JANDS SLXD2/BETA87A Wireless Digital Handheld Transmitter – L57 (650–694MHz)

Name: JANDS SLXD2/BETA87A Wireless Microphone
Brand: Jands
SKU: SHR-SLXD2B87AL57
Price: 919.00 AUD
Availability: InStock

The JANDS SLXD2/BETA87A Wireless Digital Handheld Transmitter – L57 (650–694MHz) is a professional-grade wireless microphone system designed for clear, reliable vocal performance in live sound environments. It features the Shure Beta® 87A supercardioid condenser capsule, renowned for its detailed and transparent sound reproduction. The SLXD2 transmitter delivers 24-bit digital audio with exceptional RF stability, ensuring consistent performance even in challenging environments. With an operating range of 650–694MHz, it offers flexibility for various venues. The system is user-friendly, supports up to 32 compatible systems per 44 MHz band, and includes optional rechargeable battery accessories for extended use.

$919

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The JANDS SLXD2/BETA87A Wireless Digital Handheld Transmitter – L57 (650–694MHz) is a professional-grade wireless microphone system designed for clear, reliable vocal performance in live sound environments. It features the Shure Beta® 87A supercardioid condenser capsule, renowned for its detailed and transparent sound reproduction. The SLXD2 transmitter delivers 24-bit digital audio with exceptional RF stability, ensuring consistent performance even in challenging environments. With an operating range of 650–694MHz, it offers flexibility for various venues.

Key Features:

Shure Beta® 87A Capsule – Supercardioid condenser design for precise, studio-quality vocal reproduction.
24-bit Digital Audio – High-resolution sound for natural, transparent performance.
Reliable RF Performance – Consistent signal with minimal dropouts, even in high-interference environments.

Operating in the 650–694MHz (L57) frequency band, the SLXD2 supports up to 32 simultaneous systems per 44 MHz bandwidth—ideal for large-scale setups. It’s also compatible with optional Shure SB903 rechargeable batteries, offering long-lasting power with sustainable efficiency.