3.5mm Stereo Jack Plug To 2X Xlr Male Splitter Cable Lead - Loops - Red
1 Metre 3.5mm Stereo Plug to 2 x XLR Male Cable. This cable is commonly used to connect 2 devices,...1 Metre 3.5mm Stereo Plug to 2 x XLR Male Cable. This cable is commonly used to connect 2 devices, one with a 3.5mm jack socket (ipod, laptop) and the second with dual XLR inputs (mixer/speaker system). Features nickel-plated metal connectors, fully screened cable (shielded) to prevent interference and reduce noise and crosstalk, resulting in a cleaner signal with fewer defects. The durable PVC jacket protects the cable against wear and tear, while cable strain relief ensures the cable can be bent without breaking, making it suitable for professional environments where durability is essential. OFC (oxygen-free copper) is used to increase signal quality across the length of the cable. Unbalanced Connection. Red XLR Connector wiring: XLR Pin 1 - Connected to the sleeve (ground), XLR Pin 2 - Connected to the tip, XLR Pin 3 - Connected to the sleeve (ground). Black XLR Connector wiring: XLR Pin 1 - Connected to the sleeve (ground), XLR Pin 2 - Connected to the ring, XLR Pin 3 - Connected to the sleeve (ground). This unbalanced cable has the above wiring configuration. Please note: XLR pin 3 (commonly used to make a balanced connection) is grounded to reduce any hiss/feedback through interference that may be heard, thus ensuring the sound quality is excellent.
This 1-meter Loops Red 3.5mm Stereo Plug to 2 x XLR Male Cable is ideal for users connecting audio devices with a 3.5mm output (like laptops or smartphones) to professional audio equipment with dual XLR inputs (mixers, speakers). Its key benefit is providing a clean, noise-free signal thanks to shielding and oxygen-free copper. A potential caveat is its unbalanced connection, which may not be suitable for all high-end professional audio setups requiring a balanced signal.
All features
Colour
Red
Brand
Loops
Extended Product Information
FAQs
Is this cable balanced or unbalanced?
This cable is an unbalanced connection. While it uses XLR connectors, Pin 3 on both XLR connectors is wired to ground to help reduce interference and noise, which is typical for unbalanced stereo-to-dual-mono applications.
Can I use this for stereo microphones?
No, this cable is designed to split a stereo 3.5mm output into two separate mono unbalanced inputs. It is not intended for connecting stereo microphones.
What does 'OFC' mean?
OFC stands for Oxygen-Free Copper. It signifies that the copper used in the cable's conductor has a very low oxygen content, which helps to improve signal conductivity and reduce signal degradation over distance.
How do I know which XLR connector is for the left and right channel?
Typically, the red XLR connector is intended for the right audio channel, and the black connector is for the left audio channel. However, always confirm by checking the labels on your mixer or speaker, as configurations can vary.
What is the maximum length of this cable?
This specific model is 1 meter in length.
Can I use this with a device that has a mono 3.5mm output?
Yes, you can use this cable with a mono 3.5mm output. Both XLR connectors will carry the same mono signal, effectively splitting it to two inputs.
Will this cable improve my sound quality?
The cable is designed to maintain a clean signal path with minimal noise and interference due to its shielding and OFC construction, which can lead to improved perceived sound quality compared to unshielded or lower-quality cables.
Troubleshooting
No sound or intermittent sound from one channel
Check that the 3.5mm plug is fully inserted into the source device. Verify that the correct XLR inputs are used on the destination equipment. Ensure the cable is not damaged by inspecting it for visible wear. Test with different source or destination devices if possible.
Humming or buzzing noise
Ensure the 3.5mm plug is fully seated. Grounding of XLR Pin 3 is intended to reduce interference, but double-check that the destination equipment is properly grounded. Try connecting in a different location to rule out environmental electrical interference. Ensure the cable is not running parallel to power cables.
Sound is too low or distorted
Check the volume levels on both the source device and the destination equipment. Ensure the cable is plugged into line-level inputs, not microphone inputs, on the destination device unless specifically intended. Verify the correct channel assignment (red/black XLR).
Pros and Cons
Pros
Provides a clean audio signal by minimizing noise and interference.
Durable build quality suitable for demanding environments.
Easy to connect common consumer devices to professional audio gear.
Oxygen-free copper enhances overall signal integrity.
Cost-effective solution for unbalanced audio connections.
Cons
The connection is unbalanced, which may introduce noise in very long runs or sensitive setups.
XLR Pin 3 is grounded, which deviates from standard balanced XLR configurations.
Limited to a 1-meter length, which may not be sufficient for all setups.
Primarily designed for stereo to dual mono unbalanced, not for true stereo balanced signals.
Setup, Compatibility & Care
Setup:
Connect the 3.5mm stereo jack plug into the headphone or line-out port of your source device (e.g., laptop, smartphone).
Connect the two 1/4" XLR male connectors to the corresponding inputs on your destination audio equipment (e.g., mixer, amplifier, powered speakers). Typically, the red connector corresponds to the right channel and the black connector to the left channel, but always check your equipment's labeling.
Compatibility:
Source Devices: Compatible with any device featuring a standard 3.5mm stereo audio output jack.
Destination Devices: Compatible with audio equipment featuring dual XLR inputs designed for mono signals (e.g., mixer channels, active speakers).
Care:
Store the cable neatly, avoiding sharp bends or kinks.
Keep connectors clean by wiping them with a dry, soft cloth. Avoid using solvents.
Ensure connections are secure but do not overtighten.
Protect the cable from excessive moisture and extreme temperatures.