Taoglas’ new transparent flex antennas offer a clear alternative to opaque antennas for covert cellular, Wi-Fi, and GNSS connectivity in innovative IoT applications.
With simple “peel and stick” mounting to any nonmetal surface such as plastic, glass, and screens, the paper thin, ultra-lightweight TFX series offers a clear alternative to standard opaque antennas for use in mobility, public infrastructure, medical devices, transportation, and emerging IoT applications.
The TFX62.A, TFX257.A, and TFX125.A can be used standalone or in a custom combination to enhance cellular, Wi-Fi, and GNSS antenna installations respectively. Each antenna comes with an adhesive applied and has an enclosed carrier terminated with a FAKRA connector for easy installation. The new series leverages a sub-mm thick hybrid transparent conductive film that offers designers an invisible antenna solution with the performance, reliability, and form factors of opaque antennas.
Meet the MEDs Technologies team at FMA 2023 in Bangkok to learn more about our solutions and uncover how we help customers address their connectivity challenges.
Established in 1996, MEDs Technologies serves Asia and the world from Singapore. We help customers to address their power supply related issues and wireless connectivity challenges across a diverse range of applications, such as the Electric-Vehicle (EV) and Satellite Communication.
As an engineering solutions partner, we tap on our in-house expertise and network of leading component brands, so that you get the best from our end-to-end, pre-and-post sales support.
In areas ranging from 5G and IoT to Smart Manufacturing, C-V2X, and Smart City solutions, we offer a wide range of wireless connectivity and EV-related products. These include power management and connectivity modules, antennas, routers, modems, sensors, and other specialized components.
We also provide PCB design and assembly as well as foundry link services targeted at systems and product designers in the field of power electronics and wireless technologies.