Product > metalWave
metalWave
Ⓡ
Wireless communication has difficulties in a metal environment. Furthermore, with a UHF system for wireless communication, over 3,000m of cables and X manhours of installation are needed. In addition, UHF dead zones contribute to lags in communication, reduced overal efficiency, increased labor costs, and higher risk of accidents.
Issue
metalWave's fully wireless arrangement/setup/operation allows for cable removal with saved labor and installation and material costs, as well as elimination of dead zones for seamless communication anytime, anywhere.
metalWave
Generation Of Electromagnetic Waves
Via Metal Bodies' Surface
metalWave
Resonator
Radiation Utilizing Metal Permittivity And
Permeability
High Quality
Communication In A Metal-Shielded Environment
VERSUS
Electromagnetic
Wave Generation Method
Airborne
Principle
Quality
UHF System
Generation Of
Electromagnetic
Waves Create
Airborne
Wireless Antenna
Radio Radiation In The Air (Transmission/Reception Through Free Space With Wireless Antennas)
Severe Attenuation Of
Radio Waves In The
Shielded Environment
Due To Metal
Solution
Wireless communication has difficulties in a metal environment. Furthermore, with a UHF system for wireless communication, over 3,000m of cables and X manhours of installation are needed. In addition, UHF dead zones contribute to lags in communication, reduced overal efficiency, increased labor costs, and higher risk of accidents.
Issue
metalWave's fully wireless arrangement/setup/operation allows for cable removal
with saved labor and installation and material costs,
as well as elimination of dead zones for seamless communication anytime, anywhere.
VERSUS
Electromagnetic
Wave Generation Method
Antenna
Principle
Quality
Industry Standard UHF System Operations
Generation Of Electromagnetic Waves Create
Airborne Wireless Antenna
Radio Radiation In The Air(Transmission/Reception
Through Free Space With Wireless Antennas)
Severe Attenuation Of Radio Waves In The
Shielded Environment Due To Metal
metalWave
Generation Of Electromagnetic Waves
Via Metal Bodies' Surface
metalWave Resonator
Radiation Utilizing Metal Permittivity And Permeability
High Quality Communication In
A Metal-Shielded Environment
