Ericsson Conducts First Live 6G Trial in Texas
Ericsson has conducted the world's first live 6G trial in the United States, showcasing the technology's potential for powering AI robotics and real-time video streaming. The demonstration, completed at the company's facility in Texas, utilized new 6G centimeter wave spectrum and cloud-native infrastructure. This milestone is seen as supporting American leadership in the development of AI-native 6G technology.
The trial took place at Ericsson's North American headquarters in Plano, Texas. The demonstration was an end-to-end system, testing the readiness of key building blocks including radio hardware, software-defined air interfaces, and cloud-native platforms. The term "AI-native" signifies a fundamental shift from 5G. Instead of using AI simply to optimize an existing network, 6G is architected with artificial intelligence embedded into every layer, from the physical hardware to the application level. This allows the network to be self-optimizing, predictive, and capable of adapting autonomously in real time. The centimeter wave (cmWave) spectrum, operating in the 7-15 GHz range, is considered a crucial "sweet spot" for 6G. It offers a better combination of wide-area coverage and high-capacity bandwidth compared to the higher-frequency millimeter wave (mmWave) spectrum used for high-speed 5G, which has more limited range. The performance leap from 5G to 6G is substantial. While 5G aims for peak speeds around 10-20 Gbps with about one millisecond of latency, 6G targets speeds up to 1,000 Gbps (1 Tbps) and latency as low as one microsecond. Ericsson is not alone in the race to develop 6G technology. Other major global competitors include Nokia, Samsung, Huawei, and Qualcomm, all of whom are investing heavily in research and filing thousands of patents for next-generation networks. Widespread commercial availability of 6G networks is not expected until around 2030. The technology is anticipated to enable currently futuristic applications such as real-time holographic communication, the tactile internet, and massive-scale digital twinning.
