Antennas are sensitive to their surroundings. Thus, when there’s an antenna on the PCB, the layout for the design should take the requirements of the antenna into account, as this can make a huge ...

Ignion, a Barcelona based IoT antenna developer, has released Oxion 2.0, an AI-driven RF and antenna design tool. RF design tool supports complex RF layouts Credit: Ignion Developed to simplify design ...

We have all seen Printed Circuit Board (PCB) antennas: those squiggly bits of traces on PCBs connected often to a Bluetooth, WiFi or other wireless communication chip. On modules like for the ESP8266 ...

Antenova has created a new software tool to help designers place antennas in a wireless design. The tool displays the optimum position for embedded antennas on the PCB, depending upon the dimensions ...

A new white paper has been released comparing ceramic chip antennas and pcb trace antennas. The paper discusses the pros and cons of these two popular antenna types. The purpose of a trace antenna on ...

RAYPCB also highlighted its ongoing quick-turn prototyping capability for high-frequency Rogers builds, supporting engineering teams that need rapid validation cycles during product development. The ...

Antenova is aiming at LoRa, Sigfox and Zigbee with a surface-mount sub-GHz antenna covering 863 – 870MHz and 902 – 928MHz. Average efficiency is 72.5% in ISM 868 and 77.9% in ISM 915, said the company ...

Unless you work for the government or a large corporation, constrained designs are a fact of life. No matter what you’re building, there’s likely going to be a limit to the time, money, space, or ...

As wireless and broadband applications pervade electronic products, PCBs are increasingly populated by microwave and high-speed digital and optical components. Those components can stretch the ...

Antennas are mandatory for a product to connect via radio frequency. Obvious examples are cell phones, satellite communications, and even our garage-door openers. But the Internet of Things is ...