Regulators in Sweden, Montenegro, South Africa, El Salvador and Colombia all moved on licences and frequencies, while the United States saw one of the year’s larger spectrum transactions finally close. Alongside the policy news, private 5G kept maturing into an enterprise product, standalone networks drew fresh attention for what they actually deliver, and the industry carried on arguing about how much of the 6G story is real and how much is hype.
The week’s biggest deal reached the finish line in the United States. T-Mobile completed the sale of its nationwide 800 MHz spectrum portfolio to Grain Management, receiving USD 2.9 billion in cash plus all of Grain’s 600 MHz licences. The swap was first agreed in principle more than a year ago and cleared its final regulatory hurdle at the start of July. Grain has signalled that it will market the 800 MHz holdings to utilities, critical infrastructure operators and regional players, which could open up a fresh pool of buyers for low-band spectrum.
In Europe, Sweden’s regulator PTS opened a consultation on how the 3.8 GHz band should be used for local 5G networks. The proposal covers five-year permits across the 3800 to 3920 MHz and 3990 to 4130 MHz ranges, for both indoor and outdoor use at a specific site, aimed at users with high demands for capacity, security and reliability. Comments are open until 10 September. It is a small band in isolation, but it fits the wider European pattern of carving out local and industrial spectrum rather than reserving everything for the national operators.
Montenegro took the renewal route. The Agency for Electronic Communications and Postal Services extended m:tel’s 700 MHz and 3.6 GHz licences by five years, pushing its rights out to February 2043. The operator paid an initial EUR 249,680, with four further annual instalments to follow through 2030, bringing the total to EUR 1.25 million. Long-dated renewals like this give operators the planning certainty that heavy 5G investment needs.
South Africa’s regulator ICASA has a busy week ahead. It will hold hybrid public hearings on 19 and 20 August on proposed amendments to its radio frequency spectrum and spectrum fee rules, which were gazetted in May. The draft changes include a dedicated registration regime for satellite space segment operators, blanket licensing for satellite terminal networks, and rules for Earth Stations in Motion, along with revised fee formulas. Anyone tracking how regulators are folding satellite into their spectrum frameworks should watch this one.
Two Latin American regulators moved quickly for different reasons. El Salvador’s Siget granted Tigo a temporary allocation of 30 MHz in the 700 MHz band, split evenly between download and upload, for a 60-day period from the end of July. In Colombia, the ICT ministry and spectrum agency ANE freed up frequencies and coordinated free calls and roaming to keep emergency communications running after an earthquake, a reminder that spectrum management is sometimes a public safety tool rather than a commercial one.
India, meanwhile, is looking at guardrails rather than allocation. The regulator has proposed safeguards for 5G network slicing sold to consumers, with the aim of protecting the experience of ordinary users when operators start ring-fencing capacity for premium slices. It is an early sign of how policymakers may treat slicing as it moves from the lab into commercial tariffs.
Private networks kept their momentum. In the UK, the National Cyber Security Centre put out a call for technology partners to help develop next-generation, secure private 5G capabilities. The work sits inside the NCSC’s research portfolio and will feed into the guidance it gives on protecting sensitive data and infrastructure. Government security bodies taking a direct interest in private 5G says a lot about where the technology now sits in national planning.
On the vendor side, Celona launched Orion, a platform that folds private 5G, Wi-Fi 7, public cellular and satellite into a single fabric managed by agentic AI. The pitch is aimed squarely at the complexity, cost and device shortages that have slowed enterprise wireless adoption, and at the rise of what the industry has started calling physical AI on the factory floor. It reflects a broader shift away from selling private 5G as a standalone island and towards selling converged connectivity that enterprises do not have to stitch together themselves.
In the UAE, e& showed off enhanced reduced capability, or RedCap, running on a live 5G network. The point is to bring mainstream IoT applications into the 5G era without the cost and power draw of full-fat 5G modules, which matters for the huge middle tier of sensors and trackers that sit between simple LPWAN devices and high-end connections.
There was a useful reframing of what standalone 5G is really for. Speaking to Fierce Network, Signals Research Group’s Mike Thelander argued that the headline benefit of 5G SA is not network slicing at all but spectral efficiency, the ability to move more bits through the same spectrum. It is a helpful corrective for operators who have struggled to build a business case around slicing alone.
Operators are also putting more intelligence into the core. Ooredoo Kuwait deployed a Network Data Analytics Function, the standardised 5G core component that gathers and processes network data to support faster, more proactive decisions. Ericsson, for its part, confirmed that the nationwide network it is building for Costa Rica’s state operator ICE will be the first in Latin America to use its AI-powered rApps suite for network automation, having won the open RAN core and RAN contract earlier in the year ahead of Nokia and Huawei.
Vodafone Portugal offered a neat real-world slicing example, working with payments provider SIBS to run a dedicated 5G standalone slice for card transactions at the Paredes de Coura music festival. Ring-fencing capacity for payments kept tills working smoothly through the peak crowds, which is exactly the kind of narrow, high-value use case that makes slicing pay.
The 6G conversation ran hot again, with a healthy dose of scepticism. Light Reading noted that the United States is already talking up 6G after a disappointing 5G cycle, yet several countries in Washington’s new coalition are on a 6G path that leans on China’s Huawei, which complicates the geopolitics. India’s operator body COAI made a related point closer to home, warning that Indian telcos will only invest in 6G once genuinely compelling use cases appear, given how much they are still trying to recoup from 5G.
On the research front, NTT Docomo and Samsung trialled an AI-RAN tool that predicts service degradation at the level of the individual user rather than reconfiguring a whole cell at once, which the pair framed as a step towards the predictive network behaviour expected in 6G. In the Gulf, du and Khalifa University published a 6G blueprint whitepaper setting out how operators might evolve into providers of AI-native, autonomous and monetisable infrastructure. The direction of travel is clear even if the timelines are not.
Adoption numbers from Turkiye stood out. The country reached 44.5 million 5G subscribers within four months of launching the service on 1 April, with 21 million signing up on day one. That is a rapid ramp by any measure and a useful data point for markets weighing how quickly demand can materialise once 5G goes live.
Elsewhere, deployments spread into new settings. Mexico opened an international tender for standalone 5G to provide signalling and connectivity on two new passenger rail lines covering 675 km, with bids due from mid-September. Claro Brasil switched on 5G at the Christ the Redeemer monument in Rio, using twelve compact antennas designed to preserve the site while handling heavy tourist traffic. In Poland, Plus added 85 new base stations and modernised 75 existing sites in the space of a month.
Japan produced a cautionary tale about network economics. Rakuten Mobile confirmed that from October it will scale back roaming on KDDI’s network as its own coverage expands, though it will keep leaning on KDDI in the areas it has yet to reach. Analysts have flagged the near-term cost pressure this creates as Rakuten plugs the remaining gaps itself. Telstra, by contrast, told investors it plans to increase network density and speed up its standalone 5G rollout as part of an AI-driven growth push.
Finally, a defence and public safety use case worth noting. Lockheed Martin, Verizon and partners including Nvidia and Keysight demonstrated NetSense, a system that uses commercial off-the-shelf technology and unmodified 5G radios to detect and track drones. Shown near Miami, it points to a service Lockheed expects to offer next year, and to the growing list of ways operators can wring extra value out of networks they have already built.
Swedish PTS seeks comments on 3.8 GHz permits for local 5G networks
A clear look at how European regulators are opening dedicated spectrum for local and industrial 5G rather than reserving it all for national operators.
https://www.telecompaper.com/news/swedish-pts-seeks-comments-on-proposals-for-38-ghz-permits-for-local-5g-networks–1579818
What’s so great about 5G SA? Hint: it’s not network slicing
A timely reminder that spectral efficiency, not slicing, is the real prize of standalone 5G for operators building a business case.
https://www.fierce-network.com/wireless/whats-so-great-about-5g-sa-hint-its-not-network-slicing
Trump’s latest 6G alliance features some big Huawei users
A sharp read on the geopolitics of 6G, and why a US-led coalition still has to reckon with Huawei’s reach.
https://www.lightreading.com/6g/trump-s-latest-6g-alliance-features-some-big-huawei-users
ICASA to hear public input on revised spectrum and fee rules
Worth following for how regulators are writing satellite operators and Earth Stations in Motion into national spectrum frameworks.
https://www.telecompaper.com/news/icasa-to-hear-public-input-on-revised-spectrum-and-fee-rules-on-19-20-august–1579772
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