Hosa CYX-402M Stereo Breakout 3.5mm TRS to Dual XLR Male — 2m
CYX-402M Overview
The Hosa CYX-402M is a 2-meter stereo breakout cable engineered to bridge consumer-level audio sources with professional signal chains. Terminated with a 3.5mm TRS connector on one end and dual XLR3M connectors on the other, it delivers a clean stereo split suitable for feeding mixing consoles directly from laptops, portable media players, or similar playback devices. Oxygen-Free Copper (OFC) conductors and OFC spiral shielding ensure signal integrity and effective rejection of EMI and RFI interference. This cable is a practical solution for live sound engineers, broadcast technicians, and AV integrators who regularly interface consumer playback sources with professional equipment.
The XLR connectors feature internal strain relief for long-term durability in demanding touring and installation environments, while the OFC spiral shield construction maintains flexibility across repeated use.
Key Features
- 3.5mm TRS to Dual XLR3M Configuration — splits a stereo 3.5mm source into two discrete balanced XLR male outputs for direct connection to pro audio consoles and gear
- OFC Conductors — Oxygen-Free Copper construction minimizes signal loss and enhances overall clarity through the cable run
- OFC Spiral Shielding — provides effective EMI and RFI rejection while maintaining cable flexibility for repeated coiling and deployment
- Internal XLR Strain Relief — reinforces the XLR connector terminations against pull stress, improving reliability in live and touring applications
- 2-Meter Length — practical reach for stage, broadcast, or installed AV environments where a playback device is positioned near the console or input panel
Connectivity & I/O
- 1x 3.5mm TRS (stereo source end)
- 2x XLR3M / XLR Male (balanced output, left and right channels)
Technical Specifications
| Connectors | 3.5mm TRS to Dual XLR3M |
| Conductors | Oxygen-Free Copper (OFC) |
| Shielding | OFC Spiral Shield |
| Cable Length | 2 meters |

Reviews
There are no reviews yet.