In a groundbreaking development for the telecom industry, AT&T’s recent deployment of a third-party RAN automation application (rApp) has captured the attention of market analysts and telecom companies alike. Utilizing Ericsson’s Intelligent Automation Platform, this achievement signals a transformative shift
In a groundbreaking development for the telecom industry, AT&T’s recent deployment of a third-party RAN automation application (rApp) has captured the attention of market analysts and telecom companies alike. Utilizing Ericsson’s Intelligent Automation Platform, this achievement signals a transformative shift
In a groundbreaking technological advance, A1 and Nokia have successfully conducted the first pre-6G video stream in Central Europe, a milestone that marks significant progress toward next-generation mobile communications.This achievement took place at the A1 Technology Center in Vienna, where
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In a groundbreaking collaboration, Nokia, Telia, and the Finnish Defense Forces have demonstrated a significant technological leap in defense communications. Successfully executing the first seamless 5G standalone (SA) network slice handover across multiple national borders, this achievement highlights the transformative
Satellite-based heterogeneous networks (HetNets) have often been limited by performance constraints, but recent innovations by the Fraunhofer Institute could significantly change the scene. Fraunhofer’s breakthrough involves redistributing the signal processing load between space-based and ground-based systems. This approach aims to
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In a groundbreaking collaboration, Nokia, Telia, and the Finnish Defense Forces have demonstrated a significant technological leap in defense communications. Successfully executing the first seamless 5G standalone (SA) network slice handover across multiple national borders, this achievement highlights the transformative
The future of telecommunications is on the horizon, and Nokia is paving the way for the next generation—6G. Emphasizing simplicity, modularity, resiliency, and service optimization, Nokia is leveraging modern transport protocols to build a robust and efficient 6G system architecture.
The recent successful trial of 5G standalone slice handover conducted by Nokia, Telia, and the Finnish Defence Forces (FDF) marks a significant milestone in the realm of 5G technology. This groundbreaking demonstration shows the immense potential of 5G technology in
Imagine a world where downloading high-definition movies takes mere milliseconds and virtual reality gaming is seamless and hyper-realistic. This is just a glimpse of the transformative power that 6G technology is expected to bring around 2030. As the next frontier
T-Mobile has initiated testing of Nokia’s prospective 6G technology at its Bellevue, Washington headquarters, taking notable strides towards next-gen wireless advancements. The Federal Communications Commission (FCC) granted T-Mobile permission to test Nokia’s experimental wireless equipment on the 7125-7525 MHz band.
Satellite-based heterogeneous networks (HetNets) have often been limited by performance constraints, but recent innovations by the Fraunhofer Institute could significantly change the scene. Fraunhofer’s breakthrough involves redistributing the signal processing load between space-based and ground-based systems. This approach aims to
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