Wireless Microphone Capsule RPW204

Cutting-Edge Clarity Meets Stage-Proven Strength 🎤⚡

The Shure Nexadyne 8 is a breakthrough in wireless capsule technology—featuring Shure’s Revonic™ Dual-Engine transducer design for ultra-precise vocal performance. With a supercardioid pickup pattern, this dynamic capsule isolates your voice even in high-volume environments, offering clarity and control for modern stages. Whether it’s a tour, broadcast, or high-profile corporate event, the Nexadyne 8 delivers studio-grade sound with live-ready durability.

🔑 Key Features

🔹 Supercardioid Pickup Pattern – Maximum isolation and feedback rejection
🔹 Dynamic Dual-Engine Design – Shure’s Revonic™ technology for rich, natural tone
🔹 Exceptional Clarity – Ideal for high-end vocal reproduction in demanding environments
🔹 Robust Build Quality – Engineered for live touring, broadcast, and professional use
🔹 Compatible with Shure Wireless Systems – Works with Axient Digital, ULX-D, QLX-D, and more

🎙️ Step into the spotlight—rent the Nexadyne 8 for unmatched vocal precision!

🔹 Microphone Type: Dynamic Capsule
🔹 Element Type: 2x Dynamic (Dual-Engine Revonic™)
🔹 Pickup Pattern: Supercardioid
🔹 Polar Pattern: Supercardioid
🔹 Frequency Response: 50 Hz – 20 kHz
🔹 Max. Sound Pressure Level: ~150 dB SPL
🔹 Analog Output: 1x Concentric Ring Conductor Plate
🔹 Compatibility: Shure Axient Digital, ULX-D, QLX-D, SLX-D, and other standard Shure handheld transmitters
🔹 Connector Compatibility: Shure standard capsule interface
🔹 Mounting Thread Size: No Mount Included
🔹 Environmental Resistance: No
🔹 Housing: Durable metal grille with integrated acoustic shaping
🔹 Color: Black
🔹 Weight: Approx. 150 g (Package Weight: 0.65 lb)
🔹 Box Dimensions: 5.4 x 3.6 x 2.8 in (LxWxH)

Perfect for:
✅ Concerts & live touring
✅ Broadcast productions
✅ Worship events
✅ Executive-level corporate presentations

Push the boundaries of live vocal performance—rent the Shure Nexadyne 8 capsule today!

For more details on Shure Nexadyne 8 Supercardioid Wireless Capsule specifications, click here.