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5G
Low dielectricity of Microcellular Plastic is suitable for redomes used in 5G communication equipment
- In the fifth-generation mobile communications system (5G) and Beyond 5G/6G, which are scheduled to be introduced in the future, a large amount of telecommunications equipment that handles radio waves with high frequencies will be introduced.
- Along with this, problems are the securing of a place for installing telecommunications equipment, the increase in power consumption associated with communications, and the increase in the amount of heat generated by antenna boards.
- By using our microcellular plastic (MCP), we can expect to increase the installation space for telecommunications equipment, increase the flexibility in installation locations by reducing weight, reduce power consumed by telecommunications, and increase the flexibility in thermal designing of equipment.
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5G
Microcellular Plastic enhances the fusion of Antennas and Sensors into Lighting equipment
- In the era of high-speed communications and IoT, large quantities of antennas and sensors will be introduced.
- Equipment will overflow into the city and home, impairing the landscape and design.
- Utilizing the radio wave permeability of microcellular plastic (MCP) and the light-reflective and light-diffusive properties, this product realizes improved landscape and design by the illumination of which the antenna/sensor is integrated.
-
5G
Low dielectricity of Microcellular Plastic is suitable for redomes used in 5G communication equipment
- In the fifth-generation mobile communications system (5G) and Beyond 5G/6G, which are scheduled to be introduced in the future, a large amount of telecommunications equipment that handles radio waves with high frequencies will be introduced.
- Along with this, problems are the securing of a place for installing telecommunications equipment, the increase in power consumption associated with communications, and the increase in the amount of heat generated by antenna boards.
- By using our microcellular plastic (MCP), we can expect to increase the installation space for telecommunications equipment, increase the flexibility in installation locations by reducing weight, reduce power consumed by telecommunications, and increase the flexibility in thermal designing of equipment.
-
5G
Microcellular Plastic enhances the fusion of Antennas and Sensors into Lighting equipment
- In the era of high-speed communications and IoT, large quantities of antennas and sensors will be introduced.
- Equipment will overflow into the city and home, impairing the landscape and design.
- Utilizing the radio wave permeability of microcellular plastic (MCP) and the light-reflective and light-diffusive properties, this product realizes improved landscape and design by the illumination of which the antenna/sensor is integrated.