The GBC 14.1701.10 is a 10-metre professional microphone cable running from a 6.3mm mono plug to a 3-pole XLR plug. At 10 metres it is suited to stage and studio environments where the source — a microphone or instrument — is positioned well away from the mixing desk or recording device.

The cable uses a double shielding construction with a 32×0.10 mm² CCS braided layer and an aluminium foil shield, and gold-plated black metal connectors at both ends. This combination keeps the signal clean and interference-free across the full 10-metre run.

Key Features

• 6.3mm mono plug to 3-pole XLR plug configuration
• 10-metre cable length
• Double shielding: 32×0.10 mm² CCS braid plus aluminium foil
• Gold-plated black metal connectors
• Conductor section: 20×0.10 mm²
• External diameter: 5.5 mm

Product Benefits

• The CCS braid and aluminium foil double shielding suppresses electromagnetic and radio-frequency interference across the full 10-metre cable run
• Gold-plated connectors at both ends resist oxidation and maintain consistent, low-resistance contact through repeated use
• The 10-metre length gives enough reach for larger stages or recording rooms where shorter cables would not span the distance between source and desk
• The 5.5 mm external diameter keeps the cable manageable and flexible despite the longer length

Technical Specifications

• Model: GBC 14.1701.10
• Cable Type: Professional microphone cable
• Connector A: 6.3mm mono plug
• Connector B: 3-pole XLR plug
• Cable Length: 10 m
• External Diameter: 5.5 mm
• Shielding: Double — 32×0.10 mm² CCS + aluminium foil
• Conductor Section: 20×0.10 mm²
• Connector Finish: Black metal, gold plated

Why You'll Love It

• The 6.3mm mono plug to XLR plug pairing is a versatile combination for connecting a wide range of microphone and instrument outputs to professional XLR inputs
• Double shielding across 10 metres means the signal stays clean even in electrically noisy stage environments
• Gold-plated contacts on both ends mean no additional adapters are needed and no degradation from oxidation over time