12 Layer PCB

Product introduction

Our 12 layer PCBs are an exceptional choice for those seeking superior quality, unparalleled performance and affordable costs. Our PCBs are designed and constructed to meet the highest standards for maximum functionality, safety, and durability. As a leading manufacturer, we take pride in delivering exceptional PCBs that exceed our clients' expectations. To ensure the best results, we have sourced high-quality raw materials from top suppliers and invested in advanced processing equipment.
One of the significant advantages of our PCBs is their use of HDI technology to effectively manage high-frequency signals. This feature is especially critical for devices handling high-speed signals, analog or mixed signals, and radio frequency communications. Another significant advantage of our PCBs is their flexibility. We can customize the thickness and size to our clients' specific requirements.
At the core of our PCBs is a focus on innovation and advanced technology. With 12 layers, our PCBs have the capacity to support an array of components and applications, delivering exceptional performance and reliability. Furthermore, our approach to PCB production prioritizes safety, efficiency, and durability. Our clients can expect PCBs that are reliable, durable, and safe for use in various applications.

Specification

Features

This board's exceptional design ensures minimal signal loss and interference among its components, allowing for a compact form factor without sacrificing functionality.
Our circuit board undergoes rigorous quality control measures and is carefully tested using a comprehensive tester before it is shipped from our factory. This meticulous process guarantees that each board meets the necessary standards and is deemed qualified for use.
Advanced drilling technology has been utilized to create a circuit board that is not only highly functional but also cost-effective. This innovative approach has paved the way for an efficient manufacturing process.
A wide range of industries can leverage the use of this printed circuit board (PCB) including telecommunications, automotive, aerospace, Internet of Things (IoT) devices, and consumer electronics. Its versatility makes it a valuable asset in numerous applications within these sectors.

About us

The strict control of the entire production process by our professional technical team and sales team is the foundation for ensuring the one-time qualified rate of 12-layer PCB reaches an impressive 94.7%. This collaborative effort guarantees the quality and reliability of our products, as we prioritize excellence throughout every step of the manufacturing process. Through our dedication to maintaining high standards, we can confidently deliver superior PCBs that meet the expectations of our valued customers.

HITACHI rig :

HITACHI Drilling machine (six axes) 

This drill boasts a remarkable precision of +0.0008 inches when drilling, and reaches impressive speeds of up to 200,000 RPM. Its stability is top-notch, ensuring optimal performance. The drill is ideal for creating holes, and can handle a maximum working surface area of 25x28 inches.

Drilling precision: +0 05mm

Repetition accuracy :+0.02mm

Maximum speed :200KPPM

Machine moving speed: 60m/min

There are a total of 28 layers that need to be processed, which includes all 28 layers. To create new content that is highly similar to the original, the text must be rearranged while retaining the original information. This process requires a language model to generate text that is significantly different from the original source, rather than using the ChapGPT method.

There are various types of plates used in the manufacturing of electronic components. These include FR-4, CIM-3, HTG, halogen-free plates, and ceramic plates.
FR-4 and CIM-3 are the most commonly used type of plates in the industry. They are made of a fiberglass material and provide good insulation properties.
HTG plates are high temperature laminates that are used in applications that require a higher level of thermal resistance.
Halogen-free plates are becoming increasingly popular as they do not contain any halogenated compounds, which can be harmful to the environment.
Ceramic plates are used in applications that require a high level of heat dissipation and stability.
Each of these plate types has its own unique properties and advantages depending on the application they are used for.

There are several different types of circuit boards commonly used in electronic devices. These include the BVH board, HDI board, and FPC board.
The BVH board is a type of circuit board that is widely used in electronic devices. It stands for Baseband Video and Voice board and is responsible for processing video and voice signals. This board is often found in smartphones, tablets, and other communication devices.
On the other hand, the HDI board, which stands for High-Density Interconnect board, is designed to have a higher wiring density and more complex circuitry. It allows for the integration of multiple layers of circuitry into a smaller form factor. HDI boards are commonly used in advanced electronic devices such as computers, medical equipment, and aerospace systems.
Lastly, the FPC board, or Flexible Printed Circuit board, is a type of circuit board that is built on a flexible substrate. This allows the board to be bent or shaped to fit into tight spaces or follow a curved surface. FPC boards are often used in applications where flexibility and space-saving are priorities, such as wearable devices, automotive electronics, and industrial equipment.
In summary, the BVH board is used for video and voice processing, the HDI board offers high wiring density and complex circuitry, while the FPC board provides flexibility and space-saving capabilities. These different types of circuit boards cater to the specific needs of various electronic devices and industries.

Monthly capacity: 2.5 million square feet

Minimum machining aperture: 0. 1mm

Packaging standard:

Multilayer boards with more than 6 layers require a higher level of packaging to ensure their safety and protection during transportation. The complexity of these boards calls for a specialized packaging method that can guarantee their structural integrity and prevent any damage or deformation.
We understand the importance of providing reliable and durable packaging for these types of products. That's why we have developed a range of packaging solutions that cater specifically to multilayer boards with more than 6 layers. Our packaging materials are carefully selected to provide the necessary strength and protection required to withstand the rigors of transportation.
We also offer custom packaging solutions to meet the unique requirements of each board. Our expert team works closely with our clients to understand their specific needs and tailor our packaging accordingly. We ensure that every multilayer board is packaged securely and safely, ready to be transported to its final destination.
At our company, we take pride in delivering high-quality packaging solutions that meet our customers' diverse needs. Whether you require standard or custom packaging for your multilayer boards, we have the expertise and resources to deliver the right solution for you. Contact us today to learn more about our packaging solutions and how we can help your business.

Our packaging solution includes a double-layer packaging process consisting of bubble packaging and vacuum sealing. We prioritize the protection of your items during shipping and handling.

2. With temperature and humidity card and moisture-proof beads;

3. Analysis of thick sections of perforated copper, and provide detailed shipment reports according to customer requirements.

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