The world of IoT is linked by antennas. TE Connectivity (TE) welcomes its recently acquired Laird Connectivity's External Antennas business and Linx Technologies to enhance the broad reach of TE’s connectivity and sensor solutions. From transportation and industrial applications to medical technology and data communications, and finally the home, TE is improving the capabilities of wireless connection on a global scale.
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Expanding IoT Connection
Lockers to phones, electric vehicles to chargers, hearts to doctors – IoT connects anything to everything. TE is expanding that connection on a global scale with stronger, more reliable connectivity solutions. Together, let’s drive towards a more connected future of everything.
IoT Infographic
Miniaturization considerations for smart Internet of Things (IoT) devices
The Internet of Things (IoT) has quickly become the INTERNET OF EVERYTHING. It is helping to create smart environments by linking end devices and access point to everyday settings and tasks that help individuals, businesses, and potentially whole societies, live in a smarter and more comfortable way.
Selection Guide – Standard and Custom Antennas for IoT
Case Study – Exelonix: How to Address Wireless Connectivity in IoT
Rohde & Schwarz and TE Connectivity Antenna Cross Reference
Miniaturization Considerations for Smart Internet of Things (IoT) Devices
The integration of multiple wireless technologies into smart IoT devices presents unique challenges for manufacturers, given environmental requirements such as the need to be waterproof and withstand high temperatures, shock and vibration. Rugged and robust designs, miniaturization, long battery life and high performance are all critical factors that allow these devices to deliver reliable, seamless connectivity.
This white paper investigates challenges related to miniaturization and offers design considerations for overcoming them with a focus on antenna design, PCB connectors and associated components.
Watch as our panel of experts share insights into overcoming smart IoT device miniaturization challenges associated with antennas, PCB connectors and components.
