Communication

Application Areas for Telecom PCB Assembly

In a broad sense, terminals, pipelines, and clouds make up the telecom sector. The consumer electronics sector often includes terminal items like mobile phones, routers, and wearable technology whereas the information and communications technology sector includes cloud computing and storage.

Wired and wireless communication equipment are the two main categories of traditional telecom equipment. Additionally, telecom PCB Assembly serves as the brain of those items, receiving and amplifying the front-end signal before editing, programming, and even processing it before transmitting it to the other end.

Wired communication equipment, such as routers, switches, modems, and other devices, primarily deals with serial communication in the industrial industry, professional public telecom, industrial Ethernet communication, and equipment for conversion between different communication protocols.

Wireless APs, wireless bridges, wireless network cards, and wireless lightning arrestors are the major pieces of wireless communication equipment.

Which types of PCBs are utilized in the telecom PCB assembly sector?

Back-plane, high-speed multi-layer, and high-frequency microwave PCBs are used in base stations, OTN transmission, routers, switches, servers, OLTs, ONUs, and other telecom equipment. Telecom PCB assembly are high-speed and high-frequency. To meet capacity and speed requirements, the service/storage field used 33% 8-layer and above PCBs, while telecom PCB equipment used 42%, which is much higher than other subdivisions—besides high-speed PCBs, base station equipment uses a lot of high-frequency telecom PCBs to process antenna boards and power amplifier boards. Power supply, microwave communication, and other PCBs exist.

What are the challenges of telecom PCB assembly?

High dependability

Telecom pcb assembly equipment must be stable, reliable, and able to run continuously throughout the year. Equipment such as program-controlled switches and optical transceivers with a yearly failure time of less than a few minutes. With dual-system hot backup purposes, the host may seamlessly transition to the backup system when the host fails, and the switch has no effect on the equipment’s operation or data loss.

Energy Conservation

The traditional manner of telecom pcb assembly network infrastructure building results in significant energy consumption and operating costs for the operator’s communication network. Reduced energy consumption, the transformation of energy infrastructure, and assistance in achieving carbon neutrality targets are critical for operators in the 5G network implementation process, whether in terms of lowering operational costs or meeting the enterprise’s social duties. Many of the world’s top companies and conglomerates have announced carbon neutrality targets and begun low-carbon initiatives.

A Strenuous Application Environment

Telecom pcb assembly equipment is widely deployed, infrastructure is frequently exposed to the severe environment, and there is plenty of extremely difficult industrial situations. It is vital to ensure robustness in such applications. Because of the sheer size of communications infrastructure, maintenance must be maintained to a minimum in order for infrastructure investments to be cost-effective.