Product Overview
The Kopul XRSM 3-Pin XLR Female to 3.5mm Right-Angle Stereo Mini-Plug Cable is designed for audio professionals who demand high-quality sound and reliability. This 25-foot cable allows you to connect XLR outputs to stereo 1/8′ inputs, making it ideal for cameras, recorders, and other audio devices.
Technical Specifications
Connector 1 | 3-pin XLR female |
Connector 2 | 1/8′ (3.5 mm) right-angle stereo mini-plug |
Conductors | Oxygen-free copper |
Cable Gauge | 24 AWG |
Shielding | Copper spiral shielding with > 90% coverage |
Length | 25′ (7.6 m) |
Benefits
- Superb Signal Quality: The gold-plated connectors and oxygen-free copper conductors ensure excellent conductivity for crystal-clear audio transfer.
- Effective Shielding: With over 90% coverage, the copper spiral shielding effectively reduces electromagnetic and radio frequency interference, minimizing unwanted noise.
- Durable Design: Featuring a chuck-style strain relief on the XLR connector and molded strain relief on the mini-plug, this cable is built to last, even under heavy use.
Authentic Use Cases
This cable is perfect for connecting microphones to cameras in video production, linking mixers to recorders in studio settings, or facilitating high-quality sound in live performances.
FAQs
- Is this cable compatible with all XLR devices? Yes, the 3-pin XLR female connector is standard and compatible with most XLR outputs.
- Can I use this cable with my DSLR camera? Absolutely! This cable is designed for seamless integration with DSLR cameras that have a 3.5mm input.
- What is the maximum temperature rating for this cable? The cable can withstand temperatures up to 176°F (80°C).
- Does the cable come with a warranty? Yes, it comes with a limited 1-year warranty.
Unique Features
What sets the Kopul XRSM cable apart is its combination of high-quality materials, exceptional shielding capabilities, and thoughtful design elements like the right-angle connector, making it a valuable tool for any audio professional.
Reviews
There are no reviews yet.