Skip to content
Our last major sale of the year is coming up on December 12-14th. A great time to shop with us and get expert advice from brand representatives.
Our last major sale of the year is coming up on December 12-14th. A great time to shop with us and get expert advice from brand representatives.

Hosa Technology Pro Stereo Breakout Cable - 3.5mm Stereo Mini to Dual 3-Pin XLR Male, 3'

by Hosa
Original price $0.00 - Original price $0.00
Original price $0.00
$33.95
$33.95 - $33.95
Current price $33.95
SKU 23243
Minimum quantity allowed is .
Maximum quantity allowed is .
The product can be bought in quantity increments of .

Hosa Technology Pro Stereo Breakout Cable - 3.5mm Stereo Mini to Dual 3-Pin XLR Male

This cable is designed to connect an audio device with a mini stereo phone output to professional audio gear with XLR inputs. It is ideal for connecting a portable media player, laptop, or similar device to a mixing console. 

Connectors: REAN 3.5 mm TRS to Dual XLR3M
Conductor: 24 AWG OFC
Shield: 90% OFC Spiral

Features:

  • Connects an audio device with a mini stereo jack output to professional audio gear with XLR inputs
  • Nickel-plated REAN connectors for efficient signal transfer and durability
  • 24 AWG Oxygen-Free Copper (OFC) conductors for enhanced signal clarity
  • 90% OFC spiral shields for a higher signal to noise ratio

Use:

  • Ideal for connecting a portable media player, laptop, smartphone, tablet, or similar device to a mixing console

Size:

3'

Product SKU:

HMX-003Y

In The Box:

Hosa Technology Pro Stereo Breakout Cable - 3.5mm Stereo Mini to Dual 3-Pin XLR Male, 3'
Limited Lifetime Manufacturer Warranty

Glazer's SKU 23243
Manufacturer Hosa
MFG SKU HMX-003Y
Product Specs

Hosa Technology Pro Stereo Breakout Cable - 3.5mm Stereo Mini to Dual 3-Pin XLR Male, 3' Specs:

SeriesHMX-000Y
Lengths3, 6, 10, 15 ft
Single ConnectorREAN 3.5 mm TRS
Dual ConnectorsREAN XLR3M
Conductors24 AWG OFC
Shield90% OFC Spiral
Conductor DC Resistance≤ 80 mΩ/m – 20°C
Screen DC Resistance≤ 40 mΩ/m – 20°C
Insulation Resistance> 1 GΩ/km – 20°C, 500 VDC
Capacitance Conductor to Conductor≤ 80 pF/m – 1 KHz
Capacitance Conductor to Screen≤ 140 pF/m – 1 KHz
Test Voltage: Conductor to Conductor500 V eff – 50 Hz, 1 Minute
Test Voltage: Conductor/Screen1,000 V eff – 50 Hz, 1 Minute