RP-TNC Cable Assemblies
Durable, reverse-polarity TNC cable assemblies engineered for robust performance in wireless infrastructure, industrial and antenna applications
Overview
Amphenol RF’s RP-TNC cable assemblies are precision-engineered RF solutions designed for use in high-vibration and high-frequency environments where a secure threaded connection is essential. These assemblies feature RP-TNC (Reverse Polarity TNC) connectors which comply with FCC requirements and are commonly used in Wi-Fi, antenna, and wireless networking equipment.
Constructed using high-quality coaxial cable and backed by hi-pot and continuity testing, our standard RP-TNC assemblies offer reliability and repeatability across a variety of commercial and industrial environments. Available in a wide range of configurations and lengths, they provide flexibility for both legacy systems and modern connectivity challenges.
Features and Benefits
- Secure threaded coupling for vibration resistance
- Reverse polarity design meets FCC regulations for wireless networking
- Available in multiple cable types and lengths for design flexibility
- Hi-pot and continuity tested for dependable performance
- Supports a wide frequency range depending on connector and cable selection
- Optional IP67 sealed configurations for environmental protection (if applicable on site)
Key Technical Details
- Reverse polarity interface prevents incorrect connections in wireless applications
- Suitable for 50 ohm systems in harsh indoor and outdoor environments
- Compatible with a variety of coaxial cables for performance tuning
- Tested for durability and performance in real-world conditions
Applications
- Wi-Fi routers and wireless networking equipment
- Antenna connections in commercial telecom systems
- Industrial control and automation
- IoT devices and sensor networks
- Ruggedized RF communication systems
Either browse our standard RP-TNC cable assemblies to find the configuration that meets your needs, or contact us to discuss a custom RF solution designed for your unique application.
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