private 5G

The LoRa Alliance’s new roadmap tackles IoT’s toughest challenges: interoperability, integration and deployment simplicity. By prioritising ecosystem maturity over radio innovation, LoRaWAN is betting that usability, not connectivity, will determine its next phase of growth. In sum – what to …

Telcos are being asked to fund the next wave of AI and 5G innovation while already burdened by enormous debt and relentless infrastructure costs. By breaking down carrier finances with a simple lemonade-stand analogy and real 2025 operator numbers, Vish …

As California’s universities push the boundaries of research and innovation, shared spectrum technologies like CBRS are the basis of essential infrastructure. Christopher Lupo of California Polytechnic State University argues that proposed changes to the CBRS framework risk undermining the connectivity, …

T-Mobile’s latest moves in AI-native RAN and private 5G for elite sports suggest a carrier evolving beyond its disruptive roots into something more formidable: the operator with the clearest story about where telecoms, AI, and customer experience converge. In sum …

Vodafone’s sovereign-cloud deal with AWS in Germany and BT’s brand refresh and UEFA deal in the UK, plus lots else, shows how European telcos are repositioning as trusted intermediaries for AI, cloud, cybersecurity, and critical infrastructure. In sum – what …

Cut-price FWA sale shows Nokia’s shift to AI infrastructure, sets the tone for further disposals, and gives Inseego an instant double-your-business boost – which poses questions for the San Diego firm, as well. In sum – what to know: Knockdown …

Theme of the week: edge computing and private networks for physical AI and AI inference in industrial and military zones. HPE has released a new AI server platform, ruggedized and optimized for difficult edge deployments; the release follows this week’s …

Most factory-floor ‘physical AI’ runs on lightweight (non-GPU) edge compute, reckons NTT Data – but 5G sensing, in the form of ISAC via SRS, could unlock a new wave of demand for private 5G, tying edge IoT and AI into …

T-Mobile US signed off another good quarter with some fighting talk about acquisition strategies and accounting habits at rivals AT&T and Verizon, and said its 5G network and compute build-out will be the best in the business to support enterprise …

Strong growth and raised guidance sit alongside major AI work at Verizon, about to be unveiled with a brand new AI tech stack to drive further network automation and customer (micro-) segmentation to cut costs, improve service, and drive “industrial-scale” …

Physical AI for robot automation in factories and plants requires lightweight maths models, not token-hungry language models, says NTT Data. It does not have to wait on expensive GPUs, when CPUs work fine. But it does need private 5G for …

Ericsson is sticking to what it knows: 5G, public and private, and APIs, to expose 5G capabilities to developers and enterprises; it offers more coherent longer-term diversification, it implies, than a Nokia-style switch to ride the AI bandwagon on fiber …

Ericsson saw 6% organic growth in Q1 2026, but slumped 10% in real terms with currency swings, divestment costs, and higher AI chip prices – causing it to miss targets. Network sales in EMEA and APAC made up for a …

Industrial humanoid robots and physical AI are moving from pilot to production – as Siemens, Nvidia, and lots of private 5G providers (including Nokia) roll up to Hannover Messe. In summary – what to know: Siemens et al – demonstrate …

Private networks are not a niche, says Ericsson; they are the route to new markets, new buyers, and a third growth engine beyond the industry’s cyclical capex grind. Åsa Tamsons, in charge of enterprise wireless, sets out the firm’s strategy …

A new partnership between InfiniG and Nokia upgrades in-building neutral-host coverage to ‘carrier-class’ standards while quietly positioning enterprise networks for AI-driven RAN innovation – which ties to both the Finnish firm’s ‘super-cycle’ AI vision and its strange enterprise 5G strategy.  …

AT&T is positioning private 5G as a necessary enterprise capability rather than a breakout revenue engine, tying its future instead to edge AI, spectrum pragmatism, and a broader “AI grid” vision with partners like Cisco and Nvidia. In sum – …

Final word on this fascinating Nokia narrative, this time from the independent analyst community – about how the Finnish firm is losing a little to Ericsson in its 5G heartlands, but also switching it up with clever short- and long-term …

Final word on this fascinating Nokia narrative, this time from the independent analyst community – about how the Finnish firm is losing a little to Ericsson in its 5G heartlands, but also switching it up with clever short- and long-term …

Industrial giants and telecom vendors are pushing hard on private 5G – Siemens has expanded globally into North America, Nokia is continuing to land mission-critical enterprise deals, and a new UK open RAN push shows how private networks are becoming …

The tech is not the story (stupid!), says Siemens; it is a part of a solution, of course – just like IoT, and just like AI. Industrial enterprises have their own problems, and don’t buy the hype anyway; but sometimes …

Nvidia’s trillion-dollar AI infrastructure forecast set the tone at GTC yesterday, framing its AI-RAN partnerships with Nokia and T-Mobile (part of a $2tn industry) as a new frontier for low-latency inference at the edge. In sum – what to know: …

Ericsson has new tie-ups with system integrators Future Technologies and NTT Data to combine private 5G and physical AI in Industry 4.0. Ericsson appears to be picking up where Nokia has dropped off; Future Technologies is growing 35% per year.  …

Global, porgrammable, and dense – from cloud to edge; Verizon Business talked at MWC about how its sees the new AI stack evolving for telcos, and why its investments in backbone fiber, metro access, and private network will link cloud …

BARCELONA- For the last couple of years, private 5G discussions have been dominated by concerns over technological and operational complexities. The issue arises from additional physical footprint, unfamiliar gears, specialized RF designs,— and an operational model so different that it …