high-density SSD storage printed circuit board fabrication

high-density SSD storage printed circuit board fabrication

With the development of AI and high-performance computing, high-density SSD products have emerged to meet the increasing demands for data storage in large-scale cluster servers.

Description

To achieve large-capacity data storage in limited space, this type of SSD storage printed circuit board typically adopts a rigid-flex board design and employs 3D stacking technology during packaging. The number of layers is generally 12 or more, with some structures using 2 to 4 layers of flexible boards. Products with ordinary density are usually folded once, while higher density products may be designed as rigid-flex boards folded twice to further increase storage density and space utilization.

Main Features of SSD Storage Printed Circuit Board Manufacturing

  • Adopts a rigid-flex board structure, combining rigid support and flexible connectivity, suitable for complex spatial layouts.
  • Supports 3D stacking packaging technology, greatly increasing storage capacity per unit volume.
  • Layer counts reach 12 or more, enabling high-density signal routing and multi-channel data transmission.
  • The flexible board part uses a 2~4 layer design, supporting multiple bends and improving assembly flexibility and reliability.
  • Precision manufacturing process ensures high signal integrity and excellent electrical performance, suitable for high-speed data transmission environments.
  • Supports a variety of packaging and interface standards, making it easy to integrate with different controller chips and storage dies.
  • The board layer structure, dimensions, and special functions can be customized according to customer requirements, meeting personalized needs in various application scenarios.

Main Applications

  • Core storage modules for AI servers and high-performance computing clusters.
  • High-density SSD storage devices in data centers.
  • Large-capacity storage units for enterprise servers and cloud computing platforms.
  • Embedded SSD modules for high-end laptops and ultra-thin portable devices.
  • Industrial automation and embedded systems that require high-density, high-reliability storage.
  • Other electronic products with stringent requirements on storage capacity, size, and performance.