We propose XYRON™ low-dielectric, flame-retardant V-0 grade 443Z, under development material AA181-16, and low yellowing grade under development material 345Z as materials for 5G communication base station antenna covers (radomes).
These are important advantages for ensuring stable, high-quality communication across a wide range of operating temperatures. Asahi Kasei recommends the XYRON™, modified polyphenylene ether (PPE) resins, and SunForce™, a material that is foamed XYRON™, as materials for 5G base stations.
The relative dielectric constant (Dk) and dissipation factor (Df) of the materials that make up 5G communication products and components are key points. In base stations, the relative permittivity and dielectric loss tangent must be controlled to match the component and its location in order to transmit radio waves more efficiently.
5G networks use higher-frequency electromagnetic signals than previous network generations. In Japan, for example, 4G networks use frequencies in the platinum band (700-900 MHz) or the primary band (1.5-3.5 GHz), while 5G networks primarily use the Sub6 (3.7, 4.5 GHz) and quasi-millimeter (28 GHz) bands.
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We propose XYRON™ low-dielectric, flame-retardant V-0 grade 443Z, under development material AA181-16, and low yellowing grade under development material 345Z as materials for …
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