Core Insights - The 12th China International Cable Industry Exhibition (WireShow) was held from August 27 to 29, focusing on "cable manufacturing, intelligent equipment, and green innovation" [1] - The event served as a platform for global cable industry leaders to showcase innovations and foster trade cooperation, promoting collaborative development within the industry [1] Group 1: Industry Developments - The exhibition highlighted the latest developments and technological breakthroughs in the global cable industry, providing a comprehensive view of the industry's progress [1] - The event facilitated high-level exchanges and cooperation across the entire industry chain, offering opportunities for companies to display innovative products and engage in technical discussions [1] Group 2: Company Innovations - Inspur Software Group showcased its AI intelligent detection products, which address core pain points in the cable industry by providing a full-chain intelligent solution for defect detection [1] - The showcased products utilize advanced AI and visual technology to achieve precise identification of defects across all production processes, covering high, medium, and low voltage production lines [1] Group 3: Product Upgrades - The upgraded version 2.0 of the Xingyao innovation product line features comprehensive iterations in hardware, detection algorithms, and software functions, enhancing adaptability to complex production scenarios [2] - The 2.0 version achieves a detection rate of ≥99% and millisecond-level detection latency, setting a new standard in the cable detection industry [2] Group 4: Expert Insights - Dr. Ling Yun, Chief Technical Expert at Inspur Software Group, emphasized the importance of industrial quality inspection as a key driver for quality improvement and competitiveness in the cable industry [3] - The Xingyao series quality inspection equipment integrates AI and machine vision technology, providing intelligent detection coverage for all production processes, significantly reducing error and missed detection rates [3]