For the 11th time, Nokia and the NYU Wireless research center brought together some of the most creative minds in the business for one of the most distinguished gatherings of the communications industry. This year’s Brooklyn 6G Summit included a series of keynote addresses, lively panels and physical demonstrations showcasing this year’s theme of “6G – From vision to action.”
Together with academia, industry analysts, service providers, regulators, equipment vendors and startups from various corners of the telecom industry, they highlighted the key technologies that will define the next era of advanced wireless communications. Key focus areas include the centrality of artificial intelligence and the network itself in the 6G era and the need for a global 6G standard. Participants also delved deeply into a wide range of 6G topics, including AI/ML, new mid-band spectrum, energy efficiency, security, the integration of Terrestrial and Non-Terrestrial Networks and more.
Roving reporter summaries
Watch on demand
Event interviews
Teaser of Omdia's 6G survey results
Courtesy of Omdia
Media coverage
The 2024 Brooklyn 6G Summit was covered in several media outlets, including:
- Fierce network: Brooklyn 6G Summit
- Fierce network: 6G, Nokia and the mine of the future
- Fierce network: Are we ready for a private 6G specification?
- Fierce network: Why video is out of reach for satellite direct-to-cell
- Microwave Journal: Brooklyn 6G Summit 2024
- Microwave Journal: Nokia Bell Labs Demonstrates AI Benefits for Future Networks
- RCR Wireless: 6G will merge human, physical and digital realms — that matters
Snapshots from latest event
- Carousel Slide 1
- Carousel Slide 2
- Carousel Slide 3
- Carousel Slide 4
- Carousel Slide 5
- Carousel Slide 6
- Carousel Slide 7
- Carousel Slide 8
- Carousel Slide 9
- Carousel Slide 10
- Carousel Slide 11
- Carousel Slide 12
- Carousel Slide 13
- Carousel Slide 14
- Carousel Slide 15
- Carousel Slide 16
- Carousel Slide 17
- Carousel Slide 18
What is 6G?
Explore more about upcoming new generation of mobile network.