The advantage of superflexible coaxial feeders is that they strike a balance between durability and adaptability. First, their excellent flexibility allows installation and deployment in a small space, reducing cable damage caused by too small a bending radius. And thanks to the targeted structural design of the inner and outer conductors, they can withstand more bends than ordinary flexible cables, thereby improving the reliability of on-site installation. Secondly, the electrical properties of super-flexible cables are not compromised due to the special structural design. Compared with ordinary flexible cables, super flexible cables have no significant difference in electromagnetic shielding and signal integrity, which is very important for the high-quality connections required by DAS networks.
SYMAIR super-flexible coaxial cables are ideally suited for 5G spectrums. Their design is specifically optimized to ensure minimal signal loss and maximum signal integrity across the wide 5G frequency range, which is critical for high-frequency transmission. The combination of a flexible outer jacket, precise impedance control, and effective EMI shielding make these cables ideal for applications such as telecommunications, satellite communications, radio frequency (RF) equipment, and broadband networks. SYMAIR super flexible coaxial cables maintain consistent performance even when bent or twisted, ensuring reliable connections in environments where standard rigid cables may fail or degrade signal quality.