Sommer Cable SC-Onyx Stereo Splitter Cable 1.5m - 3.5mm TRS Male to 2x 6.35mm TS Mono Jack - Black

The Sommer Cable SC-Onyx Stereo Splitter Cable is a high-quality audio cable designed to connect a stereo mini-jack output to two mono jack inputs. Ideal for splitting a stereo signal from smartphones, tablets, or audio interfaces to dual mono inputs on mixers, amplifiers, or recording equipment. Built with premium Sommer Cable SC-ONYX TYP 2025 bulk cable, oxygen-free copper conductors, and gold-plated connectors for optimal signal integrity.

Advantages

Professional-grade splitter cable with color-coded channels (red/black) for easy identification. Spiral copper shielding ensures excellent noise rejection, while the durable PVC jacket and metal connector housing provide long-lasting reliability. The 1.5m length offers flexibility in setup without excess slack.

Suitable for

• Connecting stereo mini-jack outputs (e.g., smartphones, laptops, audio interfaces) to dual mono jack inputs on mixers, amplifiers, or PA systems
• Audio splitting for recording, live sound, or DJ applications
• Use with musical instruments, headphones, or multimedia devices requiring stereo-to-dual-mono conversion

Key specifications

• Cable type: Stereo splitter cable
• Connector A: 3.5mm TRS male (stereo mini jack)
• Connector B: 2x 6.35mm TS male (mono jack)
• Cable length: 1.5 meters
• Bulk cable model: Sommer Cable SC-ONYX TYP 2025
• Conductor material: Oxygen-free copper (OFC)
• Conductor cross-section: 2x 0.22 mm² (AWG 24)
• Shielding: Spiral copper shield
• Jacket material: PVC
• Cable diameter: 4.6 mm
• Connector plating: Gold-plated
• Connector housing material: Metal
• Color coding: Red/Black split channels
• Impedance: 100 Ohm
• Capacitance (cond./shield): 68 pF/m
• Temperature range: -30 °C to +70 °C
• Outer jacket color: Black
• Number of conductors: 2

Recommendations

For best performance, use with high-quality audio equipment and avoid sharp bends or excessive tension on the cable. Ensure connectors are fully inserted for reliable signal transmission.