kenable 3 Pin Socket Female XLR to Mini Cable 1.5m [1.5 metres]
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Description
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PROFESSIONAL AUDIO CONNECTION - Links standard 3-pin female XLR sockets to mini XLR female connections, ideal for wireless microphone systems, lavalier mics, and compact audio devices requiring mini-XLR connectivity HEAVY DUTY METAL CONSTRUCTION - Features robust metal XLR connectors with secure locking mechanisms and rubber strain relief boots that protect against cable damage and ensure reliable long-term performance FLEXIBLE 1.5 METRE CABLE - Provides ample length for studio recording, live sound applications, and broadcast setups whilst remaining manageable and tangle-resistant for easy routing and storage VERSATILE COMPATIBILITY - Works with professional audio equipment including AKG, Sennheiser, Audio-Technica, and Shure wireless systems, plus cameras, recorders, and mixing desks with mini-XLR inputs QUALITY ASSURED DESIGN - Manufactured to kenable's exacting standards with oxygen-free copper conductors and effective shielding to minimise interference and deliver clear, noise-free audio transmission
PROFESSIONAL AUDIO CONNECTION - Links standard 3-pin female XLR sockets to mini XLR female connections, ideal for wireless microphone systems, lavalier mics, and compact audio devices requiring mini-XLR connectivity HEAVY DUTY METAL CONSTRUCTION - Features robust metal XLR connectors with secure locking mechanisms and rubber strain relief boots that protect against cable damage and ensure reliable long-term performance FLEXIBLE 1.5 METRE CABLE - Provides ample length for studio recording, live sound applications, and broadcast setups whilst remaining manageable and tangle-resistant for easy routing and storage VERSATILE COMPATIBILITY - Works with professional audio equipment including AKG, Sennheiser, Audio-Technica, and Shure wireless systems, plus cameras, recorders, and mixing desks with mini-XLR inputs QUALITY ASSURED DESIGN - Manufactured to kenable's exacting standards with oxygen-free copper conductors and effective shielding to minimise interference and deliver clear, noise-free audio transmission