0.05mm Core HDI PCB Board for Consumer Electronics BGA 0.3mm Pitch

With a minimum mechanical drill hole size of 0.1mm, our HDI PCB Board is suitable for intricate designs that require precision and accuracy. The ultra-thin design allows for compact and efficient integration into your devices, making it ideal for applications such as the 55 Inch Smart Board.

Our HDI PCB Board comes securely packaged in vacuum packing to ensure its protection during shipping and storage. Whether you require a single piece or a bulk order, we offer a minimum order quantity of 1pcs, making it convenient for projects of any scale.

The advanced manufacturing process of our HDI PCB Board enables a minimum line width/space of 0.04mm/0.04mm, allowing for high-density circuit designs without compromising on quality. The precise impedance control of ±8% ensures stable signal transmission and optimal performance for your electronic devices.

Experience the difference with our HDI PCB Board, a superior choice for your Embedded PC Board projects. Order now and elevate your designs with our innovative and reliable FR4 PCB Board. Trust in our quality and expertise to bring your electronic creations to life.

• Product Name: HDI PCB Board
• Min. Laser Drill Hole size: 0.07mm
• Vias Aspect Ratio: 16:1
• Min. Core Thickness: 0.05
• Mainly used in: HDI Consumer Electronics, HDI Printed Circuit Boards
• Misalignment Of Layers: +/- 0.06

Kingtech HDI PCB Boards, originating from China, are versatile and high-quality products suitable for a wide range of applications in various industries. The product has obtained certifications such as GJB9001C, ISO13485, ISO9001, IS045001, IATF16949, UL, ISO14001, AS9100D, and QC080000, ensuring its reliability and performance standards.

With a minimum order quantity of 1 piece and a pricing model based on quotes, Kingtech HDI PCB Boards are accessible to both small-scale and large-scale customers. The packaging details include vacuum packing, guaranteeing safe transportation and storage of the product.

These 6 Layer HDI Printed Circuit Boards are designed to meet the demands of modern electronic devices, offering high-density interconnections and excellent signal integrity. The boards are ideal for applications requiring complex circuit designs and miniaturization, such as HD SDI Converters.

Kingtech HDI PCB Boards boast a quick delivery time of 2-7 days, making them a reliable choice for time-sensitive projects. The payment terms are flexible and based on quotes, accommodating the financial preferences of different customers.

With a supply ability of 500,000 SQM per month, Kingtech ensures a steady availability of HDI Printed Circuit Boards to meet market demands. The boards exhibit minimal warpage of ≤0.4% and support copper thickness ranging from 1/3 to 8, catering to diverse design requirements.

The maximum board size of 540*620 further enhances the applicability of Kingtech HDI PCB Boards across various scenarios, from consumer electronics to industrial automation. Whether it's for prototyping or mass production, these boards deliver consistent performance and durability.

• Expert technical assistance for any inquiries or issues related to the HDI PCB Board.
• Troubleshooting guidance to address any product-related problems efficiently.
• Regular software updates and firmware upgrades to enhance product performance.
• Warranty services to ensure customer satisfaction and product reliability.

Product Packaging:
The HDI PCB Board is carefully packaged to ensure safe delivery. It is placed in anti-static packaging material to prevent any damage from static electricity. The board is then secured in a sturdy cardboard box with protective cushioning to absorb any impact during transit.

Shipping:
We offer reliable shipping services for the HDI PCB Board product. The package is shipped using trusted carriers to ensure timely delivery. Customers will receive a tracking number to monitor the shipment status and ETA. We prioritize safe and secure handling to guarantee that the product reaches its destination in pristine condition.