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The interchangeable Beta 87A capsule in the Shure ULXD2/SM86 Handheld Transmitter is designed to provide superior sound quality. It allows for flexibility and ensures optimal audio performance in various settings.
The H50 frequency range, which operates between 525 to 572MHz, allows the Shure ULXD2/SM86 Handheld Transmitter to be versatile and adaptable to a variety of wireless applications. This broad frequency range also reduces the risk of interference from other devices.
The Shure ULXD2/SM86 Handheld Transmitter ensures secure audio transmission through AES 256-bit encryption. This high level of encryption keeps your signal secure and private, protecting your audio data from potential breaches.
The Shure ULXD2/SM86 Handheld Transmitter can be powered using two AA batteries or the optional SB900 rechargeable battery pack. It also has external charging contacts and is compatible with the SBC200 dual docking charger for convenience and continuous use.
Shure's proprietary Gain Ranging technology in the ULXD2/SM86 Handheld Transmitter optimizes the dynamic range based on the input source. This eliminates the need for manual transmitter gain adjustments, ensuring consistent and optimal audio performance.
Review Summary
Black
G50: 470-534 MHz
H50:534-598MHz
J50A: 572-616MHz
V50: 174-216MHz
X52: 902-928MHz
Auto-Scan
328.1' (100m)
< 2.9 ms
AES 256
No
No
1 / 10 / 20 mW (Selectable)
No
Off/On Switch
0 to 21 dB (3 dB Steps)
Yes
IR
Med.: 11 Hours (Alkaline)
Med.: 12 Hours (Lithium Shure SB900A)
Required, included
Alkaline
AA
2
042406339070
The ULXD2/SM86 Handheld Wireless Microphone Transmitter works with ULX-D Wireless Systems.
With an wide variety of interchangeable Shure microphone cartridges, the ULXD2 delivers uncompromising audio quality and RF performance, and AES 256-bit encryption for secure transmission. The ULXD2 handheld offers over 9 hours of continuous battery life with Shure rechargeable battery or 8 hours with alkaline battery.
Note: When purchasing separate wireless components, please match their frequency bands to ensure proper system operation.