The NI 153064-01 is a 1-meter M12 to VGA/USB splitter cable engineered for industrial machine vision and real-time monitoring applications. It consolidates video display and data transfer into a single cable assembly, featuring an M12 connector input that splits to deliver both analog RGB video output via VGA and USB data connectivity. Built for harsh operating environments, the cable delivers reliable signal integrity across both channels while maintaining the environmental sealing and durability required in demanding technical settings.
Technical Specifications
Input Connector
• M12 connector, male configuration
Output Connectors
• VGA (Video Graphics Array): Analog RGB with horizontal and vertical sync support
• USB: Type dependent on host NI system; supports data transfer and device power delivery
Cable Length
• 1 meter
Electrical Characteristics
• VGA signal: Analog RGB, horizontal and vertical sync
• USB data rate: Dependent on connected NI system standard (USB 2.0, USB 3.0, or equivalent)
• Power delivery: Available through USB port; capacity defined by host system
Physical & Environmental
• M12 connector rating: IP67/IP68 dust and water resistance
• Cable shielding: EMI and RFI protection for industrial environments
• Operating temperature: Industrial-grade specification range
• Flexing capability: Designed for motion control and dynamic installation scenarios
– Key Features
• Single-cable consolidation of video and data signals reduces installation complexity
• M12 sealed connector ensures reliability in wet and dusty conditions
• Dual-output design supports independent VGA display and USB peripheral control
• Industrial-grade construction with comprehensive EMI/RFI shielding
– Typical Applications
• National Instruments vision system integration
• Industrial camera connectivity and control
• Real-time video monitoring with simultaneous data acquisition
• Machine vision setup in manufacturing and inspection environments
– Compatibility & Integration
Compatible with NI vision systems, standard VGA monitors and displays, and USB peripherals requiring both data connection and power delivery through the host system.
