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The realization of 300GHz transceivers presents a pivotal challenge in advancing high-data-rate wireless communication, especially as defined by the IEEE 802.15.3d standard. While photonic methods and...
WSF-6: Multi-Layer Adaptive Hybrid Beamformers for Multi-Standard and Full-Duplex MIMO Communication
The growing need for higher data-rates and network capacity in Beyond-5G systems demands advanced multi-antenna spatial signal processing techniques. Network capacity can be improved by employing spat...
SiGe BiCMOS as the enabler of high EIRP, low form factor and low cost Active Phased Antenna Array Systems for Beyond-5G network infrastructure.
5G is well known by the use of massive MIMO radios, capable to achieve not only a coverage gain by beamforming, but also a capacity gain by spatial division multiplexing. Phased array systems, the dom...
At the mm-wave frequency, the broad bandwidth spectrum challenges the RF circuits on the specification of the bandwidth, gain, and efficiency. Those are design art and trade-offs for the RF-FE circuit...
This talk reviews some powerful and practical Artificial Intelligence and Machine Learning (AI/ML) technologies for applications in traditional RF and microwave design and beyond. After a very brief o...
Considering the environmental impact of radio access technologies alongside traditional performance metrics that have driven the evolution of 4G and 5G systems, it is essential to recognize that wirel...
Traditional design methodologies for RF/mm-wave ICs have long been characterized by an iterative process of trial and error, where designers rely heavily on experience and intuition to achieve functio...
This session delves into the integration of FR2 OAI with the O-RAN architecture, showcasing innovative applications like FlexRIC for intelligent RAN management and Dynamic RIS for optimizing signals t...
Young Professionals (YP's) Networking Reception