Driven by the wave of Industry 4.0, the manufacturing industry is accelerating its transformation from manual spot inspection to full-process intelligent inspection. The combination of the Tamron MP3010M-EV Mini Zoom Module and the HDMI Encoder Board CM2001H precisely caters to the core demands of industrial scenarios such as precision manufacturing, new energy and metallurgy. Boasting the collaborative strengths of compact integration, high-definition precision, harsh environment adaptability and closed-loop data transmission, it addresses industry pain points including low inspection efficiency, high defect omission rate and poor environmental adaptability of traditional solutions, emerging as a core perception component for industrial intelligent upgrading.

Core Advantages: Exclusive Strengths for Industrial Scenarios

Mini Modular Design for Deployment in Confined Spaces

Demands for inspection in narrow spaces such as the end of robotic arms, internal cavities of equipment and gaps on high-speed production lines keep growing in industrial inspection, where the lightweight design of this combined solution stands out remarkably.

Weighing only 70 grams with an overall length of 59 mm, the MP3010M-EV features an ultra-compact body. It can be directly embedded into end-effectors of industrial robots or installed inside narrow inspection chambers of semiconductor wafer testing equipment.

The CM2001H adopts a miniature dimension of 48mm×48mm×5mm and is built with a 6-layer military-grade PCB. It can be seamlessly integrated into production line control cabinets or mobile inspection terminals without occupying extra production space.

High Definition & Low Latency Collaboration for Micro and High-Speed Inspection

Modern industrial manufacturing requires micron-level inspection accuracy, while high-speed production lines demand millisecond-level response. The technical collaboration of the two products fully meets these dual requirements.

Front-end acquisition for clear capture of micro defects: Equipped with Sony STARVIS™ CMOS image sensor, the MP3010M-EV delivers starlight-level imaging performance down to 0.025 lux. Paired with 10x optical zoom, it clearly identifies micron-level flaws on semiconductor wafers and tiny pores on electrode sheets of new energy batteries, effectively raising the defect detection rate.

Back-end encoding for real-time transmission: The CM2001H supports dual encoding of H.264 and H.265, enabling stable 1080P@60fps real-time encoding with zero latency. Its optimized data compression ratio reduces bandwidth consumption, perfectly adapting to dynamic inspection on high-speed conveyor lines.

Powerful anti-interference performance: Adopting surface gold-plating and shielding structure, the CM2001H resists strong electromagnetic interference generated by industrial motors and frequency converters, ensuring stable signal transmission even in heavily interfered environments such as steel rolling workshops.

Wide temperature tolerance & enhanced protection: The MP3010M-EV operates steadily within a wide temperature range of -5℃ to +60℃. The CM2001H features dustproof and moistureproof construction. Both products can run continuously in scenarios including high-temperature inspection of continuous casting billets in metallurgy and outdoor equipment inspection in cold regions.