6-layer 5G Communication System AC PCB Manufacturers, Suppliers, Factory

Product Description

Product Overview

The "6-layer 5G Communication System AC PCB" is a high-performance printed circuit board specifically designed for 5G communication systems. It meets the stringent requirements of 5G communication equipment for high-speed signal transmission, high-density wiring, and high reliability. With advanced manufacturing processes and high-quality materials, the PCB ensures low loss and high stability during high-frequency signal transmission, providing solid hardware support for the efficient operation of 5G communication equipment.

Product Features

Superior High-frequency Signal Transmission: Made from high-quality FR-4 substrate and featuring a 6-layer structure, it effectively reduces signal transmission loss and ensures the integrity of high-frequency signals.
High-density Wiring Capability: With fine wiring capabilities of 0.08mm line width and 0.13mm line spacing, combined with a minimum via diameter of 0.6mm, it achieves high-density wiring to meet the needs of complex circuit designs.
Good Heat Dissipation: The 1.0mm board thickness and 1oz copper thickness design help to dissipate heat quickly, ensuring the stability of the equipment during high-load operation.
High Reliability: Blue solder mask with white legend and OSP surface treatment provide good electrical insulation and corrosion resistance, extending the service life of the PCB.
Strong Compatibility: Suitable for a variety of 5G communication devices and can be seamlessly integrated with existing communication systems to achieve efficient data transmission and signal processing.

Technical Specifications

Number of layers	6 layers	Minimum line width/line spacing	0.08/0.13mm
Raw material	FR-4	Ink color	blue oil white text
Thickness	1.0mm	Surface treatment method	OSP
Copper thickness(Inner/Outer)	1OZ/1OZ	/	/

Application Areas

5G Base Station Equipment: Used in RF modules, baseband processing units, and other components of 5G base stations to achieve high-speed signal reception and transmission.

5G Terminal Devices: Suitable for 5G smartphones, tablets, IoT devices, and other terminal devices, providing stable signal transmission and data processing capabilities.

Industrial 5G Communication: Used in industrial automation equipment to enable high-speed communication and data interaction between devices.

Intelligent Transportation Systems: Supports 5G communication modules in vehicle-to-everything (V2X) applications, enabling real-time data transmission between vehicles and infrastructure.

Medical Communication Equipment: Used in 5G communication modules of remote medical devices to ensure the rapid transmission and high reliability of medical data.

Special Production Process

Fine Wiring Process: High-precision photolithography and etching techniques are used to ensure the accurate implementation of 0.08mm line width and 0.13mm line spacing, meeting the requirements for high-frequency signal transmission.
Multi-layer Lamination Process: Advanced multi-layer lamination technology ensures the alignment accuracy and electrical performance between the 6 layers, reducing signal transmission delay.
OSP Surface Treatment Process: OSP (Organic Solderability Preservative) surface treatment provides good oxidation resistance and soldering performance, ensuring the reliability of the PCB over long-term use.
High-precision Drilling Process: Ensures the accurate machining of the minimum via diameter of 0.6mm, improving the wiring density and overall performance of the circuit board.
Blue Solder Mask Process: The blue solder mask with white legend not only provides good electrical insulation but also effectively prevents solder bridging during the manufacturing process, improving production yield.

Product Summary

The "6-layer 5G Communication System AC PCB" provides an ideal hardware solution for 5G communication equipment with its superior high-frequency signal transmission, high-density wiring capability, and high reliability. Using advanced manufacturing processes and high-quality materials, the PCB ensures low loss and high stability during high-frequency signal transmission. Whether in 5G base stations, 5G terminal devices, industrial automation, or intelligent transportation systems, this PCB can provide solid support for the efficient operation of the equipment, facilitating the widespread application and development of 5G communication technology.