Shure ULXD2/B58 Handheld Wireless Microphone Transmitter with Beta 58A Capsule
Deliver professional-grade vocal performance with the Shure ULXD2/B58, a premium handheld wireless microphone transmitter designed for seamless integration with ULX-D digital wireless systems. Engineered for live sound environments, this transmitter features the renowned Beta 58A dynamic microphone capsule—ideal for vocalists who demand clarity, power, and precision.
The Beta 58A capsule is optimized for close-up vocals, offering a brightened midrange and controlled bass roll-off to reduce proximity effect. Its supercardioid polar pattern ensures exceptional gain before feedback, superior isolation from ambient noise, and minimal off-axis coloration—making it a top choice for stage performers, presenters, and worship leaders.
Shure ULXD2/B58 Handheld Wireless Microphone Transmitter with Beta 58A Capsule
Features
- Beta 58A Dynamic Capsule: Tailored for lead vocals with a brightened midrange and controlled proximity effect, ideal for live performance.
- ULX-D Digital Wireless Compatibility: Delivers transparent 24-bit digital audio and robust RF performance for professional sound reinforcement.
- Secure Digital Transmission: Features AES 256-bit encryption, ensuring secure audio for corporate, government, and broadcast applications.
- Rechargeable Battery Support: Compatible with the Shure SB900B lithium-ion battery, offering over 12 hours of runtime and precise battery life metering.
- Transmitter Mute Mode: Allows the On/Off switch to function as a mute button while maintaining RF signal presence.
- Proprietary Gain Ranging: Automatically optimizes dynamic range for any input source, eliminating the need for manual gain adjustments.
- Backlit LCD Display: Provides intuitive menu navigation and real-time system monitoring in any lighting condition.
- Docking Charger Compatibility: Equipped with external charging contacts for use with the SBC200 Dual Docking Charger.
- Expanded Frequency Range: Now shipping with up to 166 MHz of tuning bandwidth (region-dependent) for enhanced frequency coordination.
