Antenna pigtail cable Extralink PIGTAIL RP-SMA/N-MALE MIMOSA, RP-SMA (female pin) to N-male, 1 m

Extralink PIGTAIL RP-SMA/N-MALE MIMOSA is a 1 m coaxial pigtail cable designed to connect devices with RP-SMA and N-male interfaces. The cable links radios, antennas or test equipment that use a reverse-polarity SMA (RP-SMA) connector on one end and a standard N-male connector on the other. Manufactured for straightforward antenna installations and wireless link setups, this pigtail provides a single, flexible connection between RP-SMA-equipped devices and N-type antenna ports.

Advantages

This 1 m pigtail simplifies integration between RP-SMA and N-male devices without the need for separate adapters. It reduces signal loss associated with multiple connector transitions by providing a single, purpose-built cable. The cable’s construction aims to maintain consistent signal transfer and offers physical flexibility for routing in tight spaces or equipment racks.

Suitable for

• Connecting RP-SMA equipped radios or wireless modules to antennas with N-male ports
• Temporary or permanent antenna installations for outdoor or indoor wireless links
• Lab and field testing where RP-SMA to N-male adaptation is required

Key specifications

• Cable length: 1 m
• Connector A: RP-SMA (reverse-polarity SMA) with female pin
• Connector B: N-male
• Cable type: coaxial pigtail
• Typical use: antenna interconnection and RF signal transfer

How to use

Attach the RP-SMA end to the RP-SMA port on the radio or wireless module, ensuring the female pin is aligned correctly. Secure the N-male end to the antenna or N-type port by threading the connector until hand-tight; avoid over-tightening with tools. Route the cable to avoid sharp bends and excessive tension that could stress the connectors or cable jacket. Verify connectivity and signal performance through your device’s interface or test equipment after installation.

Recommendations

For reliable performance, use the pigtail within its intended length and avoid kinking. When used outdoors, protect the connection points from prolonged moisture exposure with appropriate weatherproofing. If higher-frequency or lower-loss performance is required, consider evaluating cable type and connector quality relative to your system needs.