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Next generation compute hardware, especially for generative AI applications — but also for coming 5G/6G massive MIMO and scalable phased array antenna beamforming and other applications — requires mas...
Die-to-die interconnect based on high speed GaN micro-LED has become a viable alternative to SERDES-based electrical links. This emerging approach to chiplet interconnection leverages the maturity of ...
The departure of John Bandler marks a profound loss, not only to his family but also to the microwave community, especially his former students, associates, colleagues, and friends. His legacy is a te...
We have worked with John Bandler since around 1991 when he visited our office with several graduate students and pitched EM optimization. He had recently been laughed at when he approached a large mic...
John Bandler is mostly known for his groundbreaking contributions to design optimization and for pioneering the space-mapping methodology. What is less known these days is that he also pioneered effic...
Organic substrates have traditionally been made with a core of epoxy and fibreglass to provide for the rigidity and planarity. Recently, inorganic core materials have gained interest due to their rigi...
Cognition-driven design is a phrase introduced by John Bandler when discussing future directions of microwave CAD. Dr. Bandler emphasized the need of fusion of cognitive science and engineering design...
This work walks through a brief history of stability methods for amplifying circuits, and discusses how the concept of nodal transfer functions can be completely generalized and used as a mathematical...
This paper presents a power amplifier architecture based on outphasing. Both active devices are operated as current sources loaded by a single-ended load. The combination of phase and amplitude contro...
This paper reports a first-ever decade-bandwidth pseudo-Doherty load-modulated balanced amplifier (PD-LMBA), designed for emerging 4G/5G communications and multi-band operations. By revisiting the LMB...