equipment connectivity, it enables real-time data access, remote machinery control, and automation.
NEC and Cisco’s partnership in enterprise private 5G solutions represents a breakthrough in digital innovation. Merging Cisco’s 5G SA Core technology and NEC’s expertise in radio network integration empowers businesses through enhanced digital transformation.
Siemens partners with LS Telecom to globalize its private 5G system, expanding beyond Germany. This collaboration aims to deliver advanced 5G solutions across various industries. With LS Telecom’s expertise, Siemens enhances its 5G capabilities, focusing on high-frequency bands in Europe and the US.
Nokia partners with Rockwell Automation to test private 5G on the CBRS band, enhancing industrial automation using EtherNet/IP protocols. With successful integration of time-sensitive networking and ultra-reliable low-latency communications, this collaboration signifies a breakthrough for Industry 4.0 applications. Discover how private 5G network solutions are transforming industrial automation and connectivity.
ADNOC has teamed up with e& to deploy the largest private 5G network in the energy sector, spanning 11,000 square kilometers of operations. This ambitious initiative, aimed at boosting AI, IoT solutions, and operational efficiency, is projected to generate $1.5 billion in value by 2025.
Vodafone Spain is collaborating with Ericsson to promote the transformative capabilities of private 5G networks for enterprises. The initiative includes a series of conferences across Spain, showcasing the technology’s potential to revolutionize various industrial sectors.
With the advent of 5G and Wi-Fi 6, cellular connectivity offers an enticing alternative to Wi-Fi, especially in enterprise set ups. These advances, along with new approaches to spectrum policy, have spurred the expansion of private cellular networks (PCNs), giving companies more control over their connectivity. A deeper analysis reveals that despite its accessibility, Wi-Fi faces challenges like signal interference and limited coverage, where private 5G networks, underscored by robust security and higher capacity, outperform.
As the year draws to a close, the Radio and Internet Services Department (RDI) is inching closer to launching private local spectrum licenses for enterprise clients. Set to equip them with the 3.5GHz spectrum and power the assembly of private 5G networks, this promises to transform sectors such as Virtual Reality and autonomous vehicles. However, some concerns have borne by airports and ports on fair allocation.
BT and Ericsson have launched a new cooperative venture in which the two companies will collaborate to deliver private 5G networks to Industry 4.0 clients. The details of the multimillion-pound arrangement have not been released, although it is reported that the partnership duration is to be for several years. Under the terms of the agreement, BT will use Ericsson technology to provide private 5G networks to partners in a variety of industries, including manufacturing, healthcare, and transportation and logistics, with a focus on enabling valuable solutions such as asset tracking, predictive maintenance and automation. Asset tracking, predictive maintenance, networked sensors, real-time data processing, automation and robots are among the industry 4.0 solutions promised. The actual implementation may vary depending on the environment, but the private 5G network, which enables all of these use cases with low latency connectivity, is the main selling point. Katherine Ainley, CEO Ericsson…
