Ericsson Conducts First 6G Trial
Ericsson has conducted the world's first live 6G trial in Texas, positioning the U.S. at the forefront of the next generation of wireless technology. The company said the demonstration showcased AI robotics and real-time video streaming using new 6G centimeter wave spectrum and cloud-native infrastructure.
The trial in Plano, Texas, utilized pre-standard 6G technology in the 7GHz centimeter wave (cmWave) spectrum with a carrier bandwidth of 400 MHz. This demonstration focused on optimizing the uplink, which is crucial for future applications like augmented reality and autonomous systems that will send large amounts of data from devices to the network. This demonstration is part of a broader push by the U.S. government to ensure American leadership in the development of 6G, which is considered critical for national security and economic competitiveness. Ericsson is also manufacturing 5G and future 6G equipment at its smart factory in Lewisville, Texas, further solidifying a U.S. presence in the telecommunications supply chain. While this specific trial was an internal Ericsson milestone, the company is actively collaborating with a wide range of partners to build a 6G ecosystem. These include technology companies like Qualcomm and Keysight for developing and testing new radio innovations, and academic institutions such as the University of Texas at Austin for research into 6G-powered extended reality (XR). The global race for 6G is well underway, with numerous countries and corporations investing heavily in research and development. China has made 6G a national priority in its five-year plan, while South Korea, Japan, and the European Union have also launched significant government-backed initiatives. Companies like Nokia, Samsung, and Huawei are all actively developing their own 6G programs. 6G is expected to be a significant leap beyond 5G, with projected speeds up to 100 times faster and latency as low as one microsecond. A key feature of 6G will be its native integration of artificial intelligence and machine learning to manage the network and enable new capabilities. One of the transformative technologies being developed for 6G is Integrated Sensing and Communication (ISAC). This will allow the network to not only communicate with devices but also to sense the surrounding environment, acting like a radar system. In a separate trial at the same Texas facility, Ericsson demonstrated this capability by using the network to detect and track drones. The first commercial 6G networks are expected to be deployed around 2030, with standardization efforts currently in their early stages. The development of 6G will continue to evolve with ongoing research and trials before it becomes a commercial reality.
