Lectrosonics LMB-A1 Digital Hybrid Wireless® UHF Belt-Pack Transmitter (470.100 to 537.575 MHz)

Introducing the Lectrosonics LMb-A1 Digital Hybrid Wireless UHF Belt-Pack Transmitter
The Lectrosonics LMb-A1 is a high-performance digital hybrid wireless UHF belt-pack transmitter designed for professional audio capture. With a robust 75 MHz tuning bandwidth and 50 mW RF power, this device is ideal for a range of applications, including broadcast TV, theater, live stage performances, and houses of worship. Its compatibility with both mic and line level inputs ensures versatile use across different audio setups.

Optimized Frequency Selection
The LMb-A1 offers precise frequency tuning with steps of 25 or 100 kHz, enabling users to navigate easily through complex RF environments. This feature, combined with a broad frequency range from 470.100 to 537.575 MHz on the A1 channel, ensures optimal signal integrity and reduced interference in diverse operating conditions.

Compatibility and Integration
This transmitter stands out for its compatibility mode, which ensures seamless operation with both digital and analog receivers. This versatility is crucial for professionals who operate in mixed equipment environments, ensuring reliable performance without the need for extensive new equipment investments.

Enhanced Functionality and User Interface
Ease of use is paramount with the LMb-A1. It features a clear LCD backlit screen paired with a membrane switch interface, making setup and adjustments quick and intuitive. A multi-function toggle switch provides additional operational flexibility, allowing for audio muting, power management, and talkback capabilities when paired with SRb or Venue receivers.

Durability and Build Quality
Constructed from rugged machined-aluminum, the LMb-A1 is built to withstand the rigors of field use while maintaining a lightweight profile. The fixed antenna design enhances durability and reduces the risk of damage during operation, making it a reliable choice for demanding professional environments.