Introduction

The TE Connectivity 12G-SDI BNC RF Connectors are advanced connectors designed to meet the demanding requirements of modern high-definition video transmission. These connectors are engineered for reliability and performance, making them a top choice for professionals in broadcast and industrial applications.

Part Description

TE Connectivity's 12G-SDI BNC RF Connectors are compliant with the SMPTE ST 2082 standard, which enables the transport of 4K and Ultra HD uncompressed video signals over a single cable. These 75Ω circular connectors operate across a frequency range from DC up to 12GHz, ensuring high-speed and high-fidelity signal transmission. Built for robust, high-usage environments, these connectors are ideal for applications where durability and consistent performance are critical.

Applications

• 4K/Ultra HD video transmission
• Professional broadcast equipment
• Studio and field camera connections
• Industrial imaging systems
• High-speed data transfer in test and measurement setups

Industries

• Broadcast and Media Production
• Film and Television Studios
• Industrial Automation
• Security and Surveillance
• Test and Measurement

Usage Ideas

1. 4K Video Switcher System
   Integrate the 12G-SDI BNC RF Connectors into a professional video switcher to enable seamless switching and routing of multiple 4K video sources in a live broadcast environment.

2. Industrial Machine Vision Setup
   Use these connectors to link high-resolution cameras to processing units in an industrial imaging system, ensuring reliable data transmission for quality control and inspection.

3. Mobile Broadcast Unit
   Equip an outside broadcast (OB) van with these connectors to facilitate high-speed, robust connections between cameras, monitors, and recording equipment for live event coverage.

Conclusion

TE Connectivity's 12G-SDI BNC RF Connectors set a new standard for high-frequency, high-reliability connections in demanding video and data transmission applications. Their compliance with industry standards and robust design make them an excellent choice for professionals seeking dependable performance in broadcast, industrial, and imaging environments.