SINSMART Vision Computer: Empowering Efficient Semiconductor Inspection and Automated Production Lines

The vision computer not only acts as a bridge between cameras, but also as the primary engine driving intelligent manufacturing lines with efficiency and precision, giving customers a competitive advantage in the market.

High-precision and high-efficiency visual inspection, as well as automated control, are crucial in semiconductor manufacturing to ensure product quality and capacity.  The vision computer is the "brain" of the entire system, hence its performance and stability are critical.  A semiconductor industry client encountered such issues, requiring a powerful vision computer to connect several high-performance cameras, acquire and process enormous amounts of picture data in real time, and reliably operate automated manufacturing lines.

1. Clear Customer Requirements

• High Performance: The rack pc is equipped with an Intel high-performance processor to meet the demands of high-speed image processing and complex algorithm execution.

• Compatibility and Scalability: Standard rack-mounted design with rich interfaces to connect multiple industrial cameras and peripheral devices, running on Windows 10 64-bit.

• Reliable Operation: Industrial-grade quality to ensure continuous, fault-free operation over extended periods.

2. SINSMART’s Professional Solution: SIN-610L-BQ670MA Industrial PC

To address the client’s stringent requirements, we recommend the flagship SINSMART rackmount pc model, SIN-610L-BQ670MA. Its powerful configuration is perfectly suited for semiconductor inspection and control applications:

1. Robust Computing Power

• Supports Intel 12th/13th Gen Core processors (i3/i5/i7 options), with high-core, high-thread configurations delivering exceptional computational performance for real-time image processing and production line control.
  

2. Superior Scalability

• Six PCIe Expansion Slots: Industrial rackmount computer Includes 2 PCIe x16, 4 PCIe x4, and 1 PCI slot, enabling easy integration of multiple high-end image acquisition cards and motion control cards to support parallel multi-camera acquisition and complex control needs.

• Storage: One M.2 M-key (supporting high-speed NVMe SSD) and four SATA III interfaces provide ample, high-speed storage solutions.

3. Rich Connectivity

• Network: Dual Intel Gigabit Ethernet ports (I255-V + I219-V) ensure high-speed, stable data transmission.

• USB: Up to 11 USB ports (6 USB 3.0, 5 USB 2.0).

• Serial Ports: Six COM ports (supporting RS232/422/485 specifications) for flexible connection to various industrial devices.

• Display: VGA, HDMI, DVI, and eDP interfaces support multi-screen monitoring.

4. Industrial-Grade Reliability

• Power Options: Standard 300W power supply, upgradable to a 550W redundant power supply for uninterrupted critical applications.

• Rack-Mounted Design: Dimensions of 482mm (W) x 480mm (D) x 177mm (H), weighing 23kg, built for durability.

• System Compatibility: Fully supports Windows 10 64-bit (also compatible with Windows 11 and Linux).

3. Key Application Advantages

• High-Speed Multi-Camera Acquisition: Ample PCIe slots and a powerful CPU enable simultaneous connection of multiple high-resolution industrial cameras, ensuring high-speed, lossless image acquisition to support precise semiconductor defect inspection.

• Stable Complex Control: Rich I/O interfaces (COM, USB, network) and scalability allow seamless integration with PLCs, robotic arms, and other automation equipment for precise and reliable production line control.

• Reliable Operation in Harsh Environments: Industrial-grade design and robust components ensure 24/7 stable performance in semiconductor cleanroom environments.

• Efficient Data Processing and Storage: High-speed M.2 SSD and large memory support (4 DDR4 slots, up to 128GB) accelerate image processing algorithms and manage massive data caching.

4. Conclusion