- Introduction to the historic technical achievement in telecom networks
- Details of the impressive practical trial and network transmission capabilities
- Technical and governmental leadership support and impact on the US
- Deep strategic cooperation with technology firm Qualcomm
- The paved path toward commercialization and building the technical ecosystem
- Frequently asked questions
Introduction to the historic technical achievement in telecom networks
In a pioneering and exceptional technical step written in golden letters in the history of modern wireless communications, the global Swedish company Ericsson announced last Thursday that it has successfully completed what it officially describes as the world’s first live broadcast and direct wireless transmission session for 6G networks, based on the preliminary standards of this advanced technology. This critical experimental and practical trial was conducted at the company’s modern headquarters in the United States, specifically in the city of Plano, Texas, to practically demonstrate and showcase the significant and highly promising capabilities that next-generation communication technologies will bring to the digital and industrial world, thereby establishing a solid foundation for future innovations and smart services.
Details of the impressive practical trial and network transmission capabilities
The successful practical trial showcased amazing capabilities in operating complex AI-powered robots and executing high-definition live video streaming in absolute real-time without any delay over initial 6G network technology stacks and architecture, employing a stable high bandwidth in the 7 GHz centimeter-wave band with a massive carrier bandwidth of 400 MHz. The trial utilized and relied on an integrated cloud-native architecture designed from the ground up to be natively supported and embedded with artificial intelligence and cloud environments from start to finish. This architecture features advanced radios, powerful synchronized computing, and flexible, continuously updateable air-interface software defined to meet and provide changing requirements. The company stated that its complex software architecture is flexibly and smoothly deployable on both traditional central processing units (CPUs) and powerful graphics processing units (GPUs) to provide broad options.
Technical and governmental leadership support and impact on the US
U.S. Commerce Secretary Howard Lutnick praised this great historic step and technological development, describing it in his remarks as a very important milestone and a historic step in innovating next-generation wireless networks, enabled and achieved thanks to American ingenuity and creativity in attracting technology. In turn, with equal enthusiasm, company CEO Börje Ekholm framed this massive technological development within a national and strategic context, clearly pointing out that 6G technology and networks will be essential and pivotal for how the scope of artificial intelligence applications expands and deploys across all sectors of society and production. He noted it will be crucial and decisive for U.S. national security, sustainable economic prosperity, and maintaining the global competitiveness of the United States in the coming years and decades against other powers. The company plans to increase manufacturing of 6G equipment at its smart factory in Texas, where it has invested more than $150 million.
Deep strategic cooperation with technology firm Qualcomm
In a related and important context for the success of the project and moving it forward, the company revealed a renewed and deepened partnership with chip pioneer Qualcomm to jointly and practically develop, accelerate, and verify the core hardware capabilities of 6G networks in a realistic prototype environment. Both companies are planning and preparing to present live demonstrations to the public at the upcoming Mobile World Congress in Barcelona. This important partnership goes beyond closed laboratory experiments, focusing practically on designing and building futuristic prototypes for artificial intelligence applications and immersive augmented reality applications in new and innovative device formats. Officials and representatives from Qualcomm stated that the current focus is strongly placed on usable performance and high data-transmission reliability to open the door for the emergence of next-generation devices and services heavily reliant on artificial intelligence.
The paved path toward commercialization and building the technical ecosystem
The venerable Swedish company, which boasts a long and rich history of continuous work in the United States for over 120 consecutive years and capably manages 12 local research, development, and innovation centers there, announced that it will continue its commitment to expanding and intensifying its practical trials across additional and diverse frequency bands while cooperating closely and continuously with major network operators and chip partners to accelerate the commercial readiness of the technology. The company’s chief technology and innovation officer emphasized that building an intelligent and integrated communication fabric requires comprehensive and close cooperation across the entire technology ecosystem, starting from small edge devices and complex networks all the way to advanced computing and cloud AI platforms to ensure the success and stability of the comprehensive adoption of 6G technologies in the future.
Frequently asked questions
Question: Where was the world’s first 6G network trial conducted, and in which city?
Answer: The trial was successfully conducted at Ericsson’s headquarters and laboratories in the city of Plano, Texas, in the United States.
Question: What are the core technologies and practical applications successfully tested in this trial?
Answer: The operation of advanced AI-powered robots and high-definition live video streaming capabilities were successfully and smoothly tested without any noticeable delay or interference in the 7 GHz band.
Question: Who is Ericsson’s most prominent strategic and technical partner in this massive project?
Answer: The Swedish company is cooperating closely through a deep partnership with leading firm Qualcomm to develop and design hardware prototypes and augmented reality applications to define standards for 6G networks.
Question: When and where will these advanced technologies and innovations be showcased to the specialized public and technology companies?
Answer: The models, live applications, and practical trials are scheduled and planned to be showcased at the upcoming Mobile World Congress in Barcelona, Spain, as a prominent global platform to present them to the public.
