RØDE MiCon-8 Audio Adapter - Compatible with Sony UWP

Introducing the RØDE MiCon-8 Audio Adapter - Compatible with Sony UWP, a compact adapter designed to simplify on-set audio connections and released as part of RØDE’s accessory range.

The RØDE MiCon-8 is a precision adapter that allows seamless integration between RØDE microphones and Sony UWP systems, specifically supporting Sony models such as HS1-B and HS1-P. Its small footprint—measuring just 10 mm x 10 mm x 39 mm—and featherlight weight of 10 g make it unobtrusive when used on lavalier setups.

This adapter is ideal for compatibility with a variety of microphone types including Lavalier, PinMic™, and PinMic™-Long, enabling versatile deployment across interviews, ENG, and run-and-gun recording scenarios. It preserves secure connections while keeping cable and connector strain to a minimum.

Manufactured to RØDE’s quality standards, the MiCon-8 is built for reliable field performance and repeated use. Its solid mechanical construction ensures consistent electrical contact with Sony UWP transmitters and helps maintain clean audio transfer without introducing bulk.

Practical use cases include broadcast interviews where a discreet lavalier is needed, documentary productions that require quick microphone swaps, and corporate video shoots where compatibility with existing Sony UWP wireless packs is essential. Its light weight and compact size make it a practical addition to any audio kit.

Key selling points are its direct compatibility with Sony HS1-B and HS1-P transmitters, support for Lavalier and PinMic™ series microphones, and its ultra-compact dimensions and low weight that minimize handling noise and visibility.

• Adapter for RØDE microphones to Sony UWP systems
• Compatible with HS1-B, HS1-P, Lavalier, PinMic™, PinMic™-Long
• Dimensions: 10 x 10 x 39 mm, Weight: 10 g

For audio professionals seeking a simple, reliable adapter to bridge RØDE mics and Sony UWP packs, the RØDE MiCon-8 offers a lightweight, durable solution that keeps setups tidy and connections stable during critical recordings.