Cordial 14863 audio Y-adapterikaapeli, 3,5 mm TRS -plugi 2x XLR -plugi, 0,3 m, PVC, musta

With a conductor resistance of just 85 Ohm/km and low capacitance of 100 pF/m, this Y-adapter delivers pristine signal integrity from your portable device to professional audio gear. The Cordial 14863 splits a stereo 3.5mm TRS jack into two XLR male connectors, each carrying a discrete mono channel, ensuring clean left/right separation for live sound, recording, or installation.

Overview

Built for reliable signal routing, the Cordial 14863 is a 0.3-meter audio Y-cable that converts a single stereo 3.5mm TRS jack into two 3-pin XLR male connectors. The twin-cable construction keeps the left and right channels isolated, while the oxygen-free copper conductors (0.22 mm², AWG 24) minimize resistance and preserve audio clarity. A spiral shield protects against electromagnetic interference, and the durable PVC jacket withstands frequent handling.

What stands out

• Gold-plated 3.5mm jack resists corrosion and ensures optimal contact.
• Nickel-plated XLR connectors provide secure locking and long-term durability.
• Compact 0.3m length reduces clutter in tight setups.
• OFC conductors and spiral shielding deliver clean, noise-free signal transfer.
• PVC outer jacket offers flexibility and protection in demanding environments.

Technical details

• Connector A: 1x 3.5mm TRS jack male (stereo, gold-plated)
• Connector B: 2x XLR 3-pin male (mono left/right, nickel-plated)
• Cable length: 0.3 m
• Conductor cross-section: 0.22 mm² (AWG 24)
• Conductor material: Oxygen-free copper (OFC)
• Shielding: Spiral shielding
• Outer diameter: 4.3 mm
• Jacket material: PVC
• Conductor resistance: 85 Ohm/km
• Capacitance (cond./shield): 100 pF/m
• Colour: Black
• Application: Portable media players, laptops, mixers, amplifiers

Our verdict

The Cordial 14863 is a no-nonsense solution for connecting consumer audio sources to professional XLR inputs. Its robust build and high-quality materials make it a dependable choice for stage, studio, and fixed installations.