Covering 100 MHz to 1 GHz, the compact device delivers higher gain, lower power consumption, and wideband flexibility, eliminating the need for multiple region-specific amplifiers while boosting ...

As enterprises rush to deploy AI, the less glamorous work of radio design has never mattered more. US-based iBwave says AI ...

My first job on leaving college was maintaining military radios. I had covered RF theory, but found that the practice was significantly different. The company’s detailed design work was performed at a ...

Originally, operational amplifiers (op amps) were not thought of as candidates for RF design, but the advent of newer, faster devices has now made them an attractive option for some applications. The ...

Synopsys SNPS recently announced that it has designed a radio frequency (“RF”) design reference flow and design solutions kit (DSK) on Samsung Foundry's 8nm RF low-power FinFET process in ...

Multiprotocol wireless SoCs handle most of the heavy lifting in today’s IoT devices. Still, the final stretch of the RF ...

Wireless is everywhere these days. What new electronic product doesn’t have a wireless or a radio-frequency (RF) component today? Chances are you could be designing something that incorporates an RF ...

Radio frequency (RF) and wireless design are considered specialist skills within the electronics industry, so usually, only those involved understand the terminology and critical principles. However, ...

In the 1980s radio frequency (RF) engineers developed microwave and millimeter-wave integrated circuits that revolutionized the reliability and controllability of RF systems, while significantly ...

This article delves into this fragmentation in wireless standards, categorizing the main technologies by their capabilities ...

RF EDA continues pushing the boundaries for today’s complex system designs. Connected workflows are creating shift left opportunities for engineering in virtual space. RF and microwave architects and ...