Optimizing NAND Flash Semiconductor Bonding with MS-C910, Japan

Challenges

In advanced semiconductor manufacturing, precise and reliable bonding processes are critical, particularly for NAND Flash production. A leading equipment provider required an embedded computing solution capable of handling high-precision die bonding, ensuring real-time performance, accuracy, and stability in demanding cleanroom environments. The system needed to integrate seamlessly with motion control, sensor data acquisition, and complex bonding algorithms while maintaining consistent operation under industrial conditions.

Solution

The MS-C910 SKU5 was chosen as the embedded solution for its exceptional performance, robust design, and industrial-grade features tailored to semiconductor applications. Key highlights of the MS-C910 include:

• Intel® 12th/13th Gen Core™ i Processors
  
  • High-performance multi-core processors deliver the computational power required for real-time bonding control and precision placement of dies in NAND Flash packaging.
  • Supports advanced motion algorithms and sensor data analysis for sub-micron accuracy.
• DDR5 4800MHz Memory (up to 64GB)
  
  • High-speed memory ensures quick processing of complex bonding workflows, including simultaneous handling of multiple data streams from inspection sensors and control systems.
  • Reduces latency during DAF (Die Attach Film) and paste bonding processes.
• Dual PCIe Gen 4 Slots
  
  • Provides high-speed connections for integrating vision inspection systems, robotic motion controllers, and feedback sensors.
  • Supports add-on cards for process optimization, ensuring high throughput with real-time feedback.
• Fanless and Anti-Vibration Design
  
  • A fanless, rugged design ensures stable performance in cleanroom environments where vibrations and contaminants must be minimized.
  • Guarantees system durability during continuous operation, improving equipment uptime and production efficiency.
• Wide DC-IN (8~48V)
  
  • Designed for industrial environments with flexible voltage input, ensuring reliable power delivery and reducing the risk of downtime during operations.
• Comprehensive I/O Interfaces
  
  • Includes multiple USB 3.1 ports, dual 2.5GbE LAN, COM ports, GPIO, and audio, enabling seamless communication with peripheral devices such as high-precision motion sensors, vision cameras, and bonding controllers.

Result

By integrating the MS-C910, the die bonding system achieved significant improvements in NAND Flash packaging processes, including:

• Enhanced Precision
  Real-time control enabled highly accurate die placement, meeting stringent requirements for NAND Flash manufacturing.
• Increased Throughput
  Optimized processing capabilities reduced bonding cycle times, improving production efficiency.
• Operational Reliability
  The fanless, anti-vibration design ensured continuous operation in cleanroom environments, minimizing downtime and maintenance requirements.
• Seamless System Integration
  High-speed I/O connectivity allowed real-time interaction between the MS-C910, bonding control units, and inspection systems.

Outcome

The MS-C910 provided a stable, high-performance computing platform for advanced semiconductor bonding equipment, delivering the accuracy, flexibility, and reliability essential for NAND Flash production. This solution enabled the manufacturer to meet growing industry demands for high-volume, high-precision packaging while improving overall equipment efficiency and operational stability.