What if materials could move like living tissue? A new 3D printing method programs filaments to bend, twist, and act on command.  Harvard University researchers...

A simple control screen is turning into something far more powerful, but how deeply can one interface reshape factory intelligence and connectivity? Mitsubishi Electric has...

A photon’s identity moved without traveling, but what really crossed that distance could redefine how future networks transmit information securely forever. An international research team...

An RF over fibre link taps into the so-called golden band, promising higher capacity, longer reach, and more flexible next-gen wireless deployments.  RFOptic has launched...

The Arduino UNO Q is more than just the next generation of the flexible UNO platform; it’s a new development paradigm. The dual-brain UNO...

A way to build automotive climate systems is here—combining motor control, sensing, and user interfaces to reduce development time and support new system capabilities. The...

New single-board computers target edge AI and IoT with powerful processors, Linux OS support, and rich connectivity, enabling rapid prototyping and deployment across industrial...

A nanoscale quantum device converts electrical current into controlled sound-like vibrations, opening pathways for phonon-based electronics, ultra-fast communication systems, and next-generation sensing and medical...

Streaming, gaming, and AR/VR could see lower lag and higher data speeds as a new wireless module advances Wi-Fi and Bluetooth performance. Quectel Wireless Solutions...

Built for movement, these cable assemblies maintain RF performance in applications involving bending, routing in tight spaces, and continuous operation. Amphenol RF’s high-flex RG-58 cable...