
Shure SLXD14/SM35 Wireless Headworn Microphone System
Professional Wireless Audio: Shure SLXD14/SM35 Wireless System The Shure SLXD14/SM35 Wireless System provides crystal-clear digital audio and reliable RF performance for a variety of applications. Featuring the SM35 headworn microphone, SLXD1 bodypack transmitter, and SLXD4 single-channel receive...
*Price sourced from Amazon.com. Last updated:Jul 14, 2026.Price and availability are subject to change.
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Overview
Professional Wireless Audio: Shure SLXD14/SM35 Wireless System
The Shure SLXD14/SM35 Wireless System provides crystal-clear digital audio and reliable RF performance for a variety of applications. Featuring the SM35 headworn microphone, SLXD1 bodypack transmitter, and SLXD4 single-channel receiver, this system ensures high-quality sound for presentations, performances, and more.
Key Specifications:
- Microphone: SM35 Unidirectional Headworn Microphone
- Transmitter: SLXD1 Bodypack Transmitter
- Receiver: SLXD4 Single-Channel Receiver
- Audio Quality: 24-bit / 48 kHz Digital Audio
- Frequency Response: 20 Hz to 20 kHz (microphone dependent)
- Dynamic Range: 120 dB
- Tuning Bandwidth: 44 MHz (region dependent)
- Channels: 32 available channels per frequency band (region dependent)
- Battery Life: Up to 8 hours from 2 AA batteries
- Connectivity: XLR
- Polar Pattern: Unidirectional
Key Features
WIRELESS FREQUENCY BAND SELECTION: Before purchasing, please ensure that the wireless frequency band you select works in your area (refer to Shure website for details > search Shure Wireless Frequency Finder).
WHAT'S IN THE BOX: (1) SM35 unidirectional headworn microphone, (1) SLXD1 bodypack transmitter and (1) SLXD4 single-channel receiver with antenna and rackmount accessories, (1) zippered bag and (2) AA batteries
DIGITAL WIRELESS TECHNOLOGY: Digital predictive switching diversity. 44 MHz tuning bandwidth (region dependent). 32 available channels per frequency band (region dependent). Up to 10 compatible systems per 6MHz TV band; 12 systems per 8 MHz band. RF Scan and IR Sync to quickly find an open frequency and link the transmitter to a SLX-D receiver. Easy pairing of transmitters and receivers over IR scan and sync.
BATTERY LIFE: Up to 8 hours from 2 AA batteries. Upgrade to the optional Shure SB903 Lithium-ion rechargeable battery to monitor battery charge status in hours and minutes, as well as battery life and health statistics.
SOUND QUALITY: Crystal clear 24-bit / 48 kHz digital audio. Extended 20 Hz to 20 kHz frequency response (microphone dependent) for natural and clear sound. Stable digital RF signal transmission. 120 dB dynamic range - excellent for vocals & acoustic and wind instruments.
Specifications
Pros & Cons
👍 Pros
- Provides crystal clear 24-bit / 48 kHz digital audio, ensuring high-fidelity sound capture for professional applications.
- Offers an extended 20 Hz to 20 kHz frequency response (microphone dependent) for natural and clear sound reproduction, suitable for vocals and instruments.
- Features stable digital RF signal transmission, which helps prevent dropouts and maintains consistent audio quality throughout performances or presentations.
- Boasts a 120 dB dynamic range, making it excellent for capturing a wide spectrum of sound from quiet whispers to loud musical passages.
- Includes a complete system with an SM35 unidirectional headworn microphone, SLXD1 bodypack transmitter, and SLXD4 single-channel receiver.
👎 Cons
- Users must verify the wireless frequency band's compatibility with their specific region before purchase, which requires an extra step.
- The battery life is limited to 8 hours with the included 2 AA batteries, potentially requiring frequent battery changes for extended events.
- Advanced battery monitoring, such as charge status in hours and minutes or health statistics, is only available with the optional Shure SB903 Lithium-ion rechargeable battery.
- The 44 MHz tuning bandwidth and 32 available channels are region-dependent, potentially limiting flexibility or availability in certain international markets.
- While it offers good compatibility, large-scale events needing more than 10-12 systems per TV band might face channel density limitations.