N Male Connector for RGC 213 Cable

Secure, low-loss connection for professional telecommunication systems

The N Male Connector for RGC 213 Cable was developed to provide high-quality connections in telecommunication, radio frequency, and data transmission systems. Compatible with RGC 213 cables, it offers excellent electrical performance, low signal loss, and high mechanical resistance, ensuring maximum transmission efficiency.

Its robust construction allows for indoor and outdoor use, making it ideal for applications in antennas, signal repeaters, wireless networks, communication links, and telecommunications infrastructure.

Key Benefits

Low signal loss

Preserves transmission quality, ensuring greater system efficiency and performance.

Compatible with RGC 213 cable

Specifically designed for RGC 213 cables, providing a precise fit and reliable connection.

High durability

Manufactured with materials resistant to corrosion and wear, increasing the lifespan of the installation.

Practical installation

Simple and secure assembly, facilitating field implementation.

Versatile application

Ideal for telecommunication systems, data networks, antennas, and long-distance connectivity solutions.

Technical Specifications

• Product: N Male Connector
• Compatibility: RGC 213 Cable
• Connection type: N Male
• Use: Indoor and outdoor
• Material: High corrosion resistance
• Application: Telecommunications, RF, and data transmission
• Low signal loss
• Excellent electrical performance
• High mechanical resistance
• Secure and reliable connection

Recommended Applications

• External antennas
• Cellular signal repeaters
• Wireless networks
• Telecommunication systems
• Data infrastructure
• Internet providers
• Farms and rural properties
• Businesses and industries
• Long-distance transmission systems

More performance for your infrastructure

Ensure stable, secure, and efficient connections with a connector developed for professional telecommunication applications.

Purchase the N Male Connector for RGC 213 Cable now and maximize your network's performance.