Microphone cable Omnitronic 2x0.22 mm² 100 m Black

Omnitronic 2x0.22 mm² 100 m Black is a shielded microphone cable designed to transmit balanced microphone signals and low-noise audio in studio, stage and fixed-installation environments. The cable features two conductors with a cross-section of 0.22 mm², a flexible outer jacket for easy routing and handling, and a continuous 100 m length in black for extended runs. It is suitable for soldered connections or termination with standard connectors and is constructed to maintain signal integrity across long distances.

Advantages

This shielded microphone cable provides reliable noise rejection for balanced audio paths and reduces interference from electromagnetic sources. The 0.22 mm² conductors offer a balance of flexibility and electrical performance for microphone-level signals, while the 100 m length reduces the need for joins or additional patching in long installations. The flexible jacket improves cable management in studio and live settings, and the construction supports both soldered and connectorized terminations for compatibility with common audio hardware.

Suitable for

Key specifications

How to use

Measure and route the cable to avoid sources of strong electromagnetic interference such as power transformers and mains wiring. Cut the cable to the required length if shorter runs are needed and strip the outer jacket and conductor insulation carefully to prepare for soldering or attaching connectors. For balanced microphone connections, wire the two conductors to the signal hot and cold pins and connect the shield to ground at the appropriate end. Test the connection at low volume before full use to confirm correct wiring and absence of noise.

Recommendations

Store the cable coiled without tight bends and avoid kinking to preserve conductor integrity. For permanent installations, secure the cable with appropriate clips or conduits and avoid running parallel to mains power lines. When using connectorized terminations, choose quality connectors and perform continuity and shield checks to ensure optimal low-noise performance.