Introduction

The Hirose Electric IT18 COM-HPC® Low-Profile BGA Mezzanine Connectors are cutting-edge components designed to meet the demands of next-generation embedded computing. With their compact form factor and high-speed capabilities, these connectors are ideal for applications where space and performance are critical.

Part Description

The IT18 COM-HPC® Low-Profile BGA Mezzanine Connectors from Hirose Electric are advanced connectors tailored for COM-HPC embedded computing platforms. They feature stacking heights of 5mm and 10mm, providing flexibility for various board-to-board configurations. The connectors utilize an open pin field layout, allowing for versatile signal routing and design adaptability. Their BGA (Ball Grid Array) pin-in-ball structure ensures robust mounting reliability, making them suitable for environments where mechanical stability and high-speed data transmission are essential.

Applications

• Embedded computing modules
• High-performance servers
• Industrial automation systems
• Medical imaging equipment
• Communication infrastructure
• Test and measurement devices

Industries

• Industrial automation
• Medical technology
• Information technology and data centers
• Telecommunications
• Embedded systems development
• Aerospace and defense

Usage Ideas

1. Compact Edge AI Module
   Design a space-saving AI processing module for edge computing using the IT18 COM-HPC® connectors to stack compute and I/O boards efficiently.

2. High-Speed Medical Imaging Platform
   Develop a modular medical imaging system where processing and interface boards are connected via these low-profile connectors for reliable, high-speed data transfer.

3. Industrial Control Gateway
   Create a rugged industrial gateway device with replaceable communication modules, utilizing the IT18 COM-HPC® connectors for secure and flexible board-to-board connections.

Conclusion

The Hirose Electric IT18 COM-HPC® Low-Profile BGA Mezzanine Connectors offer a powerful solution for designers seeking high-density, reliable, and flexible connectivity in embedded computing and high-speed applications. Their innovative design and robust performance make them a valuable component across a range of industries and advanced technology projects.