SWAVE’S

Technology Introduction

Electromagnetic waves are not able to penetrate metals.
Electromagnetic waves cannot be applied to communication in metallic environment since they are absorbed or reflected when encountering metals.
Existing wireless solutions are inapplicable to EM shielding facilities.
Wired communication in shielding environment, such as containers, ships, etc., needs complex structured and lots of harness and is expensive to establish the entire system.
The convergence-IoT(C-IoT) system is a total solution that can simultaneously generate metal surface wave and wired/wireless communication in shielding facilities.

Metal surface wave communication is a new communication method that transmits electromagnetic signals through metal surfaces.
Surface wave generators are attachable to metals and transmits signals and power through the metal.
Metal surface wave communication provides a safe, effective and innovative wireless solution for shielding environment.
Surface wave communication allows real-time sensor monitoring and audio/video transmission to prevent and respond accidents rapidly in industrial sites.
The whole solution includes surface wave generators that allow metal surface wave communication, sensor devices, APs that collect data from the sensor devices,
and the monitoring S/W that provides real-time data monitoring and inspection of devices.
Surface wave communication can be applied in diverse industrial sites by combining the solution with existing wired/wireless communication methods.

We are currently applying for related patents, and we plan to continue filing & registration for every single technology.

Surface Wave Generators that Transmit Surface Wave Signals by Attaching on Metal Surface
Marine IoT Wireless Communication System using Metal Surface Wave
Metal Surface Wave Communication Generators for Ships/Vessels
Monitoring System in Plasma Vacuum Chamber using Metal Surface Wave Communication
Registration of Broadcasting and Communication Equipments
<IET Microwaves, Antennas & Propagation>

Alignment- and Metallic-Obstacle-Insensitive Contactless Power Transmission System Utilizing Surface-Guided Mode
<Science Letter, Scientific Reports>

Experimental Realization of Zenneck Type Wave-based Non-Radiative, Non-Coupled Wireless Power Transmission
<Science Letter, Scientific Reports>

Experimental Realization of Zenneck Type Wave-based Non-Radiative, Non-Coupled Wireless Power Transmission
<Journal of Navigation and Port Research>

Experimental Study of the Wireless Communication System by Surface Wave Communication through Confined Spaces on Vessels
Conformity Registration(Wireless) Test Report
Conformity Registration(EMC) Test Report