Etherdyne Demonstrates Multi-Device Wireless Power Technology at CES 2026
Etherdyne Technologies will showcase its advanced wireless power technology at CES 2026, demonstrating how multiple electronic devices can receive power simultaneously within a single Wire-Free Power Zone. The demonstration features a cord-free desk setup with laptop charging up to 50 watts, cell phone charging, and powered computer peripherals.
Position-Free Power Delivery Innovation
Unlike traditional charging solutions that require fixed positioning for single devices, ETI’s platform enables continuous power delivery to multiple devices with varying power requirements. The technology uses low-frequency magnetic resonance to safely deliver up to 100 watts of power within a three-dimensional zone.
Devices equipped with receivers can move freely while remaining powered, eliminating cord management issues and battery maintenance requirements. The system operates on a single 6.78 MHz magnetic-resonance architecture.
Eight Years of Development and Real-World Applications
ETI’s wireless power technology represents eight years of research and development, backed by 43 granted patents and regulatory approvals. The company has already deployed applications in retail environments through partnerships with companies like Pacific Northern.
We saw the immediate value of ETI’s technology in retail environments. Wire-free power has given us a new level of flexibility in display placement, eliminated cord hazards, and removed the burden on floor staff to constantly recharge displays.
Jon McEwen, EVP of Pacific Northern
CES 2026 Demonstration and Industry Integration
Visitors can experience the technology at CES 2026 in the Powercast booth #51716, located in the Venetian Expo Smart Home section. ETI is positioning the platform to establish new standards for mid-power energy delivery across computers, consumer electronics, and IoT applications.
The company is actively working with manufacturers to integrate the wireless power technology into products, moving beyond laboratory demonstrations toward commercial deployment across multiple device categories.
