UD engineers receive $7.2 million, four-year grant to develop the next generation of wireless communication devices If you’ve ever sent a T9 predictive text message or owned a smartphone with 4GB of ...

In workplaces that are busy, communication that is clear is everything. When teams are able to talk to one another instantly, the speed of the tasks increases, the number of ...

Terahertz wireless has long sounded like the next big leap; fast enough to move huge amounts of data with less delay. Yet the ...

Wireless communication systems have become a cornerstone of modern society, seamlessly connecting individuals, devices and industries across the globe. Over recent decades, these technologies have ...

The Wireless and Communication Lab at Wilkes University is a specialized facility focused on advancing education and research in wireless communication technologies. Equipped with state-of-the-art ...

Utilities need mission-critical private wireless to support a more automated, dynamic grid. As real-time demands increase, private LTE/5G provide secure, low-latency, ...

Wireless communication networks form the backbone of modern digital connectivity, facilitating data exchange between a myriad of devices over the air. Spanning from localised ad hoc systems to global ...

A laser system can send data 20 km at high speed and stay stable, even in tough conditions. It could change defense communication.

Pioneering the future of wireless technology, the Wireless Communications Research Group drives innovation in 5G, 6G, and beyond through cutting-edge research, real-world solutions, and collaborative ...