Richardson RFPD: How Virtual Antenna™ technology accelerates the IoT market (in Mandarin)

Workshops & webinars
  • When? August 12th, 10 a.m. Hong Kong time
  • For whom? RF engineers, CTO’s
  • Speakers: Tian Congjun (Ignion), in collaboration with Richardson RFPD representatives
  • Language: Mandarin


Join us for this free webinar and learn how to accelerate the conversion of your IoT product design into an end product with our off-the-shelf and multiband Virtual Antenna™ technology.

This webinar will focus on:

  • Virtual Antenna™ technology and its characteristics: how a single off-the-shelf solution can cover multiple frequency bands worldwide.
  • Real-life use case 1: using a single Virtual Antenna™ component to cover up to 3 radios. LTE + GNSS + BT with TRIO mXTEND™.
  • Real-life use case 2: covering all Wi-Fi standards and configurations with Virtual Antenna™. Wi-Fi 4 / 5 / 6 / 6E with ONE mXTEND™.
  • A step-by-step explanation of how to integrate Virtual Antenna™ into a final IoT product (spoiler alert: it´s easy!)

Register now and see how Virtual Antenna™ technology changes global IoT connectivity.


Nordic Semiconductor: How to embed a compact antenna for your global cellular IoT product

Workshops & webinars
10 AM CEST / 4 PM HKT & 7 PM CEST / 10 AM PDT

Join us and learn how to embed a compact antenna for your cellular IoT product! We will teach you how to shrink your design by combining the latest Virtual Antenna™ technology from Ignion with the nRF9160 System-in-Package from Nordic Semiconductor. With Virtual Antenna technology only one single antenna is needed for using LTE-M/NB-IoT and GPS, saving space and cost. We will walk you through the process and show you how to use CST Microwave Studio to embed the optimal antenna for your product.


Cadence-AWR: Easy Design of IoT Devices with Antenna Boosters

Workshops & webinars

Easily design IoT devices using Virtual Antenna™ and Microwave Office AWR simulation software. Before, we goal was to connect people with people and now the goal is to connect things with thins, and even more, as soon as possible. Using the same antenna for all the devices. Here the hardware and the software that enables the rapid IoT.