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Samsung has entered a strategic partnership with Princeton University by becoming a part of the NextG Corporate Affiliates program hosted within the university’s School of Engineering and Applied Science. This move aims to integrate efforts from industry and academic experts to push the boundaries of 6G wireless communication technology.
The NextG initiative, unveiled by the university last year, focuses on propelling innovations in various sectors, including networking, sensing, and the foundational infrastructure for next-gen data systems.
As an initial affiliate member, Samsung Research America (SRA) will work in synergy with the faculty at Princeton to tailor research endeavors based on practical insights and market needs. SRA joins other influential companies in the telecom space, such as Ericsson, Nokia, and Qualcomm, in this collaboration.
According to Andrea Goldsmith, the Dean of Princeton’s School of Engineering and Applied Science, substantial academic research in future wireless networks grows through deep collaboration between industry giants and academic leaders.
As part of its continuous endeavors to lead the 6G era, which is the forecasted evolution of the current 5G networks, Samsung has released a whitepaper (PDF) in 2020, followed by a detailed study in 2022 on the future spectrum for 6G (PDF). Dr. Charlie Zhang, SVP at SRA, expresses enthusiasm for the innovative potential of 6G technologies that could revolutionize the industry.
The partnership aligns with Samsung’s proactive moves in the 6G domain, which include chairing 6G standardization groups and conducting their inaugural 6G forum. This collaboration is anticipated to translate academic findings from Princeton swiftly into practical tech advancements.
With its commitment to the NextG program, Samsung is set to explore novel realms of wireless connectivity that promise vastly improved speeds, lower latency, and enhanced functionalities for emerging mobile technologies.
(Photo by Cytonn Photography on Unsplash)
See also: Ericsson, Qualcomm and BT conduct 5G SA network slicing trial


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FAQ Section
What is the NextG Corporate Affiliates program?
The NextG Corporate Affiliates program is a collaborative initiative between industry partners and Princeton University’s School of Engineering and Applied Science designed to drive research and innovation in 6G wireless technology and related fields.
Who are some of the corporate partners involved in the NextG program?
Some of the key corporate partners involved include industry leaders such as Samsung Research America, Ericsson, Nokia, and Qualcomm.
What are the potential benefits of 6G wireless technology over the current 5G standard?
6G is expected to offer significantly higher speeds, lower latency, and expanded capabilities, which could enable a range of new mobile applications and advancements in various technologies.
Has Samsung previously contributed to the research on 6G technology?
Yes, Samsung has been active in 6G research, including the publication of a whitepaper in 2020 and a detailed study on future spectrum needs for 6G in 2022.
How does the academic-industry collaboration benefit the development of 6G?
The partnership allows for the synthesis of academic insights and pragmatic industry needs, facilitating research that is not only advanced but also relevant to real-world applications, thereby accelerating the development of 6G technologies.
Conclusion
In conclusion, the alliance between Samsung Research America and Princeton University marks a significant step towards not just understanding but actively shaping the future landscape of wireless technology. This conjunction of industry experience and academic exploration is poised to propel 6G research into new frontiers, setting the stage for an interconnected world with unprecedented speed, reliability, and innovation. As the two entities continue to work hand-in-hand, the anticipation for the next wave of wireless communication grows, promising a transformative impact on society and technology as we know it.










































