3GPP

Verizon has launched a 6G Innovation Forum to accelerate research, trials, and standards alignment for the next generation of wireless. The forum convenes major RAN suppliers, including Ericsson, Samsung Electronics, and Nokia - alongside platform and device ecosystem players such as Meta and Qualcomm Technologies. The stated goal is an open, diversified, and resilient 6G ecosystem with global alignment from the outset. Verizon will back the forum with hands-on environments, starting with a dedicated 6G Lab in Los Angeles. Early priorities include testing new spectrum bands and bandwidths, and validating interoperability with mainstream standards bodies.
KDDI’s move to enable satellite data on recent iPhones via “au Starlink Direct” is a meaningful step toward resilient, nationwide connectivity that blends terrestrial and non-terrestrial networks. KDDI now supports satellite data communication on all models of iPhone 13 through iPhone 17, plus iPhone Air—21 models in total, so consumers and field teams can use essential apps when they are outside cellular coverage. The satellite layer augments KDDI’s 5G/4G LTE footprint; combined, the operator aims to cover virtually all of Japan’s geography, not just its population centers. Notably, the service is available to au subscribers and customers of other carriers.
SoftBank has validated a multi‑cell, end‑to‑end 5G link via a high‑altitude platform payload, marking a concrete step toward stratospheric coverage that works with standard smartphones. In a June field trial over Hachijō Island, Japan, SoftBank mounted a newly developed payload on a light aircraft at 3,000 meters to emulate a High Altitude Platform Station (HAPS) operating around 20 kilometers. The system stitched a millimeter‑wave feeder link at 26 GHz from a ground gateway to the aircraft with a sub‑2 GHz service link at 1.7 GHz from the aircraft to handsets, completing an end‑to‑end path through the 5G core.
Digital Nasional Berhad (DNB) and Ericsson have launched a national upskilling program to train 40,000 municipal and government employees in 5G, AI, IoT and automation, signaling a shift from network build to service delivery readiness. Malaysia’s 5G footprint is expanding and the country is positioning for AI-led growth by 2030. Infrastructure alone will not unlock outcomes. Cities and agencies need people who can specify, procure, secure and operate digital services at scale. This initiative targets the execution gap by training frontline staff and policy makers on how to translate connectivity into citizen services, operational efficiency and data-driven decisions.
Manufacturers and wireless providers are shifting 5G from promising pilots to scaled, revenue‑relevant deployments across American factories. A joint report from the National Association of Manufacturers (NAM) and CTIA underscores a clear inflection point: commercial 5G, industrial AI and edge computing are maturing together. With 3GPP Release 16/17 capabilities such as URLLC, time‑sensitive networking integration, network slicing and non‑public networks, 5G is increasingly able to support time‑critical control, quality inspection and safety systems at scale. Production use cases are expanding and delivering measurable benefits. The message is consistent: companies that operationalize 5G alongside AI and automation will capture disproportionate productivity and resiliency advantages.
Tidal Wave Technologies has selected UK-based RANsemi to supply AI-enhanced Open RAN small cells for next-generation industrial private 5G networks across India. The companies will integrate RANsemi’s small cell platform into private 5G systems targeted at harsh, safety-critical environments. Initial focus areas include open-cast coal mines, large port terminals, and complex logistics hubs. The goal is to deliver resilient, low-latency connectivity for automation, remote operations, and worker safety. The partnership will be showcased at India Mobile Congress (IMC) 2025 with a live demonstration of integrated small cells and edge intelligence.
Argentina’s regulator ENACOM has created a new licensing framework and reserved spectrum to let enterprises run stand-alone private mobile networks across critical industries. ENACOM has designated the 2300–2400 MHz band for Private Wireless Broadband Systems, a category designed for on-premise, non-public LTE/5G networks serving operational technology and enterprise applications rather than consumer subscribers. The framework supports high-throughput, low-latency, and massive IoT use cases, enabling enhanced video, automation, and machine communications across industrial campuses and field operations; 2.3 GHz maps to widely supported 3GPP Band 40 (LTE TDD) and NR n40, giving enterprises access to a mature device and radio ecosystem.
Iridium Communications and Deutsche Telekom (DT) are collaborating to integrate Iridium NTN Direct with DT’s global IoT footprint, enabling DT customers to roam onto Iridium’s low Earth orbit (LEO) network for narrowband IoT. The service targets 3GPP-compliant 5G NTN for NB-IoT, bringing satellite reach to sensors, machines, and vehicles. Commercial launch is slated for 2026, pending integration, testing, and a roaming agreement. DT is among the first major mobile operators to pursue a standards-based NTN IoT integration, aligning with its broad NB-IoT/LTE-M roaming strategy. The pairing aims to offer seamless terrestrial-satellite service without proprietary devices or walled gardens.
Gartner’s latest outlook points to global AI spend hitting roughly $1.5 trillion in 2025 and exceeding $2 trillion in 2026, signaling a multi-year investment cycle that will reshape infrastructure, devices, and networks. This is not a short-lived hype curve; it is a capital plan. Hyperscalers are pouring money into data centers built around AI-optimized servers and accelerators, while device makers push on-device AI into smartphones and PCs at scale. For telecom and enterprise IT leaders, the message is clear: capacity, latency, and data gravity will dictate where value lands. Spending is broad-based. AI services and software are growing fast, but the heavy lift is in hardware and cloud infrastructure.
With the FCC under pressure to deliver 300 MHz of auctionable spectrum, a group of Senate Republicans is urging the agency to preserve the shared 3.5 GHz CBRS band and the unlicensed 6 GHz band that underpin private 5G and next‑gen Wi‑Fi. Ten Senate Republicans, including five members of the Senate Commerce Committee, sent a letter urging the FCC to ensure existing operations in the 6 GHz and Citizens Broadband Radio Service (CBRS) bands continue “without disruption.” NTIA Administrator Arielle Roth called for preserving 6 GHz for Wi‑Fi, a stance applauded by NCTA as a recognition that unlicensed spectrum is an economic engine.
Space42 and Viasat plan to form Equatys, a joint venture designed to deliver standards-based Direct-to-Device (D2D) connectivity to smartphones and IoT devices over a unified satellite–terrestrial network. The partners intend to launch a 3GPP Non-Terrestrial Network (NTN) platform that integrates with 5G networks and works with unmodified handsets and IoT modules. The companies say Equatys will aggregate well over 100 MHz of harmonized Mobile Satellite Services (MSS) spectrum already assigned across more than 160 markets, describing it as the largest coordinated block available for this purpose. Equatys positions itself as a neutral “space tower” operator that multiple licensed service providers can share.
Nokia and Deutsche Bahn have activated a commercial-grade 5G Standalone network on the 1900 MHz band to validate Future Railway Mobile Communication System (FRMCS) operations on live tracks. The partners have launched a 5G SA deployment using the 1900 MHz (n101) spectrum band on DB’s digital railway test field in the Ore Mountains (Erzgebirge), Germany. The network is built with Nokia AirScale radio equipment and an optimized, cloud-native 5G core, and it operates on moving trains on outdoor tracks. The setup includes built-in failover, self-healing, and real-time monitoring to sustain service continuity in mission-critical environments.

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