In today’s technology landscape, increasingly demanding applications are pushing the boundaries of wireless communications. These advanced use cases come with stringent requirements in terms of latency, jitter, and reliability. While new generations of wireless technologies have made strides in enhancing peak data rates and controlling latency, the promises of initiatives like 5G URLLC have yet to be fully realized.
The looming question is whether 6G will succeed where its predecessors are falling short. Emerging trends in next-generation communication systems, including their path toward standardization, appear to introduce complexities and trade-offs that challenge the pursuit of time-bounded low-latency communication. This talk delves into the evolving landscape of time-aware mobile communication systems, critically examining novel concepts that are being taken for granted as building blocks.
Key design principles are derived and steps to realize them are illustrated by means of imec’s openwifi platform, the world’s first free Wi-Fi open full-stack chip design which acts as an innovation platform and enabler for affordable Wi-Fi based wireless time-sensitive network solutions.
Filip Louagie, IMEC
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