Powercast EDGE Hubs
Transmitters and Readers
Discover what makes our solutions stand out
Transmitters and Readers
Sensors, Microchips, and Controls
Radio Frequency (RF) Wireless Power
Powercast’s RF technology enables EDGE Hubs to create wide-area power zones, delivering energy over distance to multiple EDGE Nodes simultaneously. This long-range wireless power layer eliminates the need for batteries and wiring, enabling continuous operation across industrial IoT, environmental monitoring, smart home, and consumer applications.
SmartInductive™ Wireless Power
SmartInductive™ technology enables controlled, high-efficiency power transfer between EDGE Hubs and EDGE Nodes using magnetic fields. Designed for precision and flexibility, it supports medium-to-high power applications while enabling integrated data and system-level control across a wide range of industries.
Magnetic Resonance Wireless Power
Powercast’s magnetic resonance technology enables EDGE Hubs to deliver high-wattage wireless power across a shared field, supporting multiple EDGE Nodes simultaneously. With up to 100 watts of total power available, it creates flexible, wire-free environments where devices can operate continuously without alignment constraints.
Lifetime Power®
Powercast’s Lifetime Power® solutions enable EDGE Nodes to operate for years without battery replacement, delivering continuous sensing and monitoring with minimal maintenance. Designed for building automation and infrastructure systems, they reduce operational costs while supporting scalable, long-term deployments.
Sensor Tags & Readers
Powercast’s sensor tags operate as intelligent EDGE Nodes, combining wireless power with advanced sensing capabilities. They enable continuous environmental monitoring and asset tracking by capturing data such as temperature, humidity, and light across industrial and commercial environments.
Wireless Power Development Kits
Powercast development kits provide a hands-on way to design and evaluate Hub-and-Node wireless power systems. Ideal for rapid prototyping and testing, they allow teams to explore new applications, retrofit existing devices, and build systems powered by continuous, wireless energy.