Ignion

PCB size can become a critical connectivity constraint long before the design is complete. Learn how board dimensions, materials and the surrounding environment affect antenna behaviour through real design cases and simulation. Register for the webinar

As connected devices get smaller, PCB dimensions increasingly affect antenna behaviour and connectivity performance. See three real device design cases and learn how board size changes the engineering constraints. Register for the webinar

Before layout is committed, understanding what a given board size can deliver can help avoid connectivity surprises later. Get practical guidelines for managing size constraints, material effects and connectivity requirements. Register for the webinar

What happens to antenna performance as a connected device gets smaller? See the impact of PCB dimensions, materials and the surrounding environment through three device design cases and simulation. Save your seat

Smaller boards can create physical limitations that affect connectivity and antenna performance. Explore three device design cases with progressively smaller PCBs and discover practical engineering considerations you can apply to your next design. Save your seat

How do you fit six wireless technologies into a tracker as thin as 3 mm? Sebastien Amiot explains how the ThinTrack™ family packs cellular, GPS, Wi-Fi, Bluetooth, NFC and wireless charging into a device the size of two euro coins, where the hardest part is getting every antenna to work together. A clear example of multi-standard connectivity in the smallest of devices. Thanks to SAMEA Innovation for sharing the story! #WeAreIgnion #AssetTracking #ThinTrack