China Launches 6G Pilot Program as Field Trials Accelerate
On June 10, China's Ministry of Industry and Information Technology officially launched a 6G pilot program. The ministry had approved trial use of the 6GHz band for 6G field testing in May, enabling prototype and pre-commercial systems to be evaluated in selected regions. The pilot projects will focus on large-scale MIMO, ultra-massive antenna arrays, and Integrated Sensing and Communication (ISAC) technology. Multiple Chinese operators, equipment vendors, and universities will participate in the field tests, validating high-frequency propagation characteristics, network architecture, and air interface schemes. The ministry noted that 6G commercial deployment is expected around 2030.
Dell Oro Issues 500 Billion Dollar 6G RAN Forecast
On June 12, Dell'Oro Group released its latest 6G RAN market forecast, projecting the global 6G RAN market to reach $500 billion. The report analyzed the evolution path of future 6G RAN architecture, including cloud-native deployment, AI-driven network automation, and open interface disaggregation. Dell'Oro noted that the 6G build cycle will be longer and larger than 5G, with commercial deployment starting in 2028 and rapid construction phase entering by 2030. China, North America, and Europe will be the three largest regional markets for 6G RAN investment.
3GPP Officially Sets 6G Release 21 Standard Freeze Timeline
On June 12, 3GPP formally approved the 6G Release 21 standard timeline at the 112th plenary meetings held in Singapore, ending two years of study-phase debate. Key milestones for this release are: Stage-1 freeze in March 2027, Stage-2 freeze in June 2028, Stage-3 functional freeze in December 2028, and ASN.1/OpenAPI freeze in March 2029. All three 3GPP TSGs (RAN, SA, and CT) approved the schedule simultaneously, along with the 6G scenarios and requirements study item TR 38.914. The meetings had over 590 delegates attending, with 14 6G study items progressing. 3GPP emphasized that the Stage-3 freeze date does not represent commercial product availability.
T-Mobile Unveils Dynamic CX, Using AI to Anticipate Network Congestion
On June 10, T-Mobile announced "Dynamic CX," an AI-powered network management technology that layers predictive intelligence onto its existing network to anticipate congestion and pre-position capacity. The technology integrates real-time traffic data from T-Mobile's nationwide 5G SA network with AI models, enabling automatic resource reallocation during peak hours. T-Mobile stated that Dynamic CX can identify potential bottlenecks and pre-allocate capacity hours before congestion occurs, significantly improving user experience. The technology will also be deeply integrated with T-Mobile's AI customer service and AI operations systems.
Nokia and Indosat Sign Nationwide AI-RAN Rollout Agreement in Indonesia
On June 12, Nokia and Indonesian operator Indosat signed a strategic network modernization and AI-RAN rollout agreement for nationwide deployment of Nvidia-powered AI-RAN in Indonesia. This represents the substantive advancement of the partners' year-long collaboration, marking AI-RAN's transition from planning to actual deployment phase. Nokia's AI-RAN solution integrates AI inference and RAN functions to improve spectrum efficiency and network performance. The project is one of the largest commercial AI-RAN deployments in Southeast Asia and will serve as an important reference case for Nokia's global AI-RAN technology rollout.
Telefonica Promotes New Standard for Application-Aware 5G Slicing
On June 12, Telefonica launched a new industry standard for application-aware 5G network slicing, aimed at enabling operators to dynamically allocate network resources based on different application scenarios. Built on 3GPP Release 18 specifications and combined with network API opening capabilities, the standard allows developers to request differentiated network performance guarantees for video streaming, cloud gaming, industrial control, and other applications. Telefonica stated that the standard will drive 5G SA networks to evolve from general-purpose connectivity services to "on-demand networks," accelerating 5G monetization and vertical industry application adoption.
Samsung and MediaTek Announce Industry-First 5G Uplink Technology
On June 9, Samsung Electronics and MediaTek jointly announced an industry-first 5G uplink technology that significantly improves upload speeds and network coverage for terminal devices. The new technology optimizes transmit antenna switching, carrier aggregation, and power control mechanisms, achieving up to 40% uplink speed improvement in Sub-6 GHz bands and providing more stable connections at cell edges. The technology will be integrated into Samsung's next-generation Exynos baseband chips and MediaTek's Dimensity series 5G chips, with commercial availability in H2 2026. The partnership signals that 5G uplink capability is becoming a competitive focus, which will significantly improve experiences in video live streaming, video conferencing, and cloud gaming.
BT Offers Priority Access 4G/5G Services for Mission-Critical Communications
On June 12, BT Group launched a portfolio of priority access services for mission-critical communications through its EE brand, providing 4G/5G network priority access for emergency response, healthcare, energy, and government departments. The service is based on network slicing technology, ensuring critical users receive stable connection quality and bandwidth during network congestion. BT stated that priority access services have been agreed with multiple UK government departments and utilities, representing an important part of the UK's "critical communications modernization" strategy. The service will also support dedicated network deployments, providing end-to-end connectivity guarantees for customers.
AT&T Frames Satellite as Filling the Rural 1%, Not Eating Telco Margins
On June 9, AT&T CFO Pascal Desroches stated at an investor conference that the company positions direct-to-device (D2D) satellite communications as a "complement" to terrestrial networks, used to fill the approximately 1% rural coverage gap in the United States, rather than replacing core telecom services. Desroches emphasized that satellite communications is an "extension of network coverage" rather than a new revenue source, with AT&T's core strategy remaining fiber and 5G construction. The statement comes amid SpaceX's completion of a $75 billion IPO, intensifying market concerns about the telecom displacement effect of satellite internet companies like Starlink. AT&T plans to selectively deploy D2D satellite services in remote areas.
Ericsson and Epiroc Expand Global 4G/5G Private Network Alliance for Mining
On June 8, Ericsson and mining equipment giant Epiroc announced an expanded collaboration alliance, upgrading from technology cooperation to a global go-to-market alliance, with Ericsson Private 5G and LTE solutions to be offered as part of Epiroc's digital product portfolio to mining customers worldwide. Epiroc will integrate Ericsson Private 5G with its remote control, telematics, situational awareness, and collision avoidance systems to provide end-to-end connectivity for surface and underground mines. Both parties stated that connectivity is becoming the "foundational layer" for mining automation and digital transformation, supporting remote operations, predictive maintenance, and large-scale automation deployment through unified private cellular networks.
Anterix and Lynk Global Complete NTN Testing, Targeting Enterprise Private Wireless Market
On June 13, Anterix, which owns 900 MHz spectrum resources, announced completion of satellite direct-to-device (D2D) non-terrestrial network (NTN) testing with Lynk Global, with initial results described as "terrific." Anterix primarily targets private wireless networks for power companies and large enterprises. The testing validated the feasibility of integrating 900 MHz spectrum with low-earth-orbit satellite NTN, providing continuous connectivity for critical infrastructure in remote areas and disaster scenarios. Anterix stated that NTN will extend its terrestrial private wireless networks to areas without ground base station coverage, with power companies, utilities, and large industrial enterprises being the first beneficiaries. The testing represents an important milestone in extending NTN from consumer applications to enterprise-grade critical communications.
Omantel and Port of Salalah Launch Oman's First 5G Private Network for Smart Port Operations
On June 11, Oman telecom operator Omantel and the Port of Salalah jointly launched Oman's first 5G private network, designed specifically for smart port operations. The 5G network will support real-time operational management platforms, massive IoT sensors, AI and predictive analytics, and digital twin applications within the port area, significantly improving logistics efficiency, equipment visibility, and supply chain collaboration. Omantel stated that the project is a benchmark case for the company's strategic transformation from traditional connectivity services to enterprise digital transformation solution provider, validating telecom operators' core capabilities in the 5G ToB (enterprise-facing) market. The Port of Salalah is an important transshipment hub and maritime logistics center in the Middle East.