RF and microwave interconnects continue evolving rapidly to support frequencies exceeding 110 GHz through advanced materials, ...

Oscillators come with instability, noise, and spurious emissions. Overcoming these requires advanced design, materials, and ...

In fact, these academic-industry collaborations have deep roots, dating back to the 1940s. At Purdue University, physicist Karl Lark-Horovitz led pioneering work on germanium crystals, advancing ...

This article reviews the most widely used IoT antennas and discusses their application-specific functions. It also highlights ...

Find out PCB design strategies to reduce EMI in 800G systems while maintaining high performance in data center and telecom ...

ACP, a recognized leader in RF semiconductor innovation, has shipped millions of RF transceivers powering advanced applications such as 5G small cells, drones, and V2X systems. This acquisition ...

Radio frequency (RF) technology has fundamentally reshaped numerous industries, from wireless communications to military ...

New mmWave designs bring new challenges and attenuator limitations have sparked renewed interest in Faraday rotation ...

This FAQ discusses four techniques that work in conjunction: shielded connectors, smart PCB layout, proper grounding, and ...

In contrast to GaN-on-SiC devices, imec is experimenting with GaN-on-Si devices to provide the high solid-state power levels ...

DRDO develops cutting-edge photonic radar system with high detection capabilities, jam resistance, and potential for military ...

Machine learning has emerged as a powerful tool for the inverse design of various device structures including metamaterials and multilayer coatings. This study presents an inverse design approach for ...