OQAN QABLP - Professional Audio Cable XLR Female to Mono Jack 10m
The OQAN QABLP is a high-quality audio cable designed to provide a reliable and durable connection in any sound environment. Measuring 10 meters in length, this cable offers great flexibility for connecting microphones, instruments, and other audio equipment to mixers, amplifiers, or audio interfaces. It features a female XLR (XLRF) connector on one end and a 6.35 mm mono jack (TS) connector on the other, both with a sleek silver finish that not only provides a professional look but also ensures excellent conductivity and corrosion resistance.
Built to withstand the demands of continuous use on stage and in recording studios, the OQAN QABLP features a rugged PVC outer casing that protects it from abrasion and mechanical damage. Inside, effective shielding minimizes electromagnetic interference (EMI) and radio frequency interference (RFI), ensuring that the audio signal is transmitted cleanly, clearly, and without unwanted noise. It's the ideal solution for musicians, sound engineers, and sound engineers seeking pristine signal performance and robust construction at a competitive price.
Main Features
-
Professional Connectivity: Equipped with a 3-pin female XLR connector on one end and a 6.35mm mono jack connector on the other.
-
Generous Length: Its 10 meters in length offer ample freedom of movement and flexibility for setting up equipment on stages, in studios or rehearsal rooms.
-
Quality Connectors: The silver-plated connectors ensure optimal signal transfer and high resistance to wear and corrosion.
-
Durable Construction: The cable is protected by a flexible and durable PVC cover, designed to withstand heavy and prolonged use.
-
Clean and Noise-Free Signal: Incorporates effective shielding that protects the audio signal against external interference, guaranteeing a clear and professional sound.
User Benefits
The OQAN QABLP is designed for the professional and serious enthusiast who refuses to compromise on sound quality. The reliability of its connectors and the purity of its signal transmission allow the true character of your instrument or voice to shine through unaltered. Its generous length eliminates the need for multiple cables and connectors, reducing potential points of failure and keeping your setup cleaner and more organized. The robust design ensures a long lifespan, even under the most demanding conditions of touring and live events.
Use Cases
This cable is extremely versatile and is an essential tool in a wide variety of audio applications:
- Connecting dynamic microphones to mixing consoles or amplifiers that have Jack inputs.
- Connect the unbalanced line output of a synthesizer, keyboard, or drum machine to a mixer.
- Link the output of an audio interface to an active studio monitor with a Jack input.
- Used in stages to connect instruments or microphones to stage boxes.
Frequently Asked Questions
Is this cable suitable for connecting a condenser microphone?
This is not recommended. Condenser microphones require phantom power (+48V), which is transmitted through balanced cables (XLR to XLR). This cable is unbalanced (XLR to Mono Jack), so it cannot carry that power and is primarily designed for line-level signals or dynamic microphones.
Is the signal balanced or unbalanced?
Using a Mono Jack (TS) connector, this cable transmits an unbalanced signal. It's ideal for short to medium distances, such as these 10 meters, where the risk of interference is manageable.
Can I use this cable to connect an electric guitar to a mixing console?
Technically, yes, but ideally, a DI box should be used for a guitar to match the signal impedance and balance it for long cable runs. However, for short, direct connections to a high-impedance (Hi-Z) input on a mixer, it can work adequately.
Project description
Professional audio cable, 10 meters long. It features a female XLR (3-pin) connector on one end and a 6.35 mm TS (mono) jack connector on the other. The connectors are silver-plated metal. The cable has a heavy-duty PVC jacket for maximum durability and internal shielding to protect the signal from electromagnetic and radio frequency interference.
