Compared with the conventional layered ADSS optical cable, the ASU optical cable can not only save the use of imported aramid yarn but also significantly reduce the manufacturing cost due to the reduction of the overall structure size: compared with the standard 150-meter span ADSS-24 optical cable, the price of ASU optical cable of the exact specification can be reduced by 20% or more; even compared with the most common overhead optical cable GYTS-24 optical cable, the price of ASU optical cable with the same number of cores is about 10% lower.
Global operators have generally performed speed-up and fee-reduction work, and 5G licenses have been issued. As 5G base stations are denser, expanding and building access networks is imperative. Reducing access network costs will vigorously promote the better and faster development of 5G.
ASU (All-Solid-State UV) optical cable can potentially reduce the cost of operators' 5G network deployment in several ways:
Increased transmission efficiency: ASU optical cables can transmit data at higher speeds and over longer distances than traditional optical cables. This means that operators can use fewer cables to cover a larger area, reducing the amount of infrastructure they need to deploy.
Reduced power consumption: ASU optical cables require less power to operate than traditional optical cables. This can reduce the energy costs associated with operating a 5G network, particularly in areas where electricity is expensive.
Reduced installation costs: ASU optical cables are smaller and lighter than traditional optical cables, making them easier to install. This can reduce the labor costs associated with deploying a 5G network.
Increased durability: ASU optical cables are more durable than traditional optical cables. They can withstand harsh environmental conditions and resist damage from bending or twisting. This can reduce the maintenance costs associated with a 5G network.
Overall, the use of ASU optical cables can help operators reduce the total cost of ownership of their 5G networks, making it more affordable for them to deploy and operate 5G services.