SMA-SMA Type POF Jumpers

Plastic fiber optic patch cords have become a highly competitive alternative to copper cables in industrial and automotive automation applications due to their excellent electrical noise immunity. They are mainly used in low-speed, short-distance transmission and have promising prospects in industrial control bus systems and the Internet.

Industrial control SMA patch cords are specialized connection components adapted for high-frequency industrial and optical signal transmission. They are often paired with SMA (Subminiature Version A) series connectors (such as SMA905) and typically use coaxial cable or plastic fiber optic (POF) as the transmission medium. With their precise structure and stable performance, they serve as a "signal bridge" between sensors, controllers, and actuators in industrial automation and smart manufacturing scenarios.

• Strong anti-interference capability, accurate and reliable transmission;
• Excellent environmental adaptability, outstanding durability;
• Wide compatibility, convenient installation and maintenance.
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Industrial Automation Production Lines: In production lines such as automobile manufacturing and electronic component processing, jumpers connect vision sensors and PLC controllers, as well as power transmission links for laser welding equipment. For example, SMA-SMA type POF jumpers can transmit visual inspection signals and laser energy, ensuring welding accuracy and real-time feedback of part inspection data.

Intelligent Sensing and Measurement Control Systems: In power inspection equipment and industrial silicon wafer inspection devices, jumpers connect various detection probes and data acquisition modules. For equipment such as food safety testing and liquid spectroscopy detection, they enable low-loss transmission of detection signals, helping equipment accurately output analysis results.

Factory Security and Auxiliary Control: In the connection between factory video surveillance, access control systems, and central control centers, jumpers can stably transmit high-frequency video and control signals. Even in strong electromagnetic environments in workshops, they ensure clear monitoring images and timely response to access control commands. Their wear-resistant properties also adapt to the complex environment of factory personnel traffic.