The networking and telecommunications company Ericsson and Germany’s largest network provider Deutsche Telekom, have announced that together they are the first to successfully demonstrate a wireless transmission on the mmWave spectrum, that can transfer data four times faster than currently existing services. The achievement of the data transmission rate of 40 Gbps with a latency of under 100 microseconds is a considerable advancement towards the fulfilment of stringent latency requirements of 5G, and the anticipated 100 Gbps backhaul networking. Per Narvinger, Head of Product Area Networks, Ericsson, said: “Microwave continues to be a key technology for mobile transport by supporting the capacity and latency requirements of 4G and future 5G networks. Our joint innovation project shows that higher capacity microwave backhaul will be an important enabler of high-quality mobile broadband services when 5G becomes a commercial reality.” A backhaul is an intermediate link between the core network and…
The Nordic telecom companies Telia and Ericsson have made important progress towards implementing 5G innovations for commercial use across Sweden in 2020, by launching their 5G development platform at KTH, the Royal Institute of Technology in Stockholm. Their hopes are for the network to play a vital role in developing innovative new solutions and services. The KTH campus was chosen as the host venue due to the research such as remote VR, Internet of Things (IoT) and industry automation being conducted at that facility. Professor Jan Gulliksen, the Vice President for Digitalization at KTH, appreciates this amazing opportunity “to have access to Sweden’s first 5G network here on campus.” He claims that it “gives our researchers, teachers and students a head start when it comes to understanding and developing this new technology ahead of its wider launch. This is exactly the kind of partnership we believe helps stimulate research-driven…
The Swedish tech company expects 5G devices market to expand exponentially over the next 5 years. A report issued by Ericsson on Tuesday indicates that IoT (Internet of Things, that includes non-computer connected objects) will see its growth explode with 5G connections available, as they foresee that the connected devices’ market will be multiplied by five. As of today, this market represents 700 million units, and by 2023 their report see a size of 3.5 billion IoT devices. Last November, Ericsson’s expectations were of half this number. Patrik Carwall, head of industry marketing department at Ericsson thinks that among those 3.5 billion, 1 billion devices will use 5G. He added “We have been reporting on mobile industry development for a number of years. However, this report is probably one of the more exciting ones because we are at the start of a big change in the industry.” 5G will start…
The UK PSTN switch-off deadline is approaching, pushing businesses to migrate from analogue phone lines to VoIP, digital landlines, and cloud communications. With engineer capacity tightening and legacy devices at risk, early audits and provider support are essential to avoid downtime, improve resilience, and unlock smarter business communication tools today.
Fairphone’s €50 million funding push highlights rising demand for durable smartphones as telecom innovation accelerates across EMEA. From quantum-safe satellite links and AI network automation to Ericsson fintech, Ooredoo 5G gains and DSA oversight, these developments shape mobile connectivity, VoIP services and secure digital communications for operators, enterprises and consumers
Passive antennas are becoming critical 5G-Advanced infrastructure as operators target higher capacity, cleaner uplinks, lower latency, and greener RAN sites. For VoIP providers, improved antenna efficiency and automation can enhance call quality, reduce interference, and support reliable mobile VoIP performance across dense networks, IoT environments, and future AI-driven telecom deployments.
Global RAN spending is shifting beyond China as operators accelerate 5G upgrades, capacity expansion, and modernization. Strong growth across emerging markets creates new opportunities for carriers, vendors, fixed wireless, enterprise connectivity, and VoIP services. Omdia’s latest data highlights regional momentum, vendor competition, and the evolving business case for mobile networks.
Drone warfare is accelerating 5G ISAC, turning mobile networks into sensing platforms that can detect and track low-flying drones. Ericsson and AT&T trials show how telecom infrastructure, private 5G, and future 6G could support airspace security, new VoIP-ready network services and revenue opportunities for operators worldwide in defense and beyond.
Telecom operators are accelerating AI-driven network transformation, from VodafoneZiggo restructuring and AT&T spectrum gains to Ericsson’s AI RAN platform for NTT Docomo. As 5G, 6G, edge computing, and VoIP services converge, carriers must balance smarter infrastructure, licensed spectrum, and new business models to compete in the AI era profitably globally.
Nokia and Google Cloud are bringing Gemini-powered AI agents to Nokia Assurance Center, promising faster VoIP network operations, smarter service assurance, and transparent automation. With triage, anomaly detection, remediation, and human-approved controls, operators could cut outage investigations dramatically while improving reliability for telecom, cloud communications, and enterprise voice services worldwide

