en.Wedoany.com Reported - Hangzhou Hikrobot in China has recently released 8K/16K true color line scan cameras, comprehensively upgraded to meet the inspection needs of printed circuit boards (PCBs) in the AI era. This camera series covers inspection precision from 10 microns down to 5 microns, equipped with a self-developed ISP algorithm and the XoFlink protocol, providing high-precision, true color, multi-defect single-pass inspection solutions for high-density, multi-layer PCB production lines.

The 8K camera offers 10-micron inspection precision and supports a high line rate mode of 40kHz @4TDI; the 16K camera improves inspection precision to 5 microns, also supporting a high line rate mode of 40kHz @4TDI. Both cameras utilize a true color sensor integrated with Hikrobot's self-developed ISP algorithm, ensuring accurate color reproduction from the source. They can clearly capture subtle color anomalies such as pad oxidation, solder mask discoloration, and plating color differences, meeting the stringent color fidelity requirements of PCB AVI.

The new line scan cameras support a time-division strobing function, enabling triggered imaging with multiple light source groups in sequence at the same station. This allows for the single-pass detection of various defects such as short circuits, open circuits, missing plating, and burrs, replacing traditional multi-station or multi-camera setups to reduce costs and improve efficiency. The cameras are equipped with Hikrobot's self-developed XoFlink protocol, supporting flexible topologies to ensure efficient and stable data synchronization, transmission, and processing during multi-camera collaborative operation, making them suitable for ultra-high-precision, large-size PCB inspection scenarios.

As the current PCB industry faces inspection challenges brought by more layers, denser circuitry, and more complex processes, Hikrobot's 8K/16K true color line scan cameras have achieved comprehensive evolution across four dimensions: precision, color, efficiency, and transmission. This provides a new technological pathway for PCB inspection to keep pace with the speed of innovation in the AI era.

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