Modern communication systems rely on printed circuit boards to maintain stable signal transmission between antennas, RF modules, processors, power management units, and high-speed interfaces. As communication equipment continues to move toward higher frequency bands, faster data rates, and more compact designs, PCB manufacturing accuracy becomes a critical factor affecting system performance.
Shenzhen Aisen Electronics Co., Ltd. provides Communications PCB and PCBA solutions for 5G infrastructure, wireless communication equipment, optical communication modules, network devices, and IoT terminals. With manufacturing capabilities covering 1-40 layer rigid PCB, HDI PCB, rigid-flex PCB, and PCBA assembly, Aisen Electronics focuses on controlling key parameters such as impedance consistency, dielectric performance, copper thickness uniformity, and microvia reliability.
Our communication circuit boards are manufactured in a 50,000-square-meter production facility equipped with advanced drilling, laser via, electroplating, LDI exposure, AOI inspection, and automated testing equipment. The production system supports high-density interconnection designs and complex multilayer structures required by next-generation communication products.
Communication PCB manufacturing is different from conventional electronic boards because signal integrity directly affects transmission quality. A minor variation in line width, dielectric thickness, or copper surface roughness may cause signal loss, impedance deviation, or electromagnetic interference problems.
For high-speed communication applications, Aisen Electronics controls PCB fabrication from material selection to final inspection. High-frequency laminates, low-loss materials, controlled impedance routing, and precise layer alignment are applied according to product requirements.
For example, communication boards used in 5G base stations often require multilayer structures with strict impedance control, while optical communication equipment requires extremely stable electrical performance for high-speed signal conversion. HDI technology is used when designers need smaller form factors with higher wiring density.
5G infrastructure places higher requirements on PCB performance because base stations operate with high-frequency signals and massive data transmission loads.
Aisen Electronics manufactures multilayer communication boards for 5G base station units, including RF boards, power distribution boards, antenna control modules, and signal processing boards.
These PCBs typically use high-frequency and high-speed materials with controlled dielectric characteristics. During manufacturing, key processes such as lamination control, laser drilling, copper plating, and impedance testing are optimized to maintain signal consistency across complex multilayer structures.
Typical capabilities:
Optical communication equipment requires PCB solutions that support high-speed electrical signal conversion between optical modules, processors, and network systems.
Unlike ordinary communication boards, optical communication PCBs need extremely accurate circuit patterns because high-speed signals are sensitive to transmission loss and electromagnetic interference.
Aisen Electronics produces optical communication PCBs for applications such as optical transceivers, data transmission modules, and network equipment.
Manufacturing focus:
Routers, switches, servers, and data communication equipment require PCBs capable of handling continuous high-speed data processing.
Aisen Electronics manufactures network equipment PCBs using multilayer structures designed for high-speed digital signals. These boards often integrate high-density components, BGA packages, and complex power distribution networks.
The combination of PCB fabrication and PCBA assembly allows customers to reduce supplier coordination and improve product consistency.
Process support:
IoT devices require smaller PCB sizes while integrating wireless communication modules, sensors, processors, and power management circuits.
Aisen Electronics provides compact PCB solutions for smart terminals, wireless sensors, gateway devices, and intelligent control systems.
Rigid-flex technology is especially suitable for wearable communication devices and compact electronic products where installation space is limited.
Solutions provided:
Aisen Electronics has developed complete PCB and PCBA production capabilities covering prototype development, engineering verification, and mass production.
| Manufacturing Item | Capability |
|---|---|
| PCB Layer Count | 1-40 layers |
| PCB Type | Rigid PCB, HDI PCB, Rigid-flex PCB, FPC |
| Maximum PCB Size | 730mm × 630mm |
| Finished Thickness | 0.3mm-5.0mm |
| Minimum Mechanical Drill | 0.15mm |
| Laser Microvia | 75μm-150μm |
| Minimum Line Width/Spacing | 0.05mm/0.05mm |
| Maximum Copper Thickness | 10oz |
| PCBA Component Size | 01005 chip capability |
| BGA Minimum Diameter | 0.22mm special capability |
Communication PCB quality depends heavily on manufacturing consistency. Aisen Electronics applies process monitoring throughout drilling, plating, imaging, solder mask, assembly, and inspection.
The production team controls line width, dielectric thickness, copper thickness, and material parameters to maintain stable impedance performance.
HDI communication boards rely on laser-drilled microvias. Aisen Electronics uses advanced laser drilling and electroplating processes to improve via reliability during thermal cycling and long-term operation.
Surface copper uniformity, etching accuracy, and layer alignment are controlled to reduce signal attenuation and improve high-speed transmission performance.
Besides PCB manufacturing, Aisen Electronics provides PCBA assembly services for communication products. The production line supports SMT, DIP, component mounting, solder paste inspection, AOI inspection, X-ray inspection, and electrical testing.
Communication PCBA applications:
Assembly capability:
Communication equipment often operates continuously in demanding environments, making PCB reliability essential. Aisen Electronics implements ISO9001, ISO14001, and IATF16949 quality management systems.
Inspection equipment:
Quality targets:
With more than 20 years of PCB manufacturing experience, Shenzhen Aisen Electronics Co., Ltd. provides integrated PCB and PCBA manufacturing services for global communication equipment companies.
Up to 40 layers for complex designs
High-density and flexible solutions
PCB + SMT + testing services
Supported by advanced production equipment, experienced engineering teams, and mature supply chain management, Aisen Electronics helps communication manufacturers shorten development cycles and improve product reliability from prototype to mass production.
What type of PCB is commonly used in communication equipment?
Communication equipment usually uses multilayer PCB, HDI PCB, and high-frequency PCB because these structures provide higher wiring density and better signal transmission performance.
Can Aisen manufacture high-frequency communication PCB?
Yes. Aisen Electronics supports high-frequency and high-speed PCB manufacturing with controlled impedance processes and suitable material solutions.
What layer count can your communication PCB support?
Aisen Electronics manufactures communication PCBs from 1 to 40 layers according to customer design requirements.
Do you provide communication PCBA assembly?
Yes. Aisen Electronics provides PCB manufacturing combined with SMT and DIP assembly services.
What inspection methods are used for quality control?
Inspection includes AOI, AVI, X-ray inspection, impedance testing, copper thickness measurement, and electrical testing.
Can you manufacture HDI PCB for 5G applications?
Yes. HDI PCB manufacturing is one of Aisen Electronics' core capabilities and is suitable for compact 5G communication equipment.