Shure ULXD2/SM86 - Digital Handheld Transmitter with SM86 Capsule (J50A Band: 572-616 MHz)

The Shure ULXD2/SM86 is a premium digital wireless handheld system that combines the sophisticated ULX-D wireless platform with the SM86 cardioid condenser vocal microphone capsule. This system is engineered for vocalists and presenters who require detailed, natural sound reproduction with superior gain-before-feedback in live performance and broadcast environments. The ULXD2 handheld transmitter features a rugged metal body, a high-resolution color display for clear status monitoring, and utilizes advanced digital transmission to deliver 24-bit audio with a wide dynamic range and ultra-low latency. This ensures the vocalist's performance is transmitted with exceptional clarity, preserving the nuanced characteristics of the SM86 capsule.

The SM86 capsule is a cardioid condenser microphone known for its smooth, tailored frequency response that enhances vocal presence and intelligibility. Its condenser transducer captures finer details and transients compared to dynamic microphones, resulting in a more open and articulate sound ideal for lead vocals in demanding live applications. The capsule includes an effective internal pop filter and shock mount to minimize plosives and handling noise. When integrated with the ULXD wireless system, it offers the freedom of wireless movement without compromising the sonic integrity expected from a high-quality condenser microphone, making it suitable for critical live sound reinforcement, worship, and theatrical performances where vocal clarity and feedback control are essential.

This system represents a significant step up in wireless vocal quality, offering the transparency and detail of a studio condenser in a reliable wireless format. It integrates seamlessly into larger networked setups via the ULXD4 receiver's Ethernet port, allowing for remote control and monitoring through Shure's Wireless Workbench software. The ULXD2/SM86 provides a powerful tool for professional vocalists who demand both wireless freedom and exceptional audio fidelity.