While SK Telecom’s 58-page document is extremely wide-ranging, there are some important messages which might get lost in the noise. This white paper doesn’t only propose technical solutions but spells out a philosophy for how the telecoms market should approach 6G.
These Two Topics Will Impact 6G
Alain Mourad points out two areas being advanced today that will impact 6G down the road; watch the short video
Guest Post: From Factory Automation to Autonomy Factory
The next phase of automation in factories is driven by productivity. Machines need to be able to make decisions by themselves and they need to be able to move around. In technical terms we need AI and mobile networks. Mika Skarp of Cumucore gives his view of the next steps in this direction.
The US and Nordic Countries Promise More Cooperation on 6G
The Presidents of Finland and the United States and the Prime Ministers of Denmark, Iceland, Norway, and Sweden have committed to widening the cooperation on 6G among the nations. This is the latest of a series of agreements and international commitments the US administration has made in recent months.
Private Networks Show Us the Future of Telecom
Professor Matti Latva-aho briefly shares his thoughts about the future of private networks and how they’ll show us the future of telecom
Amazon, Qualcomm Welcome FCC’s Spectrum Sharing Plans
The two companies, along with other companies and institutions, have welcomed the Federal Communications Commission’s (FCC) proposal to prepare for 6G and experiment with spectrum sharing between 42GHz and 42.5GHz.
Bharat 6G Alliance Off To A Quick Start, Publishes First White Paper
The Alliance has released technology proposals for radio innovations that meet IMT-2030 performance demands. Not bad for such a young association.
6G Must Address These Two Requirements
David Boswarthick, Director of New Technologies at ETSI, explains what requirements he believes must be resolved for 6G to achieve its goals
NIST Is Developing New Algorithms for 6G Core Networks
NIST is seeking assistance in designing, evaluating, and demonstrating progress in several fields of 5G, 6G and quantum