BINGFU SMA Male to SMA Male RG316 Coaxial Jumper Cable 12in 2-Pack

Description

Product Overview

The BINGFU SMA to SMA RG316 coaxial jumper cable is engineered to meet the demanding requirements of modern radio frequency (RF) testing and signal distribution. Constructed from high‑quality RG316 solid‑core coaxial material, the cable offers a low‑loss, 50 ohm characteristic impedance that preserves signal integrity across a wide frequency range. Each end terminates with a precision‑machined SMA male connector, providing a secure, repeatable connection that resists corrosion and mechanical wear. The 12‑inch (30 cm) length strikes a balance between flexibility and reach, allowing users to bridge short gaps between devices without introducing excess bulk. The cable is lightweight, measuring less than 0.4 oz, which simplifies handling during field deployments and indoor bench setups. Detailed specifications include a 3.94 × 6.69 × 0.79 inch package size, a robust 0.317 oz weight, and compliance with standard SMA 50 ohm interface standards.

Usage

Designed for versatility, this jumper cable excels in a variety of environments. In a laboratory setting, it connects low‑noise amplifiers (LNA) to RTL‑SDR dongles, enabling precise signal capture for spectrum analysis and software‑defined radio experiments. Field technicians use the cable to link ADS‑B receivers to antenna systems for aircraft tracking, while amateur radio enthusiasts employ it with handheld RF explorers, SWR meters, and vector network analyzers (VNA) to evaluate antenna performance. The cable’s durable jacket protects against indoor wear and outdoor exposure, making it suitable for temporary outdoor installations, antenna testing on rooftops, and portable signal‑monitoring kits. Its compact form factor allows it to be stored in toolboxes, backpacks, or standard cable organizers, ensuring rapid deployment whenever a short‑run connection is required.

Why Choose Us

Choosing the BINGFU SMA jumper cable means selecting a product backed by rigorous quality control and a commitment to customer satisfaction. Each cable undergoes a multi‑stage testing process that verifies impedance consistency, connector torque, and signal attenuation to ensure performance meets or exceeds industry benchmarks. The RG316 core is known for its excellent temperature stability and resistance to moisture, guaranteeing reliable operation from -40 °C to +85 °C. BINGFU provides responsive after‑sales support, offering technical assistance, warranty coverage, and replacement options should any manufacturing defect arise. By focusing on precision engineering and material excellence, BINGFU delivers a cable that not only meets functional needs but also offers long‑term durability, reducing the need for frequent replacements and minimizing total cost of ownership for both hobbyists and professional engineers.

Key Features

• Premium RG316 solid‑core coaxial construction ensures low signal loss and stable 50 ohm impedance.
• Precision SMA male connectors provide a secure, corrosion‑resistant connection for reliable performance.
• 12‑inch length offers flexible short‑run connectivity while remaining lightweight and easy to route.
• Versatile compatibility with LNA amplifiers, RTL‑SDR dongles, ADS‑B receivers, VNAs, and other RF test equipment.
• Dedicated BINGFU customer support and warranty service for peace of mind and quick issue resolution.

FAQ

What frequency range does this cable support?

The RG316 core is rated for reliable operation up to 3 GHz, making it suitable for most SDR, VNA, and antenna testing applications.

Can I use this cable outdoors?

Yes, the cable’s jacket is designed for both indoor and outdoor use, offering resistance to moisture and temperature extremes.

Is the connector type compatible with standard SMA ports?

All connectors are standard 50 ohm SMA male, fully compatible with any equipment that accepts SMA male connections.

What is the warranty period?

BINGFU provides a one‑year limited warranty covering manufacturing defects and offers technical support throughout the warranty term.

How does this cable differ from a typical F‑type connector cable?

This cable uses SMA connectors, which are smaller and provide a tighter, more precise fit for high‑frequency test equipment, unlike the larger F‑type connectors used for TV antennas.